IN TWO SECTIONS—SECTION TWO

Transactionsof the

A.S.M.E.SOCIETY RECORDS—Part 3

(Including Indexes to Publications)Part I of Society Records for the ytar 1944 (containing Council and Committa Personnel and other general information) was issued as Section Two of th

Transactions for February, 1944; and Part 2 CMembership List) as Section Two of the Transactions for July, 1944.]

Depositories for AjS.M.E. Transactions in the United States .............................................R I-47

A.S.M.E. Transactions in Central and South America and Great Britain . . . . RI-50

Indexes to A.S.M.E. Papers and P u b lic a t io n s ............................................................ RI-51

Regular Society Publications, 1 9 4 4 ................................. ................................ ..... RI-51

Publications Issued in 1 9 4 4 .................................. .................................................RI-51

How to Find Papers Presented at 1944 A.S.M.E. M e e t in g s .................................RI-51

Publications Developed by the Technical Committees . . . . . . . . RI-5 %

Biographies ........................................................................................ ..... RI-53

Books on Special S u b je c ts ...................................................... ................................RI-53

Index to Mecbanical Engineering, 1 9 4 4 ....................................................................... RI-5 5

Index to Transactions, 1944 ........................................................................................RI-63

JANUARY, 1945VOL. 67, NO. 1

Transactionsof The American Society of M echanical Engineers

Published on the tenth of every month, except March, June, September, and December

O F F I C E R S O F T H E S O C I E T Y :

A l e x D. B a i l e y , President 'K. W. J a p p e , Treasurer C. E. D a v i e s , Secretary

C O M M I T T E E O N P U B L I C A T I O N S :

E . J . K a t e s , Chairman L . N. R o w l b y , J r . H. L . D r y d b n

W . A. C a r t e r J . M. J u r a n

G e o r g e A. S t e t s o n , Editor K . W . C l e n d i n n i n g , Managing Editor

A D V I S O R Y M E M B E R S O F T H E C O M M I T T E E O N P U B L I C A T I O N S :

N . C . E b a u g h , G a i n e s v i l l e , F l a . O . B . S c h i e r , 2 n d , N e w Y o r k , N . Y.

Junior Member R i c h a r d S . B i d d l e , N e w Y o r k , N . Y .

Published monthly by The American Society of Mechanical Engineers. Publication office at 20th and Northampton Streets, Easton, Pa. The editorial de­partment is located at the headquarters of the Society, 29 West Thirty-Ninth Street, New Y ork 18, N. Y. Cable address, "Dynamic,” New York. Price $1.50 a copy, $12.00 a year; to members and affiliates, $1.00 a copy, $7.50 a year. Changes o f address must be received at Society headquarters two weeks before they are to be effective on the mailing l i s t . , Please send old as well as new address.. . . By-Law: The Society shall not be responsible for statements o r opin­ions advanced in papers o r . . . printed in its publications (B l3 , Par. 4 ) . . . . Entered as second-class matter March 2 ,1928 , at the Post Office at Easton, Pa., under the Act of August 24, 1912. . . . Copyrighted, 1945, by The American Society of Mechanical Engineers. Reprints from this publication may be made o n condition that full credit be given the Transactions o f the A.S.M.E. and the author, and that date of publication be stated.

Depositories for A.S.M .E. Transactions in the United States, Including Territories and Dependencies

BOUND copies of the complete Transactions of The Ameri­can Society of Mechanical Engineers will be found in the

libraries in the United States and other countries which are listed on the following pages.

AlabamaAuburn.................. Engineering Library, Alabama Poly. Inst.Birmingham......... Public LibraryUniversity.............Library, University of Alabama

ArizonaTucson................... Library, University of Arizona

ArkansasFayetteville.......... Engineering Library, University of Arkansas

CaliforniaBerkeley.................Library, University of CaliforniaLong Beach.......... Public LibraryLos Angeles.......... Public Library

University of Southern CaliforniaOakland.................Oakland C ity Library

Teachers’ Professional L ibraryPasadena...............Library, California Institu te of TechnologySanta C lara.......... Library, University of Santa ClaraSan Diego............. Publio LibrarySan Francisco. . . . Engineers Club of San Francisco

Mechanics Institu te Public L ibrary (Civic Center)

Stanford U niv.. . . Library, Stanford UniversityColorado

Boulder..................Library, University of ColoradoD enver...................Publio LibraryFort Collins.......... Colorado S tate College of Agriculture and

Meohanic ArtsConnecticut

Bridgeport.............Publio LibraryH artford................ Public LibraryNew H aven.......... Public Library and Yale UniversityS torrs......................University of ConnecticutW aterbury............ Silas Bronson Library

DelawareNewark..................University of DelawareW ilm ington...........W ilmington Free Institu te

District of ColumbiaW ashington.......... George W ashington and Catholic Univer­

sities; L ibrary of Congress; National Bureau of Standards L ibrary; Scientific Library, U. S. P a ten t Office

FloridaGainesville............ University of FloridaJacksonville.......... Free Public LibraryM iam i.................... Publio LibraryT am pa................... Publio Library

GeorgiaA tlan ta ...................Carnegie Public Library

Georgia School of Technology Savannah.............. Public Library

HawaiiHonolulu............... University of Hawaii Library

IdahoMoscow................. University of Idaho

IllinoisChicago..................John Crerar L ibrary; Library, Illinois

Institu te of Technology; Museum of Sci­ence and Industry ; Public L ibrary of Chicago; W estern Sooiety of Engineers

E vanston...............Northwestern UniversityM oline....................Publio LibraryPeoria.....................Publio LibraryU rbana...................University of Illinois

IndianaEvansville............. Publio LibraryF o rt W ayne..........Publio LibraryIndianapolis..........Publio Library and Indiana State LibraryN otre D am e......... Library, University of Notre DameTerre H a u te ......... Rose Polytechnio Institu teW est L afay e tte .. .Library, Purdue University

IowaAmes.......................Iowa S tate CollegeDes M oines...........Public LibraryIowa C ity ..............S tate University of Iowa

KansasKansas C ity ......... Publio Library, Huron ParkLawrence............... Library, University of KansasM an h a ttan ............K ansas S ta te CollegeW ichita..................W ichita C ity Library

KentuckyLexington..............University of K entuckyLouisville...............Speed Scientific School

University of LouisvilleLouisiana

Baton Rouge........Louisiana S tate UniversityNew Orleans.........The Howard-Tilton Memorial Library

Louisiana Engineering Society Public L ibrary Tulane University

MaineOrono......................University of Maine

MarylandAnnapolis.............. United S tates N aval AcademyBaltim ore.............. Engineers Club of Baltimore

Johns Hopkins University Publio L ibrary

College Park . .... .Library, University of M aryland

MassachusettsB oston....................Boston Public Library

Engineering Sooieties of New England N ortheastern University

Cambridge.............H arvard University (Engineering Library)M assachusetts Institu te of Technology

Fall R iv er..............Public LibraryL ynn .......................Free Publio LibraryNew Bedford........Free Publio LibrarySpringfield.............Springfield C ity LibraryTufts College........T ufts CollegeW orcester.............. Free Publio L ibrary

W orcester Polytechnic Institu te

MichiganAnn A rbor.............University of MichiganD etro it................... Cass Teohnical High School

Highland P ark Publio L ibrary Public Library University of D etroit

E ast L ansing........Michigan Sta te CollegeF lin t........................Publio LibraryGrand R ap id s .. . .Publio LibraryH oughton..............Michigan College of Mining <fe Technology

Jackson.................. Public Library

MinnesotaD u lu th ................... Publio LibraryMinneapolis..........Minneapolis Public L ibrary (Engineering

and Circulating Libraries)University of M innesota

St. P a u l..................Jam es Jerome Hill Reference Library

M ississippiState College........Mississippi S tate College

-47

RI-48 TRANSACTIONS OF THE A.S.M.E

MissouriColumbia...............University of MissouriKansas C ity ......... Public LibraryRolla....................... Missouri School of Mines and MetallurgySt. Louis................Engineers Club of St. Louis; Publio Library;

W ashington University; Mercantile LibraryMontana

B osem an................M ontana S tate CollegeNebraska

Linooln...................University of NebraskaO m aha....................Public Library

NevadaR eno....................... University of Nevada Library

New HampshireD urham ................. University of New Hampshire

New JerseyBayonne.................Free Publio LibraryCam den..................Free Publio LibraryE lisabeth ............... Free Publio LibraryHoboken................ Steven* Institu te of TechnologyJersey C ity ............Free Public LibraryNew ark.................. Free Public Library

Newark College of Engineering New Brunsw ick. . R utgers UniversityPaterson .................Free Publio LibraryPrinceton...............Princeton UniversityT ren ton ..................Free Publio Library

New MexicoA lbuquerque.........University of New MexicoState College........New Mexico S tate College

New YorkA lbany................... New York S tate LibraryBrooklyn............... Polytechnic Institu te

P ra tt Institu te Brooklyn Publio Library

Buffalo................... The Grosvenor LibraryEngineering Society of Buffalo Buffalo Publio Library

Ith aca .....................Cornell UniversityJam aica, L. I ........Queens Borough Publio LibraryNew Y o rk ............. College of the C ity of New York

Columbia University Cooper UnionEngineering Societies LibraryNew York Museum of Science and IndustryNew York University LibraryPublio Library

Potsdam ................ Clarkson College of TeohnologyRochester.............. Rochester Engineering SocietySoheneotady......... Union CollegeSyraouse.................Public L ibrary

Syraouse UniversityT roy ........................Rensselaer Polytechnic Institu teU tioa.......................Publio Library

North CarolinaChapel H ill........... University of N orth CarolinaD urham ................. Duke UniversityRaleigh...................N orth Carolina State College

North DakotaFargo. ..................N orth D akota S tate Agricultural CollegeGrand Forks.........University of N orth D akota

OhioA da......................... Ohio N orthern UniversityA kron..................... Public Library

University of AkronC anton................... Publio LibraryC incinnati............. Engineers Club of Cincinnati

Publio Library University of Cincinnati

Cleveland.............. Case School of Applied ScienceCleveland Engineering Sooiety Fenn College Public L ibrary

Columbus..............The Ohio S tate LibraryOhio S tate University Publio Library

D ayton ...................Engineers Club of DaytonToledo....................Publio Library

University of Toledo Youngstown......... Publio Library

OklahomaN orm an................. Oklahoma UniversityOklahoma C ity .. .Publio LibraryStillwater...............Oklahoma A.AM. CollegeT ulsa ...................... Publio Library

OregonCorvallis................ Oregon S tate CollegePortland ................ Portland Library Association

PennsylvaniaAllentown..............Free LibraryBethlehem .............Lehigh UniversityE asto n ....................Lafayette College

Publio LibraryE rie ......................... Publio LibraryLewisburg..............Buoknell UniversityPhiladelphia..........Drexel Institu te

Engineers Club Franklin Institu te The Free Library University of Pennsylvania

P ittsburgh .............Carnegie Free Library of AlleghenyCarnegie Institu te of Teohnology Carnegie Library (Sohenley Park) Engineers’ Sooiety of Western Pennsylvania University of Pittsburgh

R eading................. Publio LibraryScranton.................Publio LibraryS tate College........ Pennsylvania State CollegeSwarthm ore.......... Swarthmore CollegeVillanova...............Villanova CollegeW ilkes-Barre........ Publio Library

Puerto RicoM ayaguei..............University of Puerto Rico

Rhode IslandK ingston ............... Rhode Island State CollegeProvidence........, . Brown University

Providence Engineering Society Publio Library

South CarolinaClemson College..Library, Clemson College

South DakotaBrookings.............. South D akota State College

TennesseeK ingsport.............. Publio LibraryKnoxville...............University of TennesseeM em phis................Goodwin InstituteNashville............... Vanderbilt University

Texas^ A ustin.....................University of Texas

College S ta tio n .. .Texas Agricultural & Mechanical CollegeD allas..................... Publio Library

Southern M ethodist UniversityEl Paso .................. Publio L ibraryF o rt W orth ...........Carnegie Publio LibraryH ouston ................ Publio Library

Rice Institu teLubbock.................Texas Technological CollegeSan Antonio..........Carnegie Library

UtahSalt Lake C ity . . . University of Utah

Publio LibraryVermont

Burlington.............University of VermontVirginia

Blacksburg............Virginia Polytechnic Institu teCharlottesville. . . University of Virginia

SOCIETY RECORDS RI-49

Lexington..............Virginia M ilitary Institu teNorfolk..................Public LibraryRichmond............. Virginia S tate Library

WashingtonPullm an.................State College of Washington

Seattle....................Engineers ClubPublic Library University of Washington

Spokane.................Public LibraryTacoma..................Public Library

W est nJ’’irginiaM organtow n.........West Virginia University

WisconsinM adison.................Library, University of WisconsinMilwaukee............ M arquette University

Public L ibrary Vocational School Library

W yomingLaram ie................. Wyoming University

A.S.M .E. Transactions in Central and South America and

Great BritainArgentine

Buenos Aires.........Biblioteoa de la Sooiedad Cientifica

AustraliaAdelaide.................Publio L ibrary of AdelaideM elbourne.............Publio L ibrary of VictoriaP e rth .......................University of W estern Australia LibrarySydney................... Publio L ibrary of Sydney

BrazilRio de Jane iro . . . Bibliotheca da Esoola Polytechnics

Bibliotheoa Nacional SSo Pau lo .............. Bibliotheoa da Esoola Polytechnioa

CanadaK ingston................Queen’s CollegeM ontreal............... Engineering Institu te of Canada

McGill UniversityT oron to ..................University of Toronto, LibraryVanoouver.............University of British Columbia

ChileSantiago.................Universidad de Chile, Facultad de Cienoias

Fisioas y M atem aticas (Engg. School)

CubaH avana .................. Cuban Society of Engineers

EnglandBirm ingham . . . . . . Birmingham Publio LibrariesB ristol.................... University of BristolCam bridge............ University of CambridgeLeeds...................... University of LeedsLiverpool............... Liverpool Engineering Society

Publio L ibrary of LiverpoolLondon...................C ity and Guild Engineering College

Institution of Automobile Engineers

London The British Coal Utilization Research As-(Continued) sooiation

The Institution of Mechanical Engineers Institution of Civil Engineers Institution of Electrical Engineers The Junior Institution of Engineers The Royal Aeronautical Society

M anchester...........Manchester Public Libraries (ReferenceLibrary)

Oxford....................Oxford UniversityNewcastle-upon-

T yne...................The N orth-E ast Coast Institution of Engi­neers and Shipbuilders

Sheffield.................Sheffield Public LibrariesIndia

Bangalore..............Mysore Engineers AssociationC alcu tta .................Bengal Engineering CollegePoona..................... Poona College of EngineeringRangoon................University of Rangoon

IrelandB elfast....................Queen’s University of Belfast

MexicoMexico C ity ......... Asociacion de Ingenieros y Arquitectos de

MexicoLibrary of the Escuela de Ingenieros Me- canicos y Eleotricistas

ScotlandGlasgow................ Royal Technical College

Mitchell LibrarySouth Africa

Cape Tow n............University of Cape TownJohannesburg. . . .South African Institu te of Engineers

WalesCardiff....................Cardiff Public Library

Rl-50

Indexes to A.S.M .E. Papers and Publications

THIS and the following pages will serve as a guide to the cur­rent publications of the A.S.M.E.

Regular Society Publications, 1944Mechanical Engineering, monthly (see index on page RI-55) A.S.M.E. Transactions, monthly including the Journal of Applied

Mechanics (see index on page Rl-63)A.S.M.E. Mechanical Catalog and Directory, 1945 edition.

Publications Issued in 1944Bibliography of Aircraft Plywood Design Data on Strength of Materials Design Data on Mechanics1942 Automotive and Oil Engine Power Cost Reports

American Standards1944 Supplement to Socket Set ScrewsCast Iron Pipe Flanges and Flanged Fittings, Class 250

A PI-ASM E Code for Unfired Pressure FesseZs

1944 Supplement

Boiler Construction Code1944 Addenda to:

Locomotive Boiler Code Low-Pressure Heating Boiler Code Power Boiler Code Unfired Pressure Vessel Code Specifications for Materials Welding Qualifications

Power Test Codes

Coal Pulverizers Gaseous Fuels

H ow to Find Papers Presented at 1944 A .S.M .E . M eetings

THE technical programs of the meetings of the Society and of its Professional Divisions have been published in Mechanical Engineering and may be located by consulting the index on pages

RI-55-RI-62. A majority of these papers were published, or will be published, in Mechanical Engineering or the Transactions (in­cluding the Journal of Applied Mechanics) and may be located by reference to the indexes of these publications. Several additional papers and reports included in these 1944 programs were not published during the year in Transactions or Mechanical Engi­neering but were issued in mimeographed or photo-offset form.

Complete sets of these are on file for reference purposes at the office of the Society and the Engineering Societies Library, under the title of “Miscellaneous Papers Presented a t A.S.M.E. Meet­ings, 1944.” Photostat copies of any of the papers may be se­cured from the Library at twenty-five cents a page to members, or thirty cents a page to nonmembers.

Publications Developed by the Technical Committees

HE Society’s technical committees, the first of which was organized many years ago and' all of which have been con­

tinuously at work on codes, standards, research, and other special reports, have developed a series of publications of permanent value to the membership. The following list is presented here for record and for ready reference. This list covers the entire group of publications of these committees completed to date which are now available.

To assist members in securing copies of these publications the sale price is also given. A discount of 20per cent is allowed to A.S.M.E. members on all publications except where otherwise noted.

A.S.M.E. AMERICAN STANDARDS

B o l t , N u t , a n d R i v e t P r o p o r t i o n s

Large R ivets (B18.4— 1937), $0.65 Plow Bolts (B18f— 1928), $0.35 Round TJnslotted-Head Bolts (B18.5— 1939), $0.50 Slotted-Head Proportions: Machine Screws, Cap Screws, and Wood

Screws (B18c— 1930), $0.45 Small R ivets (B18a— 1927), $0.30Socket Set Screws and Socket-Head Cap Screws (B18.3— 1943), $0.40 Supplement to Socket Set Screws (B18.30— 1944), $0.10 Tinners’, Coopers’, and B elt R ivets (B18g— 1929), w ith 1942 Adden­

dum, $0.35 Track Bolts and N uts (B18d— 1930), $0.40W rench-Head Bolts and N uts and W rench Openings (B18.2— 1941),

$0.65

P i p i n g a n d P i p e F i t t i n g s

Air Gaps and Backflow Preventers in Plum bing Systems (A40.4—1942 and A40.6— 1943), $0.45

Brass F ittings for Flared Copper Tubes (A40.2— 1936), $0.35 C ast-Iron Pipe Flanges and Flanged Fittings for 25 Lb Maximum

Saturated Steam Pressure (B16b2— 1931), $0.40 C ast-Iron Pipe Flanges and Flanged F ittings Class 125 (B16a— 1939),

$0.60C ast-Iron Pipe Flanges and Flanged Fittings Class 250 (B16b— 1944),

$0.45C ast-Iron Pipe Flanges and Flanged Fittings for 800 Lb Maximum

H ydraulic Pressure (B16bl— 1931), $0.35 C ast-Iron Soil Pipe and F ittings (A40.1— 1935), $0.65 C ast-Iron Long T urn Sprinkler F ittings for 150 and 250 Lb Maximum

Saturated Steam Pressure (B16g— 1929) and Addendum (B16gl— 1937), $0.50

C ast-Iron Screwed Fittings for 125 and 250 Lb Maximum Saturated Steam Pressure (B16d— 1941), $0.40

C ast-Iron Screwed Drainage F ittings (B16.12— 1942), $0.45 Code for Pressure Piping (B31.1— 1942), $2.00Face-to-Face Dimensions of Ferrous Flanged and W elding E nd Valves

(B16.10— 1939), $0.55 Ferrous Plugs, Bushings, Lock Nuts, and Caps (B16.14— 1943), $0.40 M alleable-Iron Screwed F ittings for 150 Lb Maximum Saturated

Steam Pressure (B16c— 1939), $0.50 Pipe Plugs (B16e2— 1936), $0.35 Pipe Threads (B2.1— 1942), $0.75Scheme for the Identification of Piping Systems (A13— 1928), $0.50 Steel Pipe Flanges and Flanged F ittings for 150 to 2500 Lb Maximum

Steam Service Pressure (B16e— 1939), $1.25 Soldered-Joint F ittings (A40.3— 1941), $0.45 Steel Butt-W elding F ittings (B16.9— 1940), $0.40 Threaded Cast-Iron Pipe for Drainage, Vent, and W aste Services

(A40.5—1943), $0.25 W rought-Iron and W rought-Steel Pipe (B36.10-1939), $0.50

RI-51

RI-52 TRANSACTIONS OF THE A.S.M.E.

L e t t e r a n d G r a p h i c a l S y m b o l s a n d C h a r t s

Abbreviations for Scientific and Engineering Term s (Z10.1— 1941) $0.35

Drawings and Drafting-Room Practice (Z14.1— 1935), $0.50 Engineering and Scientific C harts for L antern Slides (Z15.1— 1932),

$0.50Engineering and Scientific Graphs for Publications (Z15.3— 1943),

$0.75Graphical Symbols for Use on Drawings in Mechanical Engineering

(Z32.2— 1941), $0.50 L etter Symbols for Gear Engineering (B6.5— 1943), $0.25 L etter Symbols for Hydraulics (Z10.2—-1942), $0.35 L etter Symbols for Mechanics of Solid Bodies (Z10.3— 1942), $0.25 L etter Symbols for H eat and Therm odynam ics (ZlOc— 1943), SO.35 Time Series C harts (Z15.2— 1938), $1.25

MISCELLANY

Fire-Hose Coupling Screw Threads (B26— 1925), $0.25 Gear M aterials and Blanks (B6.2— 1933), $0.50 Hose Coupling Screw T hreads (B33.1— 1935), $0.25 Indicating Pressure and Vacuum Gages (B40— 1939), $0.40 Preferred Thickness for Uncoated Thin F la t M etals (B32.1— 1941),

$0.25Rolled Threads for Screw Shells of Electric Sockets and Lam p Bases

(C44— 1931), $0.35 Shaft Couplings (B49— 1932), $0.35 Spur Gear T ooth Form (B6.1— 1932) $0.45

S m a l l T o o l s a n d M a c h i n e T o o l E l e m e n t s

Maohine T apers (B5.10— 1943), $0.60 Milling C utters (B5c— 1930), $0.75 Reamers (B5.14— 1941), $0.75Taps—C ut and Ground Threads (B5.4— 1939), $1.25 Terminology and Definitions for Single-Point C utting Tools (B5.13—

1939), $0.40 Adjustable Adapters (B 5 .ll— 1937), $0.50 Chucks and Chuck Jaws (B5.8— 1936), $0.45Circular and Dovetailed Forming Tool Blanks and Holding Elem ents

(B5.7— 1943), $0.50 Shafting and Stock Keys (B17.1— 1943), $0.45 Markings for Grinding Wheels (B5.17— 1943), $0.25 Involute Splines, Side Bearings (B5.15— 1939), $0.65 Jig Bushings (B5.6— 1941), $0.35 Lathe Spindle Noses (B5.9-—1936), $0.50 Spindle Noses and Arbors (B5.18—1943), $0.25 R otating Air Cylinders and A dapters (B5.5— 1932), $0.35 Tool Holder Shanks Tool Post Openings (B5.2— 1943), $0.35 T-Slots, Their Bolts, Nuts, Tongues, and C utters (B5a-—1941), $0.35 Twist Drills (B5.12— 1940), $0.55Code for Design of Transmission Shafting (B17c— 1927), $0.75 Shafting and Stock Keys (B17.1— 1934), $0.45 Screw Threads for Bolts, Nuts, Machine Sorews, and Threaded Parts

(B l.l— 1935), $0.60 Screw T hread Gages and Gaging (B1.2— 1941), $0.60 Acme and Other T ranslating Threads (B1.3— 1941), $0.45 Tolerances, Allowances, and Gages for M etal F its (B4a— 1925), $0.50 Woodruff Keys, Keyslots, and C utters (B17f— 1930), $0.35

BOILER CONSTRUCTION CODE

1943 Editions: w ith 1944 Addenda Locomotive Boiler Code, $0.75 Low-Pressure Heating Boiler Code, $0.75 M iniature Boiler Code, $0.50 Power Boiler Code, $2.25 Specifications for M aterials, $3.00 Suggested Rules for Power Boilers, $1.00 Unfired Pressure Vessel Code, $1.50 W elding Qualifications, $0.65

Boiler Code In terpreta tion Service, $5.00 annually API-ASM E Code for Unfired Pressure Vessels

1943 Edition, with 1944 Supplement, $1.25

POWER TEST CODES AND AUXILIARY SECTIONS

T e s t C o d e s f o e

Atmospheric W ater-Cooling Equipm ent (1930), $0.45 Coal Pulverizers (1944), $0.70Displacement Compressors, Vacuum Pumps, and Blowers (1939),

$0.75D ust Separating A pparatus (1941), $0.90 Evaporating Apparatus (1941), $0.50 Feedwater H eaters (1927), $0.35 Gaseous Fuels (1944), SO.75 Gas Producers (1928), $0.55H ydraulic Prime Movers (1938 with 1942 Addenda), $0.60Internal-Com bustion Engines (1930), $0.55Reciprocating Steam-Driven Displacement Pumps (1927), $0.65Reciprocating Steam Engines (1935), $0.65Refrigerating Systems (1927), $0.55Solid Fuels (1931), $0.55Speed-Responsive Governors (1927), $0.45Steam Condensing A pparatus (1938), $0.65Steam Locomotives (1941), $0.55Steam Turbines (1941), $2.50 vAppendix to Test Code for Steam Turbines (1943), $1.50

A u x i l i a r y S e c t i o n s

General Instructions (1929), $0.35 Definitions and Values (1931), $0.40 P a rt 1 — General Considerations (1935), $0.35 P a rt 2 — Pressure M easurement

C hapter 1, Barometers; C hapter 6, Tables, M ultipliers, and S tandards (1941), $0.60

C hapter 4, Bourdon, Bellows, Diaphragm, and Deadweight Gages (1938), $0.65

C hapter 5, Liquid Column Gages (1942), $0.75 P a rt 3 — Tem perature Measurement

C hapter 1, General; Chapter 5, Pyrometric Cones; Chapter 6, Liquid-in-Glass Thermometers; and C hapter 7, Bour- don-Tube Thermometers (1931), SO.75

C hapter 2, Radiation Pyrometers (1936), $0.55 C hapter 3, Thermocouple Thermometers or Pyrometers

(1940), $0.65 C hapter 8, Optical Pyrom eters (1940), $0.35

P a rt 4 — H ead Measuring A pparatus (1933), $0.35 P a rt 5 — C hapter 4, Flow M easurement by Means of Standardized

Nozzles and Orifice Plates (1940), $2.75 P a rt 6—Electrical M easurements (1934), $1.25 P a rt 8— M easurement of Indicated Horsepower (1941), $0.75 P a rt 9—H eat of Combustion (1943), $0.40 P a rt 11—Determ ination of Quality of Steam (1940), $0.45 P a rt 12—M easurement of Time (1942), #0.40 P a rt 13—Speed Measurements (1939), $0.45 P a rt 14—Linear M easurements (1936), $0.55 P a rt 15— M easurement of Surface Areas (1937), $0.75 P a rt 16—Density Determ inations (1931), $0.30 P a r t 17—Determ ination of the Viscosity of Liquids (1931), $0.45 P a r t 18—H um idity Determ inations (1932), $0.50 P a r t 20— Smoke-Density Determ inations (1936), $0.65 P a r t 21—Leakage M easurements (1942), $0.60

RESEARCH

Fluid M eters:P a r t 1—Theory and Application (1937), $3.00 P a rt 2—Description of M eters (1931), $1.75 P a rt 3—Selection and Installation (1933), $1.50

R eport of the A.G.A.-A.S.M.E. Com mittee on Orifice Coefficients (1935), $2.75

T ests on Electrical Equipm ent for Drilling R otary Drilled Oil Wells (1933), $0.85

T ests on Steam Equipm ent for Drilling R otary Drilled Oil Wells (1932), $0.85

Bibliography on Aircraft Plywood (1944), $1.00Bibliography on D eterioration of Condensing Equipm ent (1845-

(1930), $1.25Bibliography on M anagem ent L iterature and Supplement (1903-

1935), $2.75Bibliography on M arketing Research (1935), $1.00Bibliography on Woods of the W orld (1928), $1.25

SOCIETY RECORDS RI-53

SAFETY CODESSafety Code for Cranes, Derricks, and Hoists (B30.2— 1943), $1.50 Safety Code for Elevators (A17.1— 1937 with 1942 Supplement), $1.00 Elevator Inspectors’ M anual (A17.2— 1937), $0.75 Safety Code for Jacks (B30.1— 1943), $0.30Safety Code for Mechanical Power-Transmission A pparatus (B15—

1927), $0.35Compressed-Air Machinery and Equipm ent (B19— 1938), $0.30

Biographies

BIOGRAPHIES issued under the sponsorship of the A.S.M.E. Biography Committee are as follows:

Autobiography of John A. Brashear (1924), $5.00 Autobiography of an Engineer, by W. LeR. Em m et (1940), $3.50 Autobiography of John Fritz (1940), $3.25 Biography of Jam es H artness, by Joseph W. Roe (1937), $4.00 Biography of Fred J. Miller (1941), $1.00Biography of John Stevens, by Archibald Douglas Turnbull (1928),

$5.00Biography of John Edson Sweet, by A. W. Smith (1925), $4.50 Biography of R obert H enry Thurston, by William F . D urand (1929),

$5.00Life of H enry Laurence G antt, by L. P . Alford (1934), $5.00

Books on Special Subjects

Corrosion-Resistant M etals (1936), $1.25Design D ata on S trength of M aterials, Book 1 (1944), $1.50Design D ata on Mechanics (1944), $1.50Engineering’s P a rt in the Developm ent of Civilization (1939), $1.50Flow of W ater in Pipes and Pipe F ittings (1941), $8.00General Discussion on Lubrication (1938) (no discount), $6.50Hydraulic Laboratory Practice (1929), $10.00H ydraulic Structures (1937), $18.00I.S.A. Tolerance System (1942), $2.50M anual on C utting of M etals (l939), $5.00M anual of Consulting Practice (1939), $0.40Oil Engine Power Cost R eport (1942), $1.251942 Automotive Diesel Engine Cost and Performance D a ta (1944),

$0.25Sixty Year Index to A.S.M.E. Teohnical Papers (1941), $3.75 Surface Finish (1942) (no discount), $3.25 Theoretical Steam R ate Tables (1937), $1.25

Regular Society PublicationsMechanical Engineering*—Annual Subscription ra te in U nited States

$6.00; to C anada $6.75; elsewhere, $7.50 A.S.M .E. Transactions,* including Journal o f Applied Mechanics,

Annual subscription ra te in U nited States, $12.00, elsewhere, $12.75 1945 A.S.M .E. Mechanical Catalog and Directory, $3.00 (sent gratis

to m embers upon request)

Reflections on the Motive Power of H eat (1943), $2.75 ♦Subscription price included in A.S.M .E. membership dues.

Index to Mechanical Engineering

(A)

V olum e 66, January— December, 1944denotes A bstract; (AC) A uthor’s C losure; (BR) Book Review; (C) C orrespondence; (D) D iscussion; (Ed) E d ito ria l; (P) Photograph

AA b b o t t , E r n e s t

T h e A n d e r o m e te r — a n i n s t r u m e n t fo r p r o d u c t io n - t e s t i n g o f b a l l b e a r in g s fo r d e v ia t io n s f ro m c i r c u la r i t y o f b a l l sa n d r a c e s ................................................................... 51 5

A c c i d e n t P r e v e n t i o n . S e e S a f e ty E n g i ­n e e r in g .

A d h e s iv e sB ib l io g r a p h y ................................................................ 2 3 7M e tlb o n d — f o r a i r c r a f t ......................................... 713

A e r o d y n a m ic sT h e M a te r ie l C o m m a n d 's a p p r o a c h t o th e

f lu t te r p r o b le m ...................................................... 511A in s w o r t h , W . E .

T o o l c o n tr o l p r a c t ic e d a t t h e P u g e t S o u n dN a v y Y a r d .............................................................. 631

A ir c r a f tA n t i a i r c r a f t t r a c k e r ................................................ 139C o r ro s io n p r o b le m s ................................................. 7 9 9D i r e c t l i f t .............................................................5 0 9 , 8 1 8H e l ic o p te r d e s ig n ( B R ) ....................................... 8 1 8J e t p r o p u ls io n ........................................... 6 6 ,4 2 9 , 5 2 2P i lo t le s s .......................................................................... 5 2 2

A ir c r a f t F u e l S y s t e m s S e a lin g a v ia t io n fu e l - s y s te m e q u ip m e n t . 6 6 3

A ir p l a n eB io m e c h a n ic s — a n e w a p p r o a c h t o a i r ­

p la n e s a f e t y ............................................................. 3 1 3D e s ig n f o r m a s s p r o d u c t i o n .............................. 22D ir e c t l i f t ..............................................................5 0 9 , 8 1 8F l u t t e r p r o b le m ......................................................... 511M e c h a n ic s o f i n ju r y u n d e r fo rc e c o n d i ­

t io n s ............................................................................. 2 6 4M o s q u i to a i r p l a n e ................................................... 88P a r t s , d e s ig n s im p li f ic a t io n ............................... 2 8

N e g a t iv e r a k e to o ls f o r ................................... 57 6R o b o t ................................................................................ 52 2

A ir p l a n e M a n u f a c t u r eA p p l ic a t io n o f lo f t in g a n d m a s t e r t e m ­

p l a t e t o to o l d e s ig n ........................................... 2 6B ib l io g r a p h y ................................................................ 23 7B r e a k d o w n d r a w in g s a s a id in to o lin g

c h a n g e s ...................................................................... 23D e s ig n fo r m a ss p r o d u c t i o n .............................. 22E f fe c t of e n g in e e r in g b r e a k d o w n o n s u b -

a s s e m b ly a n d a s s e m b ly l in e t o o l i n g . . . 26 E f fe c t o f s h a p e o n t h e f o r m a b il i ty of d e e p -

d r a w n s h e e t - m e ta l p a r t s ................................ 643F a c to r s t o s im p li f y to o lin g a n d a s s e m b ly

in a i r p la n e d e s ig n ............................................... 28F a t ig u e - te s t in g m e th o d s a n d e q u ip m e n t . 719A l ig h tw e ig h t f lo o r f o r a i r p l a n e s .................... 7 0 5M a ss p r o d u c t i o n ....................................................... 2 2M a s te r t o o l in g i n m a s s p r o d u c t i o n .............. 25M e tlb o n d — a m e ta l a d h e s iv e f o r a i r c r a f t . 713 P o s s ib i l i t ie s in s ta n d a r d iz in g m a jo r t o o ls . 2 8 P r in c ip le s o f m a n u f a c tu r in g a n d to o l

e n g in e e r in g v e r s u s o th e r e n g in e e r in gf ie ld s ............................................................................ 22

S e a lin g a v ia t io n f u e l - s y s te m e q u ip m e n t . 663S te p p e d e x t r u s io n s ....................... . • • • • . .............. 44 3U s in g n e g a t iv e r a k e to o ls in a i r c r a f t -

p a r t s p r o d u c t i o n .................................................. 57 6A i r R a id s

W in n in g b a t t l e s b y b o m b in g ........................... 101A i r T r a n s p o r t a t io n

A v ia t io n a n d t h e f u t u r e ...................................... 3 1 5A l l e n , E . T .

A w a rd e d G u g g e n h e im M ed ffl p o s th u ­m o u s ly ........................................................................ 28 1

A l l e r , W . F .D re s s in g g r in d in g w h e e ls .................................... 779

A l l o y sN o te s o n r e c e n t t r e n d s a n d u se s of a l lo y

s te e l s ............................................................................ 543A l m d a l e , E in a r

H ig h -sp e e d m il l in g o f s te e l w i th c a rb id e s . 3 0 4 A l u m in u m

I n d u c t io n f u rn a c e f o r m e l t in g a lu m in u m . 731 A m e r ic a n I n s t i t u t e o f E l e c t r ic a l E n g i­

n e e r sO ff ic e rs ............................................................................ 562

A m e r ic a n I n s t i t u t e o f M in i n g a n d M e t a l l u r g ic a l E n g in e e r s

E le c ts o f f ic e rs .............................................................. 94A .S .M .E . - A .I .M .E . J o i n t F u e l s C o n f e r ­

e n c e .............................................................................. 6 2 0

P a g e

I s s u e N u m b e r s

January 1- 96February 97-154March 155-226April 227-290May 291-354June 355-434July 435-498August 499-566September 567-626October 627-686November 687-758December 759-830

32

American S ociety of M echanical E ngi­n eer s

A nnual M eeting, 1943.................................... 47A nnual M eeting, 1944............................678, 740Applied M echanics D ivision N ational

M eeting, C hicago........................................ 562A .S .M .E . and E .I.C . sign co-operative

ag reem en t...................................................... 81A .S .M .E . is doing its job (E d ).................... 99A .S .M .E . receives O rdnance D epartm en t

D istinguished Service A w ard .......... 629, 674A utom atic control term s, lis t sen t on

re q u e s t............................................................ 205A viation D ivision M eeting a t Los Angeles

...................................................................340, 486A wards. See Honors and Awards.Boiler C ode ........................................................

..............74, 209, 275, 334, 416, 483, 550, 617B udget for 1944-1945..................................... 555Business meeting, 1943.................................. 53Com m ittees

Com m ittee personnel.......................R I-5, R I -6C om m ittee personnel lis t sen t on re­

q u e s t............................................................ 152Consulting Practice C o m m itte e .. . 141, 282Finance Com m ittee report, 1942-1943. 39Forging of Steel Shells............................... 63Furnace Perform ance F ac to rs ................. 62Industria l Furnaces and K iln s ................ 751M anufacturing Engineering Com m ittee

(E d )............................................................. 230M echanical Springs..................................... 61M em bership developm ent........................ 822M etal C u tting C om m ittee ....................... 61N om inating C om m ittee .......................53, 145Personnel................................ . . f . . .R I-5 , R I-6Petroleum C om m ittee............................... 143Postw ar P lann ing C om m ittee ap ­

p o in ted ........................................................ 59Power T est Codes, correction................. 752Pressure Vessels............................................ 61Prim e M over Speed G overning.............. 752Research C om m ittees a t A nnual M eet­

in g ................................................................. 61Society O rganization and S tru c tu re . 59, 674 Special R esearch C om m ittee, correc­

tio n ............................................................... 752Standards C om m ittee a t A nnual M eet­

in g ................................................................. 63S tuden t G uidance ........................................ 149Technical com m ittees a t A nnual M eet­

ing ............................................................. 60W ork o f...................................................... 43

W ar P roduction C om m ittee visitsAberdeen Proving G round ................... 491

Consulting Engineering g roup ..............141, 282Council

B irm ingham m eeting ................................. 426Executive C om m ittee actions .................

......... 59, 280, 426, 554, 619, 677, 749, 822New members, 1944............................. 53, 57Officers............................................................ 53Opposes K ilgore b ill................................... 45Personnel..............................................R I-5, R I -8Qualifications and duties of members

ou tlined ...................................................... 280

RI-55

7 5 3

79

A m erica n S o c ie ty o f M e c h a n ic a l E n g i­n e e r s (continued)

Council (continued)R eport for 1943............................................Special C om m ittee on Society Organi­

zation, re p o r t............................................ 674E .I.C . and A .S .M .E . sign co-operative

ag reem en t....................................................... 142Finance C om m ittee R eport 1942-1943 ... 39 Fuels Division

A .S .M .E .-A .I.M .E . Jo in t Fuels Con­ference......................................................... 620

Incom e, 1944-1945.......................................... 555Local Sections...................................................

.........79, 83, 95, 147, 152, 215, 224,285, 286, 346, 427, 493, 560, 622, 680,

N ational Conference of G roup Dele­ga te s ............................................................

M aterials H andling DivisionN avy m ethods of packaging, packing,

and m aterials handling to be dis­cussed .......................................................... 219

M eetingsAnnua] M eeting, 1943................................ 47A nnual M eeting, 1944............................... 678

Prog ram ...................................................... 740Applied M echanics D ivision N ational

M eeting .............................................. 425, 562A .S .M .E . is doing its job (E d )............... 99A viation D ivision M eeting ..............340, 486Business m eeting, 1943............................. 53C alendar of m eetings........................... 80,

142, 224, 279, 353, 431, 493, 562, 754,Diesel Engineers' M eeting ........................In s titu tio n of M echanical E ngineers . .Jo in t Fuels Conference w ith A .I .M .E ..

...............................................................620,Jun io r M etropolitan G roup Aviation

M eeting ...................................................... 754Oil and Gas Pow er C onference.. . .279, 489Sem i-annual m eeting, P ittsb u rg h ..........

...................................................... 339,420,Spring m eeting, 1944, Birm ingham ,

Ala........................................ , . .141, 212 ,S tuden t Group M eetings..................2?3,

M em bershipC andidates fo r . . ! ............... 95, 154, 226,

290, 354, 434, 498, 566, 626, 686, 758, In form ationrequested fo rl944A .S ..\i.E .

M em bership L is t.....................................M em bers in serv ice ..................................... 822M em bership lis t (E d ) ................................ 500R egistration in N ational R o ste r........... 431

M etropolitan Section Jun io r group p lans. 681N ecrology..................................................... 96,

154, 226, 290, 354, 498, 626, 686, 758,N ew s.....................................................................

79, 141, 212, 279, 339, 420, 486, 551,N om inating C om m ittee ...........................53,Officers

L ist o f.............................................................. R I-5For 1944-1945...................................... 557, 749

Oil and Gas Pow er Division Conferencea t T u lsa ...................................................279, 486

Oil Engine Pow er C ost R ep o r t................... 490Petro leum D ivision re tu rn ed to the

supervision of Process Industries D ivi­sion ................................................................... 143

Pow er te s t code V enturi tubes and’ Ven­tu ri m e te rs ..................................................... 284

Presiden t’s page .......................82, 144, 214,283, 342, 424, 437, 556, 621, 684, 746, 821

Process Industries Division new Pe­troleum C om m ittee.................................... 143

Professional Divisions personnel................R I-10Professional group on consulting prac­

tic e ............................................................141, 282Publications

C arno t republished (E d ) .......................... 158C onstitu tion , By-Laws, and R u les......... 620“ C reative E ngineering” papers avail­

ab le .............................................................. 620Index to ........................................................; RI-79King paper, “ U nw ritten Laws of engi

neering,” price rev ision ..................M echanical C atalog and D irectory,

1945.............................................................New preprin t procedure (E d ).................Papers on “ Furnace Perform ance Fac­

to rs,” “ G raphitization of Steel P ip ­ing” published in lim ited ed itio n . . .

Publicity (E d ).............................................. 294S tuden t Branches, new s..................85, 149,

220, 287, 349, 429, 494, 562, 622, 754, 827S tuden t group meetings, 1944.............223, 623W ar M anufacturing Com m ittee (E d ) . . . 230

8 20•2 7 9492

8 2 0

551

343623

8 3 0

219

8 3 0

619145

620

677100

490

RI-56 SOCIETY RECORDS—IN D EX TO MECHANICAL ENGINEERING, VOL. 66

A m e r ic a n S o c ie t y o f M e c h a n ic a l E n g in e e r s(continued)

W a r P r o d u c t i o n C o m m i t te e v i s i ts A b e r ­d e e n P r o v in g G r o u n d ....................................... 491

W a r p r o d u c t io n c o n fe r e n c e ................................ 83W o m a n ’s A u x i l ia r y

T w e n t i e t h a n n u a l m e e t in g .......................... 80A m e r ic a n S o c ie t y t o r T e s t i n g M a t e ­

r ia l sF o r m s c o m m i t t e e o n a d h e s iv e s ...................... 6 7 9N e w s t a n d a r d s f o r p u b l i c a t i o n . ..................... 7 5 0S t a n d a r d s o n r e f r a c t o r y m a t e r i a l s ............... 4 8 9

A m e r ic a n S t a n d a r d s A s s o c ia t io nH o ld s q u a r t e r - c e n tu r y a n n iv e r s a r y ............. 143I s s u e s s ta n d a r d s l i s t .............................................152S t a n d a r d l e t t e r s y m b o ls f o r g e a r e n g i­

n e e r i n g ........................................................................ 152S t r i p p e r - b o l t s t a n d a r d n o w a v a i l a b l e . . . . 6 2 0

A m m u n it io nQ u a l i t y c o n t r o l in m a n u f a c tu r e o f s m a l l -

a r m s a m m u n i t i o n ................................................ 179A n t i a ir c r a f t

A n t i a i r c r a f t t r a c k e r ( A ) ....................................... 139A p p l e t , L a w r e n c e A .

M a n a g e m e n t ’s jo b g o es o n f o r e v e r .............. 3 1 7A r m it a g e , J . B .

A n in v e s t ig a t io n o f r a d i a l r a k e a n g le s infa c e m il l in g ( A C ) ................................................. 7 3 8

A r m y P r o b l e m sN a t io n a l I n v e n t o r s ' C o u n c i l l i s t ..............4 3 1 , 7 5 0

A r m y S e r v ic e F o r c e sM a n a g e m e n t c o n t r o l i n t h e A r m y S e rv ic e

F o r c e s .......................................................................... 3 0 5A r m y T r a n s p o r t a t io n

R a i l r o a d c a r s a n d lo c o m o t iv e s f o r m il i ­t a r y u s e ...................................................................... 783

A s h k in a z y , S . B .M a te r ia l s s t a n d a r d i z a t i o n .................................. 2 5 9

A t k i n s o n , J . W .S te a m g e n e r a t io n f o r m a r in e a n d s t a ­

t io n a r y s e rv ic e ( D ) ........................................... 3 3 0A t w o o d , G . H .

N e w t y p e s c re w -lu ff in g c r a n e ...................... 569A u t o m a t ic C o n t r o l

A u to m a t i c - c o n t r o l t e r m s a n d d e f in i t io n s . 2 0 5 I n s t r u m e n t a t i o n a n d c o n t r o l in t h e t e x t i le

i n d u s t r y ...................................................................... 451A v ia t io n

A v ia t io n a n d t h e f u t u r e ....................................... 3 1 5M e d ic a l a s p e c t s o f a v ia t io n ( B R ) ................ 3 3 7P h i lo s o p h y o f a v i a t i o n .......................................... 13

A w a r d s . S e e H o n o r s a n d A w a rd s .

BB a i l e y , A l e x D.

B iography ........................................................... 558Presiden t’s p a g e ................................................ 821

B a i l e y , E . G .Fuels and pow er-plant design (D ) ........... 813P ostw ar P lann ing C om m ittee chairm an . 59 S team generation for m arine and s ta tio n ­

ary service in U. S., 1933-1943 (A C ). . . 331 B a i l e y , N e i l P.

To head M .E . d epartm en t a t R ensselaer. 754 B a l l B e a r in g s

The A nderom eter— An in s trum en t for p roduction-testing of ball bearings for deviations from circularity of balls andraces .................................................................. 515

B a l l , E . B r u c eO bituary (E d ) ................................................... 630

B a n g s , J o h n R .M anagem ent’s job is m ultidim ensional

and com plex................................................... 317W ork m ethods m anual (B R )....................... 547

B a r n e s , G . M.K eying research to b a tt le ............................. 359

B a r n e s , R a l p h M.One job ahead— a more equitable basis

for the paym ent of w ages......................... 318W ork m ethods m anual (B R )....................... 547

B a t h e , G . a n d D.Jacob Perkins (B R )........................................ 485

B e a r in g sThe A nderom eter— for p roduction-test­

ing of ball bearings..................................... 176Roller bearing for freight cars ..................... 796

B e n n e t t , J . S.Coal segregation (D )....................................... 737

B e r m a n , H. H.Applied safety engineering (B R )................ 616

B e t t s , G e o r g sDo the sam e principles apply to m anu­

facturing and tool engineering as apply in other engineering fields?....................... 22

B io m e c h a n ic sB io m e c h a n ic s — a f ie ld f o r m a n a g e m e n t . . 3 1 8 B io m e c h a n ic s — a n e w a p p r o a c h t o a i r ­

p la n e s a f e t y ......................................... 3 1 3 , (D ) 613M e c h a n ic s o f i n ju r y u n d e r fo rc e c o n d i ­

t io n s .............................................................................. 2 6 4M e d ic a l a s p e c ts o f a v ia t io n ( B R ) ................ 3 3 7

B l a n k , H . M .E le c t e d p r e s id e n t o f C o lu m b u s T e c h n ic a l

C o u n c i l ...................................................................... 6 2 0B l o s s o m , F r a n c is

H o n o r a r y m e m b e r o f t h e A .S .M .E ............. 57B o d e n , R . H .

P o s s ib i l i t ie s i n s ta n d a r d iz i n g m a jo r to o lsa n d r e l a t i o n t o e n g in e e r in g d e s ig n ........... 2 8

B o e t c h e r , H . N .C r a c k in g a n d e m b r i t t l e m e n t in b o i l e r s . . . 59 3

B o il e r C o d eR e v is io n s , a d d e n d a , a n d i n t e r p r e t a t i o n s .

. . 7 4 , 2 0 9 , 2 7 5 , 3 3 4 , 4 1 6 , 4 8 3 , 5 5 0 , 6 1 7 , 8 1 6S u b c o m m i t t e e a p p o i n t m e n t s ............................ 82 2

B o i l e r C o r r o s i o n . S e e C o r ro s io n .B o i l e r P l a n t s . S e e also P o w e r P l a n ts .

C o a l s e g re g a t io n i n b o i le r p l a n t s ................... 5 2 3B o il e r s

S te a m g e n e r a t io n f o r m a r in e a n d s t a t i o n ­a r y s e rv ic e ( D ) ...................................................... 3 2 8

B o l t e d J o in t sG a s k e t lo a d in g c o n s ta n t s ( D ) ......................... 72

B o m b in gC o n s e r v a t io n m e t h o d s ........................................ 119K e y in g r e s e a r c h t o b a t t l e ................................... 3 5 9W in n in g b a t t l e s b y b o m b in g ........................... 101

B o o k R e v i e w sA m b a s s a d o r t o i n d u s t r y ...................................... 76A p p l ie d s a f e t y e n g in e e r in g ................................ 6 1 6C o n v e y e r s a n d r e l a te d e q u ip m e n t ................ 54 7W . F . D u r a n d a n n iv e r s a r y v o l u m e ............. 4 8 4D y n a m ic s of t im e s t u d y ...................................... 6 1 5H a n d l in g p e r s o n a l i t y a d ju s t m e n t i n i n ­

d u s t r y .......................................................................... 2 0 0T h e h a p p y f a m i l y .................................................... 133H i s to r y o f m u s ic b o x e s ......................................... 3 3 7H o w N a z i G e r m a n y h a s c o n tr o l le d b u s i ­

n e s s ................................................................................ 4 6 9J a c o b P e r k in s ; h is i n v e n t io n s , h is t im e s ,

a n d h is c o n te m p o r a r ie s ................................... 4 8 5L u b r ic a t io n o f i n d u s t r i a l a n d m a r in e

m a c h i n e r y ................................................................. 2 7 7M e d ic a l a s p e c t s o f a v i a t i o n .............................. 3 3 7M .I .T . b o o k rev iew ’s ( E d ) ................................. 4 9 9N a t io n a l f ire c o d e s f o r f la m m a b le l iq u id s ,

g a s e s , c h e m ic a ls , a n d e x p lo s iv e s ............. 2 0 7P r in c ip le s o f a b n o r m a l p s y c h o lo g y ............. 133P s y c h o lo g y a n d h u m a n l i v i n g ......................... 133S ix Q u a k e r c lo c k m a k e r s ...................................... 3 3 7S t a t e a n d lo c a l f in a n c e in t h e n a t io n a l

e c o n o m y ..................................................................... 6 1 1U n io n r ig h t s a n d u n io n d u t i e s ........................ 21W o rk m e th o d s m a n u a l ......................................... 5 4 7T h e W r ig h t B r o t h e r s ............................................. 2 7 6

B o o k s R e c e i v e d i n L i b r a r y ............................... . 7 6 , 2 0 7 , 2 7 7 , 3 3 8 , 4 1 9 , 4 8 5 , 5 4 8 , 6 1 6 , 8 1 8

B o o t h , J a m e s H .U s e of r u b b e r in p o w e r - d r iv e l i n e s .............. 3 8 9

B o s t o n , 0 . W .C u t t in g - a n g le r e la t i o n s h ip s o n m e ta l -

c u t t i n g to o ls ( D ) .................................................. 6 6 8C u t t i n g to o ls ( D ) ..................................................... 48 2H ig h - s p e e d m il lin g ( D ) ........................................ 7 3 9P r o p o s e d s t a n d a r d o f to o l- l i f e t e s t s fo r

e v a lu a t in g m a c h in a b i l i ty o f s in g le -p o in t to o ls , c u t t i n g f lu id s , m a te r i a l s c u t ( C ) . 2 7 4

T o o l- l i fe t e s t s — p r o p o s e d s t a n d a r d .............. 130B o w e n , H a r o l $> G .

R e c e iv e s f ir s t N e w c o m e n M e d a l ................... 2 2 3B o x , W . A.

E f f e c t o f s h a p e o n t h e f o r m a b i l i t y o f d e e p -d r a w n s h e e t - m e t a l p a r t s ................................ 64 3

B o y d , J a m e s E .M e c h a n ic s u n i t s ( C ) ............................................... 2 7 5

B r a g g , E d w a r dT h e A n d e r o m e te r — A n i n s t r u m e n t fo r

p r o d u c t io n - t e s t i n g o f b a l l b e a r in g s fo r d e v ia t io n s f ro m c i r c u la r i t y o f b a l ls a n dr a c e s .............................................................................. 5 1 5

B r a i n a r d , W a l l a c e E .D e te r m in in g to o l e ff ic ie n c y in h ig h -s p e e d

m i l l i n g ..................................................3 0 1 , (A C ) 7 3 9B r e n n a n , J . L .

N o t e o n f i t t i n g a p h y s ic a l p r o p e r t y m o r ­t a l i t y c u r v e ( c o r r . ) ............................................. 1 4 0

B r i g h t , A r t h u r A . , J r .S t a t e a n d lo c a l f in a n c e ( B R ) ........................... 61 1

B r iq u e t t e sC h ip - d is p o s a l m e t h o d s .......................................... 163

B r o w n , A . L .F a i lu r e o f s p h e r ic a l h y d r o g e n s to r a g e t a n k 39 2

B r o w n , D . V .S h o u ld u n io n s b e m a d e “ r e s p o n s ib le ? ”

( B R ) ............................................................................. 21

B r o w n , G. G.Engineering educa tion ...................................

B r o w n , J . C.M anager, new m em ber of council.............

B r y a n , M. K.Perform ance of W atts B ar S team Station

of T V A ............................................................B u d d , R a l p h

H onorary m em ber of th e A .S .M .E ...........B u r p e e , G. W.

In d u s try ’s view point of engineering edu­cation ...............................................................

B u r w e l l , J . T.C orrection: The effect of diam etral

clearance on the load capacity of ajou rna l bearing (C )....................................

B u s h , V a n n e v a rAwarded 1943 Edison M edal......................Receives Holley M edal..................................

C a i n , B . S.D ie s e l - e le c tr ic lo c o m o t iv e r a t i n g s .................

C a m p b e l l , E . D .R a i lw a y e q u ip m e n t— E f fe c t o f t h e w a r o n

d e v e lo p m e n t w o rk a n d p o s tw a r m a te ­r ia ls ...............................................................................

C a r b id e s . See M e ta l C u t t in g .C a r n e g ie I n s t i t u t e o r T e c h n o l o g y

R e c e iv e d O r d n a n c e d is t in g u is h e d se rv ic ea w a r d ..........................................................................

C a r n o t R e p u b l is h e d“ R e f le c t io n s o n M o tiv e P o w e r o f H e a t ”

A .S .M .E . p u b l ic a t io n ( E d ) ..........................C a r p e n t e r , S t a n l e y

E n g in e e r in g b r e a k d o w n d ra w in g s a s a idin to o l in g c h a n g e s ..............................................

C a r s o n , G. B .P r e d ic t in g m a c h in e p r o d u c t i v i t y f o r fu ­

t u r e a p p l i c a t i o n s .................................................C h a n d l e e , E . E .

S ix Q u a k e r c lo c k m a k e r s ( B R ) ......................C h a n e y , L u c ia n

T h e A n d e r o m e te r — A n in s t r u m e n t fo r p r o d u c t io n - t e s t i n g o f b a l l b e a r in g s fo r d e v ia t io n s f ro m c i r c u la r i t y of b a lls a n dr a c e s ............................................................................

C h e n , K . Y .W h a t p o s tw a r C h in a h o p e s fo r f ro m U. S.

e n g in e e r s ...................................................................T h o m a s C h e s t e r

A w a rd e d S i lv e r M e d a l o f T h e I n s t i tu t io n o f H e a t in g a n d V e n t i la t in g E n g in e e r s( L o n d o n ) ..................................................................

C h ic a g o T e c h n ic a l S o c i e t ie s C o u n c il S e c o n d w a r p r o d u c t io n a n d r e l a te d

p r o b le m s c o n fe r e n c e .........................................C h i c k , A . C .

M a n a g e r , n e w m e m b e r o f c o u n c i l .................C h in a

D ig e s t f o r C h in a ( E d ) ...........................................W h a t p o s tw a r C h in a h o p e s f o r f r o m U. S.

e n g i n e e r s ..................................................................C h i n e s e I n s t i t u t e o f E n g in e e r s

A n n u a l c o n v e n t io n b a n q u e t .............................C h i p C o n t r o l . See M e ta l C u t t i n g . C h r i s t i e , A . G.

S te a m g e n e r a t io n f o r m a r in e a n d s t a t i o n ­a r y s e rv ic e ( D ) .....................................................

C h r o m iu m . See H a r d S u r fa c in g . C h r o m iu m P l a t in g

F la s h c h ro m e p l a t i n g t o s i z e ...........................I n c r e a s in g to o l l ife a n d l if e o f m a c h in e

p a r t s b y c o m b in a t io n o f c h ro m iu m p l a t ­in g a n d a f t e r t r e a t m e n t ....................................

C h u r c h , E . F .E le c te d c h a i r m a n o f E n g in e e r in g S o c ie tie s

L i b r a r y B o a r d .......................................................C l a r k , E d w a r d A .

M o d e rn to o ls o f s a f e t y .........................................C l a r k , W a l l a c e

K n o w - h o w f o r d i r e c t io n o f in d u s t r y isn e e d e d .........................................................................

C l a r k e , K . H . J.C o n s e r v a t io n o f re s o u rc e s ( D ) ........................

C l im a t eC lim a te a n d t h e e n e rg y o f n a t io n s ( B R ) .

C l o c k m a k e r sS ix Q u a k e r c lo c k m a k e r s ( B R ) .......................

C o a l . -See a lso F u e l .F u e l in v e s t ig a t io n s h o u ld p r e c e d e p o w e r -

p l a n t d e s ig n ............................................................C o a l H a n d l in g

C o a l s e g re g a t io n in b o i le r p l a n t s 523, (D )

807

57

471

57

808

815

14656

169

605

679

158

23

384

337

515

456

146

432

57

761

456

562

330

726

536

822

321

318

271

818

337

519

737

SOCIETY RECORDS—IND EX TO MECHANICAL ENGINEERING, VOL. 66 RI-57

C o e n , H a r r y B .F o r e m a n a s a p a r t o f m a n a g e m e n t ............. 2 4 9

C o e s , H . V.A .S .M .E . P r e s i d e n t ’s p a g e . .8 2 , 1 44 , 2 1 4 ,

2 8 3 , 3 4 2 , 4 2 4 , 4 3 7 , 5 5 6 , 6 2 1 , 6 8 4 , 7 4 6 , 82 1P h o t o g r a p h ................................................................ .. 4 8S u m m a r y o f m a n a g e m e n t p a p e r s ................. 3 2 0T h a n k s A .S .M .E . m e m b e r s ............................... 146W a r t im e r e s e a r c h a n d d e v e lo p m e n t— a

m o ld e r o f e n g in e e r in g ....................................... 29C o l e , L . C .

P r e d ic t in g m a c h in e p r o d u c t i v i t y f o r f u ­t u r e a p p l i c a t i o n s .................................................. 3 8 4

C o l l e c t i v e B a r g a i n i n g . S e e I n d u s t r i a l R e la t io n s .

C o l v in , F . H .H o n o r a r y M . E . d e g r e e ......................................... 823

C o n s e r v a t io nC o n s e r v a t io n in t h e O r d n a n c e D e p a r t ­

m e n t o f t h e A r m y S e rv ic e F o r c e s ........... 119C o n s e r v a t io n o f r e s o u rc e s ( D ) ........................ 2 7 1

C o n s u l t in g E n g in e e r in g G r o u p A .S .M .E .A p p o in t s c o m m i t t e e s ................................... 1 4 1 , 2 8 2

C o n v e y e r s . S e e M a te r ia l s H a n d l in g .C o o l e y , M o r t im e r E .

O b i t u a r y ( E d ) ............................................................ 6 3 0C o o n l e y , H o w a r d

T h e c o n t in u in g n e e d f o r t h e c o n s e r v a t io nof r e s o u rc e s ( A C ) ................................................ 2 7 4

C o r r o s io nC o rro s io n p r o b le m s in a i r c r a f t . .................... 7 9 9C r a c k in g a n d e m b r i t t l e m e n t in b o i l e r s . . . 593 N a t io n a l A s s o c ia t io n o f c o r ro s io n e n g i­

n e e r s ............................................................................. 152C o r s o n , J . J .

M a n p o w e r f o r v i c to r y ( B R ) ............................ 26 9C o u n c il o f A .S .M .E . S ee a lso A .S .M .E .

C o u n c i l.P e r s o n n e l ...........................................................R I - 5 , R I - 8R e p o r t ............................................................................. 32

C o u p l in g sU s e o f r u b b e r in p o w e r -d r iv e l in e s .............. 389

C o y l e , T . G .P o r o u s -c h r o m iu m - p la te d r in g s ( D ) .............. 4 1 4

C r a m e r , R o b e r t , J r .P r o g re s s in g a s -b u r n in g D ie se l e n g in e s

a n d p l a n t s ................................................................ 3 6 9C r a n e s

N e w - ty p e s c re w -lu ff in g c ra n e f o r s h ip ­b u i ld i n g ..................................................................... 5 6 9

C u n n in g h a m , J a m e s D .A w a rd e d d e g re e b y I . I . T .................................... 2 8 1

C u t t e r , W . A .E d u c a t io n f o r s a f e t y . ............................................ 8 1 0

DD a m o n , R . S .

P h i lo s o p h y o f a v i a t i o n ......................................... 13D a v id s o n , K e n n e t h S . M .

H o n o r e d b y S te v e n s I n s t i t u t e of T e c h ­n o lo g y ......................................................................... 555

D a v ie s , A . W .E f f e c t of e n g in e e r in g b r e a k d o w n o n s u b -

a s s e m b ly a n d a s se m b ly - l in e to o lin g . . . 26 D a v i e s , C . E .

E n g in e e r in g e d u c a t i o n .................................... .. .. 8 0 8DE CORIOLIS, E . G .

A p p ly in g p r e p a r e d a tm o s p h e re s t o m e ta lp r o c e s s in g ................................................................. I l l

D e H a v e n , H u g hM e c h a n ic s o f i n ju r y u n d e r fo rc e c o n d i ­

t i o n s ............................................................................. 2 6 4D e m in g , W . E d w a r d s

S o m e p r in c ip le s o f t h e S h e w h a r t m e th o d so f q u a l i t y c o n t r o l ................................................ 173

D i c k s o n , J o h nP o r o u s - c h r o m iu m - p la t e d r in g s ( D ) .............. 41 3

D i e s e l - E l e c t r ic L o c o m o t iv e sR a i lw a y p r o g re s s r e p o r t ...................................... 7 9 3R a t i n g s ............................................................................ 169

D ie s e l E n g in eF u t u r e o f ........................................................................ 8 2 6

D ie s e l E n g i n e F u e l sF u t u r e p r o s p e c ts f o r D ie s e l-e n g in e f u e l s . . 2 4 6 P r o g re s s in g a s - b u r n in g D ie s e l e n g in e s

a n d p l a n t s ................................................................ 3 6 9D ie s e l E n g in e e r s

W a r t im e m e e t in g ...................................................... 279D is a r m a m e n t

P r e s id e n ts o f f ive e n g in e e r in g s o c ie t ie s s u g g e s t p r o g r a m f o r i n d u s t r i a l c o n tr o lo f p o s tw a r G e r m a n y ......................................... 7 4 8

D i s t r i b u t i o n C o n t r o l . S e e M a r k e t in g .

D o h e r t y , R . E .A d d r e s s t o S .P .E .E . ( E d ) ................................... 6 2 9T h e e n g in e e r in g p ro fe s s io n t o m o r r o w . . . . 6 0 2M a d e h o n o r a r y m e m b e r , E . I . C ..................... 28 1

D o n a h e r , F . L .F u e l s a n d p o w e r - p la n t d e s ig n ( D ) .............. 81 3

D o n a l d s o n , W . E .S p e c ia l c o r ro s io n p r o b le m s i n a i r c r a f t . . . 7 9 9

D o s k e r , C . D .L a m in a t in g lu m b e r f o r e x t r e m e s e rv ic e

c o n d i t i o n s .................................................................. 7 6 3D o w n s , S . H .

E le c t e d p r e s id e n t o f A .S .H .& V .E .................. 6 2 0D r e y e r , J o h n F .

C o m p r e g a s a l a m i n a t e d w o o d a n d a s ap l a s t i c .......................................................................... 7 1 0

D r y d e n , H u g h L .W . F , D u r a n d a n n iv e r s a r y v o lu m e ( B R ) . 4 8 4

D u B o is , E u g e n e F .M e d ic a l a s p e c t s o f a v ia t io n ( B R ) ................ 3 3 7

D u n c a n , W il l ia m A .C o n s e r v a t io n o f r e s o u r c e s ( D ) ........................ 2 7 2

D u n k l e , H . H .G a s k e t lo a d in g c o n s t a n t s ( D ) .......................... 7 2

D u r a n d , W . F .W . F . D u r a n d a n n iv e r s a r y v o lu m e ( B R ) . 4 8 4H o n o r e d a t d i n n e r ................................................... 28 1T h e W r ig h t B r o th e r s ( B R ) ............................... 2 7 6

E aton, P aulR equests engineering publications for

C hina (E d )..................................................... 761E conomics

C ritical transition period a fte r V d a y . . . . 105Nazi control of G erm an business (B R ) . . 469Postw ar problem s............................................. 501

E ditorialsA .S.M .E . is doing its jo b .............................. 99A .S .M .E . m em bership lis t ........................... 500Ball, Cooley, and T ru m p .............................. 630C arno t repub lished .......................................... 158Design for s a fe ty .............................................. 229D isarm am ent of G erm any ............................ 687Engineers’ D igest............................................. 4F a ith in th e engineer...................................... 3For balanced edu ca tio n ................................. 761F o r distinguished serv ice ............................... 629F o rty years a g o ................................................. 4Gas tu rb in es .................................................. , . 357H elp save and conserve p a p e r ..................... 38000 jobs for engineers................................... 157M anners m aketh m a n .................................... 357M anufacturing Engineering C o m m itte e . . 230 M assachusetts In s titu te of Technology

book review s.................................................. 499New p rep rin t p rocedure ................................. 100Geo. A. O rro k ........... ........................................ 293P lans to survey and accredit technical

in s titu te s ......................................................... 678Postw ar problem s............................................. 499Problem of unem ploym ent........................... 157Professional m indedness................................ 229P u b lic ity .............................................................. 294R eb irth of a profession.................................. 629Ships nam ed for engineers............................ 3Southern R esearch In s ti tu te ........................ 500Y ou can h e lp ...................................................... 99

E d u c a tio n . See also Engineering E duca­tion .

A m bassador to industry (B R )..................... 76F o r balanced education (E d ) ....................... 761Cooper Union re p o r t .............................................. 761Co-operative program with in d u s try ........ 756E ducation for sa fe ty ....................................... 799Engineering education a fter the w a r......... 403Engineering profession tom orrow .............. 602E .C .P.D v rep o rt on technical in s titu te s 619

R eports on engineering edu ca tio n ......... 804In d u s try ’s responsibility for postcollegiate

educa tion ......................................................... 311Insuring effectiveness in engineering

tra in in g ............................................................ 588N avy tra in ing film p ro g ram ......................... 660Postw ar civilian read justm en t tra in in g . . 590R eb irth of a profession (E d ) ....................... 629Society for th e Prom otion of Engineering

E ducation R eport (E d ) ............................. 358Visual-aids program of U. S. Office of

E d u ca tio n ..................................... ................. 658E lectrical Vibrator

A pplication to feeding, mixing, weighing, packing, drying, and cooling of m ate­ria ls ................................................................................ 715

E lectronicsM aterial for tra in ing course now available 679

E llis , D an iel S.B iography ............................................................ 559

E m b r i t t l e m e n t . See C o r ro s io n .E m p l o y m e n t

E n g in e e r in g S o c ie t ie s P e r s o n n e l S e rv ic e ,I n c . See E n g in e e r in g S o c ie t ie s .

E . C .P .D . r e p o r t o n e m p lo y m e n t c o n d i ­t io n s f o r e n g in e e r s .............................................. 8 0 9

8 0 0 0 jo b s f o r e n g in e e r s ( E d ) ............................ 157E n g i n e e r in g

C o - o p e r a t io n ................................................................ 556D o e s a n e n g in e e r n e e d h is p r o f e s s io n ? . . . 2 5 3 E .C .P .D . r e p o r t s o n e n g in e e r in g s c h o o ls

......................................................................... . . . . 6 1 9 , 8 0 4E n g in e e r in g p r o fe s s io n t o m o r r o w ................. 6 0 2R e b i r t h o f a p ro fe s s io n ( E d ) ............................ 62 9T h e u n w r i t t e n la w s o f e n g in e e r in g :

P a r t 1 W h a t t h e b e g in n e r n e e d s t ol e a r n a t o n c e ...................................................... 3 2 3

. P a r t 2 R e l a t i n g c h ie f ly t o e n g in e e r in ge x e c u t i v e s .................................... ; ..................... 3 9 8

P a r t 3 P u r e ly p e r s o n a l c o n s id e r a t io n sf o r e n g in e e r s ...................................................... 4 5 9

W a r t im e r e s e a r c h a n d d e v e lo p m e n t— am o ld e r o f e n g in e e r in g ....................................... 2 9

E n g i n e e r i n g D r a w in gE n g in e e r in g b r e a k d o w n d r a w in g s a s a id

in to o l in g c h a n g e s .................... .. ............... 23E n g i n e e r i n g E d u c a t i o n . See also E d u ­

c a t io n .B a la n c e d e d u c a t io n ( E d ) ............ ........................ 761E n g in e e r in g e d u c a t io n a f t e r t h e w a r

...................................................................... 4 0 3 , (E d ) 761E .C .P .D . d is c u s s e s w a r a n d p o s tw a r a t i t s

a n n u a l m e e t in g ..................................................... 804S .P .E .E . R e p o r t ( E d ) ........................................... 3 5 8

E n g i n e e r i n g F o u n d a t io nA n n u a l r e p o r t .............................................................. 91O ffice rs e l e c t e d ............................................................ 822

E n g i n e e r i n g I n s t i t u t e o f C a n a d aA n n u a l m e e t in g , 1 9 4 4 ........................................... 2 8 2E . I . C . a n d A .S .M .E . s ig n c o -o p e r a t iv e

a g r e e m e n t .......................................................... 8 1 , 142E n g i n e e r i n g S o c i e t i e s L ib r a r y

A n n u a l r e p o r t .............................................................. 90E l e c t io n o f o f f ic e r s ................................................... 8 2 2L i b r a r y s e r v i c e ........................................................... 2 0 7S t a t i s t i c s ......................................................................... 822W a r D e p a r t m e n t t h a n k s E n g in e e r in g

S o c ie t ie s L i b r a r y .................................................. 491E n g i n e e r i n g S o c i e t i e s P e r s o n n e l S e r v ­

i c e , I n c .P o s i t io n s a v a i l a b le ............................................ 94 ,

1 5 3 , 2 2 5 , 2 8 9 , 3 5 3 , 4 3 3 , 4 9 7 , 5 6 5 , 6 2 5 , 7 5 7 E n g i n e e r i n g S o c ie t y o f C i n c in n a t i

H e r m a n S c h n e id e r M e m o r ia l d e d i c a t e d . . 2 8 2 E n g i n e e r i n g T e c h n ic a l S o c i e t i e s C o u n ­

c ilC h ic a g o T e c h n ic a l S o c ie t ie s C o u n c i l

f o r m e d ......................................................................... 9 3E n g i n e e r i n g W r i t i n g

T h e l a y o u t o f te c h n ic a l p a p e r s ( A ) .............. 8 0 0E n g in e e r s

C r e a t iv e f r e e d o m a n d e n g in e e r s ( C ) ........... 140D e s ig n e n g in e e r a n d h is s t a t u s ( C ) .............. 7 4D o e s a n e n g in e e r n e e d h i s p r o f e s s io n ? , . . 2 5 3 E m p lo y m e n t c o n d i t io n s f o r e n g in e e r s ,

E .C .P .D . r e p o r t .................................................... 80 9F a i t h i n t h e e n g in e e r ( E d ) ................................ 3P r o fe s s io n a l g r o u p o n c o n s u l t in g p r a c t ic e

................................................................................1 41 , 2 8 2P r o fe s s io n a l m in d e d n e s s ( E d ) ......................... 2 2 9R e g i s t r a t i o n i n n a t i o n a l r o s t e r ..............4 3 1 , 4 9 0

E n g i n e e r s ’ C o u n c il f o r P r o f e s s io n a l D e v e l o p m e n t

D i s c u s s e s w a r a n d p o s tw a r a t i t s a n n u a lm e e t in g ................. . . ................................................ 8 0 4

E m p lo y m e n t c o n d i t io n s f o r e n g in e e r s . . . 8 0 9 E n g in e e r in g e d u c a t io n a f t e r t h e w a r ( E d ) 761 P la n s t o s u r v e y a n d a c c r e d i t t e c h n ic a l

i n s t i t u t e s .................................................................... 6 7 8P r o p o s e d c a n o n s o f e t h i c s .................................. 2 0 3R e p o r t o n . t e c h n ic a l i n s t i t u t e s o u t l in e s

s c o p e a n d m in im u m r e q u i r e m e n t s .......... 6 1 9E n g i n e e r s ’ E a r n in g s

C o s t o f r e n d e r in g c o n s u l t in g e n g in e e r in gs e r v i c e s ........................................................................ 2 5 7

E n g i n e e r s ’ S o c ie t y o f W e s t e r n P e n n ­s y l v a n ia

A n n u a l w a te r c o n fe re n c e 1 9 4 4 ........................ 6 7 9E n g in e s

P r o g re s s i n g a s - b u r n in g D ie s e l e n g in e sa n d p l a n t s ................................................................. 3 6 9

J . B . E n n isH o n o r e d b y T h e F r a n k l i n I n s t i t u t e ........... 4 9 2

E n t h a l p yW h o f i r s t u s e d " e n th a l p y ? ” ( C ) ................... 8 1 5

E r ic s o n , V . H .I n c r e a s in g to o l l if e b y b e t t e r to o l f in is h ­

i n g .................................................................................. 107E r n s t , H a n s

H ig h - s p e e d m il l in g w i th n e g a t iv e r a k ea n g le s ........................................................................... 2 9 5

E t h i c sP r o p o s e d c a n o n s o f e t h i c s .................................. 2 0 3

RI-58 SOCIETY RECORDS—IND EX TO MECHANICAL ENGINEERING, VOL. 66

F a r m e r , J . T .S te a m g e n e r a t io n f o r m a r in e a n d s t a t i o n ­

a r y s e rv ic e ( D ) ...................................................... 3 3 0F a t ig u e T e s t in g

B ib l i o g r a p h y ................................................................. 7 2 5M e th o d s a n d e q u i p m e n t ..................................... 7 1 9

F e e d w a t e r T r e a t m e n tB o i le r - w a te r t r e a t m e n t ......................................... 6 3 9

F e l l o w s , C . H .B o i le r - w a te r t r e a t m e n t ......................................... 6 3 9

F e n n e l l y , J o h n F .C r i t i c a l t r a n s i t i o n p e r io d a f t e r V D a y . . . 105

F i e l d , C r o s b yA p p lie d s a f e t y e n g in e e r in g ( B R ) .................. 6 1 6

F in a n c eS t a t e a n d lo c a l f in a n c e ( B R ) ........................... 6 1 1

F i r e P r e v e n t io nN a t io n a l f ire c o d e s f o r f la m m a b le l iq u id s ,

g a s e s , c h e m ic a ls , a n d e x p lo s iv e s ( B R ) . 2 0 7 P r e v e n t i n g w e ld in g a n d c u t t i n g f ire s ( A ) . 152

F it z p a t r ic k , J a m e s R .A l ig h tw e ig h t f lo o r f o r a i r p l a n e s ................... 7 0 5

F l a n d e r s , R . E .T o r e c e iv e H o o v e r m e d a l f o r 1 9 4 4 . . .7 4 9 , 8 2 2

F l i n t , H e r b e r t J .A n e le c t r ic a l v i b r a t o r ............................................ 7 1 5

F l u id F l o wP r e s s u r e lo ss in e lb o w s a n d d u c t b r a n c h e s

( c o r r . ) ........................................................................... 6 1 4F l u i d M e t e r s

V e n tu r i t u b e s a n d V e n tu r i m e t e r s ............... 2 8 4F l u t t e r

T h e M a te r ie l C o m m a n d ’s a p p r o a c h t o t h ef lu t t e r p r o b le m ................................................. 511

B i b l i o g r a p h y . ........................................................ 51 4F o r e m a n T r a i n in g

F o r e m a n a s a p a r t of m a n a g e m e n t .............. 2 4 9F o s t e r , A r c h L .

F u t u r e p r o s p e c t s f o r D ie s e l - e n g m e f u e l s . 2 4 6F o »t e r , H . W .

F a t ig u e - te s t i n g m e th o d s a n d e q u ip m e n t . 71 9F r e e m a n , M . F .

F u e l s a n d p o w e r - p la n t d e s ig n ( D ) .............. 8 1 4F r e e m a n , R a l p h E .

B e t t e r m a n a g e m e n t in g o v e r n m e n t ( B R ) . 3 2 7M .I .T . b o o k r e v ie w s ( E d ) ................................. 49 9

F u e l . S e e a lso C o a l .C o a l s e g re g a t io n in b o i le r p l a n t s ................... 52 3F u e l c o n s e r v a t io n p r o g r a m ( A ) ...................... 68F u e l in v e s t ig a t io n s h o u ld p r e c e d e p o w e r -

p l a n t d e s ig n ............................................... 51 9F u e l s a n d f u e l r e s e a r c h in G r e a t B r i ta i n

( D ) ................................................................................. 3 3 2F u e ls a n d p o w e r - p la n t d e s ig n ........................ 81 3H o w m u c h o il h a v e w e? ( A ) .............................. 68J o i n t A .S .M .E . - A .I .M .E . F u e l s C o n f e r ­

e n c e ......................................................................6 2 0 , 8 2 0N ic h o lls A w a rd p r e s e n t e d .................................... 8 2 0

F u e l S y s t e m — A ir c r a f tS e a lin g a v ia t io n , f u e l - s y s te m e q u i p m e n t . . 663

F u r n a c e sA p p ly in g p r e p a r e d a tm o s p h e r e s t o m e ta l

p r o c e s s in g ....................................................... • • • . H IA .S .M .E . C o m m i t te e o n I n d u s t r i a l F u r ­

n a c e s a n d K i ln s e x p a n d s .................t ............. 751I n d u c t i o n f u r n a c e f o r m e l t in g a lu m i n u m . 73 1 R e c e n t d e v e lo p m e n ts i n i n d u s t r i a l f u r ­

n a c e s ............................................................................. 6 0 9S te a m g e n e r a t io n f o r m a r in e a n d s t a ­

t io n a r y s e r v i c e ....................................................... 3 2 8

G a g g , R. F.Vice-president, new m em ber of c o u n c il.. 57

G a s P r o d u c e r sFuels and fuel research in G reat B rita in

(D ) .................................................................... 332G a s T u r b in e s

Basic gas-turbine p lan t and some of itsv a ria n ts ............................................................ 373

G as-turbine locomotives for main-lineserv ice .............................. ............................... 689

G as-turb ine road locom otive........................ 697Gas turb ines (E d ) ........................................t - • 357Gas turb ines for locom otives an d ships

(A )..................................................................... 70P resen t s ta tu s and fu tu re p rospects ......... 363

G a s k e t sLoading constan ts (D ) ................................... 72

G a s o l in eP roducing super av ia tion gasoline............. 216

G a t e s , R. M . See Presiden t’s Page.P h o to g rap h ......................................................... 49Receives honorary degree............................. 341

G e a r sS tandard le tte r sym bols for gear engi­

neering ............................................................. 152G il b r e t h , F r a n k B.

Receives G an tt M edal posthum ously .. . . 491 G il b r e t h , L il l i a n M.

Biomechanics— a field for m a n ag em en t.. 318Receives G a n tt m edal.................................... 491

G l u e d - L a m in a t e d C o n s t r u c t i o n . See also Wood.

Glued lam inated lu m b e r .. . . 756, 763 (D) 415 G o ld

W hat is gold worth? (A )............................... 71G o l d e n , C l in t o n S.

A ttitudes tow ard m ethods im p ro v em en t. 465 G o t w a l s , C. S.

Q uality control a useful m anagem ent tool 319 G o v e r n m e n t

B etter m anagem ent in governm ent.......... 327M anagem ent in governm ent........................ 320Nazi control of G erm an business (B R ). . 469

G o v e r n o r sSpecification for prim e-m over speed gov­

ern ing ............................................................... 752G r a f , S. H.

M anager, new m ember of council.............. 57G r a t z , C h a r l e s M u r r a y

Biomechanics— a new approach to a ir­plane sa fe ty .................................................... 313

G r i f f i t h s , G e o r g e H.Visual-aids program of the U. S. Office of

E d u ca tio n ..........................:................... . 658G r ig g s , F . E* P.

C onservation of resources (D ).................... 273G r in d in g

Increasing tool life b y b e tte r tool finishing 107 Tool control a t th e P uge t Sound N avy

Y a rd ................................................................. 631G r in d in g W h e e l s

Dressing grinding wheels............................... 779S tandards availab le ......................................... 7 50

HH a a g , J o s e p h , J r .

H onored by Stevens In s titu te of Tech­nology .............................................................. 555

H a l t e r m a n , J . S.Factors to sim plify tooling and assembly

in airp lane design ......................................... 28H a m m o n d , H . P.

A m bassador to industry (B R ).................... 76H a n d ic a p p e d W o r k e r s

A practical program for hum an rehabili­ta t io n ................................................................ 178

H a n r a h a n , F r a n k J .G lued-lam inated lum ber construction

(A C )................................................................. 4 1 5Postw ar availability and use of w ood. . . . 6 49

H a r d S u r f a c i n gC utting-tool perform ance: increasing tool

life of m achine pa rts by com bination of chrom ium p la ting and a fte rtrea tm en tb y Lundbye process.................................... 536

Flash chrome p la ting to size ........................ 726N itrid ing hardened high-speed-steel tools 5 39

H a r l o w , W il l ia m M.M icrostructure of high-density plyw ood. 6 5 6

H a v e n s , G. G.M etlbond— a m etal adhesive for a irc ra ft. 713

H e a t I n s u l a t io nR ationalizing therm al-insulation dim en­

s ions.................................................................. 4 8 0H e a t T r a n s f e r

H eat-transfer d a ta ........................................... 2 5 4H e a t - T r e a t m e n t

Applying prepared atm ospheres to m etalprocessing....................................................... I l l

H eating of steel in controlled a tm os­pheres............................................................... 7 2 7

Notes on recent trends and uses of alloystee ls ................................................................. 543

H e i n z , W . B .Instrum en ta tion and control in th e textile

i n d u s t r y ...................................................................... 451H e l ic o p t e r s

D irect-lift a irc ra ft............................................ 5 09H elicopter design (B R ).................................. 8 1 8

H e r r o n , J a m e s H .Receives honorary d eg T ee ................................... 146

H il l , W il l ia m E.Scientific m ethods of d is tribu tion .............. 183

H oisting M achineryNew type screw-luffing crane for ship­

bu ild ing .......................................................... 569H olden , P aul E.

Reconversion will present challenge......... 3 19H olmes, J . Q.

Using negative rake tools in a ircraft-partsproduction ...................................................... 57 6

H onors and AwardsA .S.M .E . M edal......................................... 56 , 745F. Paul Anderson M edal.............................. 146Jam es D . Cunningham honored................. 281W. F. D urand honored .................................. 281Edison M edal aw arded .................................. 146F araday M edal aw arded ............................... 2 81John F ritz M edal.......................................56 , 823G a n tt M edal................................................56 , 491Guggenheim M edal aw arded ...............2 8 1 , 8 2 2H anlon A w ard .................................................. 492George R . H enderson M edal........................ 492Holley M edal.................................................... 56H onorary members of th e A .S .M .E ......... 57Hoover M edal aw arded .........................7 4 9 , 822In stitu tion of H eating and Ventilating

Engineers (London) M edal aw arded . . 146F rank B. Jew ett Fellow ship........................ 8 2 3Jun io r A w ard.................................................... 66Lam m e M edal aw arded ............................... 282Louis E . Levy M edal..................................... 492Charles T . M ain A w ard................................ 56M ead and D oherty honored........................ 281Jam es T urner M orehead M edal................. 224Newcomen M edal, first aw ard .................... 223New England A w ard...................................... 423N icaraguan M edal of D istinction awarded 284Nicholls A w ard................................................. 820Alfred Noble P rize .......................................... 56O rdnance Distinguished Service A w ard . .

.........................................................6 2 9 , 6 7 4 ,6 7 9 , 756Power Division A w ard ... .v. ......................... 822President G ates honored ............................... 341R ichards M emorial A w ard........................... 426Sylvanus A lbert Reed A w ard ...................... 81M rs. E dw ard C. M. S tah l honored ........... 21 3Stevens A lum ni Association M edal, first

aw ard ............................................................... 21 3Stevens honors three A .S.M .E. m em bers. 5 5 5Tow nsend H arris M edal aw arded .............. 81U ndergraduate S tuden t A w ard.................. 56W arner M edal................................................... 56

H o opes, P . R .H istory of music boxes (B R )...................... 3 3 7Jacob Perkins; his inventions, his times,

and his contem poraries (B R ).................. 4 8 5Six Q uaker clockmakers (B R ).................... 3 3 7

H ottel , H. C.R ecent developm ents in industria l fu r­

naces ................................................................ 6 0 9H oughton, F . C.

Awarded F . Pau l Anderson M edal........... 146H ovgard, P . E .

Biomechanics— a new approach to a ir­plane safety (D ) .......................................... 613

H o x ie , W illiam D .Ship nam ed for form er A .S.M .E. m em ber 492

H udson , W . G.Conveyers and related equipm ent (B R ). 547

H uston , H . C.Coal segregation (D ) ...................................... 737

H utton , W. L.Receives U ndergraduate S tudent A w ard. 56

II l l u m i n a t i n g ^E n g in e e r in g S o c ie t y

To sponsor lighting research-program . . . . 750 I n d u s t r ia l -D e v e l o p m e n t

W artim e research and developm ent— am older of engineering................................ 29

W hat postw ar C hina hopes for from U. S.engineers......................................................... 456

I n d u s t r ia l E n g in e e r in gBibliography availab le ................................... 754

I n d u s t r ia l F u r n a c e s . See Furnaces. I n d u s t r ia l P l a n t L a y o u t

Three-dimensional p lanning...................... .. 774I n d u s t r ia l P r o d u c t io n . See also W age

Incentives.I n d u s t r ia l R e l a t io n s . See also Labor.

A ttitudes tow ard m ethods im provem en t. 465 Grow th pains of industria l psychology

(B R )................................................................ 200Industria l relations (A )................................. 137M anners m aketh m an (E d )......................... 357M anpow er problem (B R )............................. 289M ethods im provem ent from th e view­

po in t of the co nsu ltan t............................. 463Should unions be m ade responsible?......... 21Union m em bership and collective b a r­

gaining by forem en..................................... 251

SOCIETY RECORDS—IND EX TO MECHANICAL ENGINEERING, VOL. 66 RI-59

I n d u s t r i a l R e l a t i o n s (c o n tin u e d )T h e u n w r i t t e n la w s o f e n g in e e r in g :

P a r t 1 W h a t t h e b e g in n e r n e e d s tole a r n a t o n c e ..................................................... 32 3

P a r t 2 R e la t i n g c h ie f ly t o e n g in e e r in ge x e c u t iv e s ............................................................ 3 9 8

P a r t 3 P u r e ly p e r s o n a l c o n s id e r a t io n sf o r e n g in e e r s ...................................................... 45 9

W a r t im e p o p u la t i o n s h i f t s ................................ 70W h a t p o s tw a r C h in a h o p e s f o r f ro m

U . S . e n g in e e r s ...................................................... 4 5 6I n d u s t r i a l T r a i n i n g . S e e a lso E d u c a t io n ,

W a g e In c e n t iv e s .I n d u s t r y ’s r e s p o n s ib i l i ty f o r p o s tc o l le g i -

a t e e d u c a t i o n ........................................................... 31 1I n s u r in g e ff e c tiv e n e s s in e n g in e e r in g

t r a i n i n g ....................................................................... 5 8 8P o s tw a r c iv i l ia n r e a d j u s tm e n t t r a i n in g . . 5 9 0 V is u a l- a id s p r o g r a m o f t h e U * S . O ffice

o f E d u c a t i o n ........................................................... 6 5 8I n d u s t r y

P o s tw a r p r o b le m s ..................................................... 501T e x t i l e .................................................................... 2 8 2 , 451A s u g g e s t io n s y s te m t h a t w o r k s .................... 6 3 8

I n s p e c t io nA , B , C o f q u a l i t y c o n t r o l .................................. 529

I n s t i t u t e o f t h e A e r o n a u t ic a l S c ie n c e sE le c t s o f f ic e rs .............................................................. 2 2 4

I n s t r u m e n t sT h e A n d e ro m e f te r— A n i n s t r u m e n t fo r

p r o d u c t io n - t e s t in g of b a l l b e a r in g s fo r d e v ia t io n s f ro m c i r c u la r i ty o f b a lls a n dr a c e s ............................................................................. 5 1 5

I n s t r u m e n t a t i o n a n d c o n tr o l in t h e t e x t i lei n d u s t r y ..................................................................... 451

I n s u l a t io nR a t io n a l iz in g th e r m a l - in s u la t io n d im e n ­

s io n s .............................................................................. 4 8 0I n t e r n a t io n a l F e d e r a t io n o f E n g i n e e r ­

in g I n s t i t u t io n sO r g a n iz a t io n c o m m it te e a p p o in t e d ............. 752

I n v e n t io nH o w c a n w e d e v e lo p i n v e n t o r s ? ................... 23 1J a c o b P e r k in s ; h is in v e n t io n s , h is t im e s ,

a n d h is c o n te m p o ra r ie s ( B R ) ..................... 48 5P r o b le m s in w h ic h A r m y is i n t e r e s t e d .4 3 1 , 75 0 S o m e p s y c h o lo g ic a l f a c to r s f a v o r in g

i n d u s t r ia l i n v e n t iv e n e s s .................................. 159I n v e n t o r s

H o w c a n w e d e v e lo p i n v e n t o r s ? ................... 23 1S u g g e s tio n s to , b y N a t io n a l I n v e n t o r s ’

C o u n c i l ....................................................................... 431

JJ a c k s

New standard safety code............................ 81J a c k s o n , D. C.

E .C .P .D . proposed canons of e th ic s ......... 203J a r r e t t , T r a c y C.

Cylinder add ring life w ith porous-chrom ium -plated rings (A C )................... 415

J e t P r o p u l s io nM ethod of a ircraft p ropulsion ..................... 66

J o in t sGasket loading constants (D ) .................... 72

J o k l , E r n s tM edical aspects of av ia tio n ......................... 337

J o l l e y , M . P .Conservation of resources (D ).................... 273

J u d k in s , M a l c o l m F.Chip control w ith sintered-carbide-tipped

tools.................................................................. 201JURAN, J . M .

A, B, C of qua lity con tro l............................ 529A challenge to b e tte r m anagem ent (B R ). 327 M ethods im provem ent (D ).......................... 671

KK a z e n , M. C.

Receives Charles T. M ain A w ard ... 56K e e f e r , K. B.

A suggestion system th a t w orks. . . . . . . . 638K e h o e , A r t h u r H.

Awarded Lamme M edal...................... ___ 282K e l l y , F. C.

The W right B rothers (B R )................. . . . . 276K e r r , A. J .

B iography..................................................K e t t e r in g , C h a s . F.

How can we develop inven to rs? ........ ___ 231Receives A .S.M .E. M edal, 1940; the

K e y e s , D . B .Succeeds D avis as O .P .R .D , d irector. . . . 620

K e y s , R o b e r t H.U nion m em bership and collective b a r­

gaining by forem en..................................... 251K il g o r e B il l

A .S.M .E . Council opposes........................... 45K im b a l l , D e x t e r S.

Econom ic freedom a t s ta k e ......................... 319Receives G an tt M ed a l................................... 56

K i n g , W . J .The unw ritten laws of engineering*.

P a r t 1 W hat th e beginner needs tolearn a t once............. , ............................. 323

P a r t 2 R elating chiefly to engineeringexecutives................................................... 398

P a r t 3 Purely personal considerationsfor engineers.............................................. 459

K l e m in , A l e x a n d e rBiomechanics— a new approach to a ir­

plane safety (D ) ........................................... 614K l i n e , G. M.

Advances in plastics during 1943.............. 235K l u m p p , J o h n B .

Honored by Stevens In s titu te of T ech­nology.............................................................. 555

K n a u s s , A . C.Lam inating lum ber for extrem e service

conditions....................................................... 763K n i c k e r b o c k e r , I r v in g

Recom m ended (B R )....................................... 133K o t z e b u e , M. H.

Receives H anlon A w a rd ............................... 492K r e y e r , J . C.

Inflatable lifesaving ra fts in the war effort 121 K r o n e n b e r g , M.

C utting-angle relationships on m etal-cu tting tools (A C )....................................... 669

K u s h n ic k , W m . H.M anagem ent in governm ent................. 320

LL a b o r P r o b l e m s . See a lso I n d u s t r i a l R e ­

l a t i o n s .T h e m a n p o w e r p r o b le m ( B R ) ........................ 2 6 9S h o u ld u n io n s b e m a d e “ r e s p o n s ib le ? ”

( B R ) ............................................................................. 21W h a t t o d o a b o u t a b s e n te e is m ( A ) .............. 136

L a m i n a t e d W o o d . See P ly w o o d , W o o d .L a n g e r , W . C .

P s y c h o lo g y a n d h u m a n l iv in g ( B R ) ........... 133L a n g m u ir , I r v in g

A w a rd e d F a r a d a y M e d a l ................................... 2 8 1L a r k i n , D a v id

B i o g r a p h y ...................................................................... 5 5 8L a z a n , B . J.

R e c e iv e s A lf re d N o b le P r i z e ............................ 56L e v e r i d g e , W, J .

D e s ig n e n g in e e r a n d h i s s t a t u s ( C ) .............. 74L e v y , J.

T h e h a p p y f a m i ly ( B R ) ...................................... 133L e w i s , T h o r n t o n

C o n s e r v a t io n i n t h e O r d n a n c e D e p a r t ­m e n t of t h e A r m y S e rv ic e F o r c e s ........... 119

L i b r a r y , E n g i n e e r i n g . See E n g in e e r in g S o c ie t ie s L ib r a r y .

L i f e R a f t sI n f l a ta b l e l i f e s a v in g r a f t s i n t h e w a r

e f f o r t ............................................................................. 121M e ta l l if e r a f t .............................................................. 5 0 0

L i n c o l n , J . F .T h e v a lu e o f “ t e a m w o r k ” .................................. 199W e ld in g a n d r i v e t in g c o m p a r e d ( C ) ........... 6 1 4

L i n d e r m a n , H . C .C o a l s e g re g a t io n ( D ) .............................................. 7 3 7

L i s k a , J . W .A d v a n c e s in r u b b e r d u r in g 1 9 4 3 .................. 2 4 1

L it t l e w o o d , W il l ia mA p p o in t e d t o N .A .C .A .......................................... 2 8 1

L o c a l S e c t io n sN a t io n a l c o n fe re n c e o f g r o u p d e l e g a t e s . . 79N e w s ............ 8 3 , 9 5 , 1 47 , 1 52 , 2 1 5 , 2 2 4 , 2 8 5 ,

2 8 6 , 3 4 6 , 4 2 7 , 4 9 3 , 5 6 0 , 6 2 2 , 6 8 0 , 7 5 3 , 82 4 L o c o m o t iv e s

P r o g re s s in r a i lw a y m e c h a n ic a l e n g in e e r ­i n g ............................................................... .................. 78 3

L o c o m o t iv e s , D i e s e l - E l e c t r icD ie s e l - e le c tr ic lo c o m o t iv e r a t i n g s ................ 169P r o g re s s r e p o r t ........................................................... 793

L o c o m o t i v e s — G a s T u r b i n e . S ee also G a s T u r b in e .

G a s - tu r b in e lo c o m o tiv e s f o r m a in - lin es e r v ic e ......................................................................... 6 8 9

P r o s p e c t s f o r t h e g a s - tu r b in e lo c o m o t iv e ( A ) ................................................................................. 71

L o c o m o t iv e s — S t e a mSteam locomotives for U. S. A rm y........... 7 9 2

L o u d e n , J . K .M ethods im provem ent from the view­

po in t of m anagem ent................... ............. 46 7L o u is i a n a E n g i n e e r i n g S o c ie t y

M eets in New O rleans................................... 94L o v e l y , J o h n E .

B iography .................................................. .. 559L u b r ic a t i o n

Lubrication of industria l and m arinem achinery (B R )........................................... 2 7 7

L u c e , F o s t e rDelignified im pregnated w ood..................... 6 5 4

L u c h t , F r e d W.Cem ented-carbide-tipped milling cutters

elem ents to be considered in millingstee l................................................................... 192

High-speed milling (D ).................................. 7 3 8Two exam ples of high-speed m illing......... 30 3

L u c k e , C. E .Receives Tow nsend H arris M ed a l............. 81

L u m b e r . See also Wood.L am inating lum ber for extrem e service

conditions........................................................ 7 6 3L u n d b y e , A x e l E .

C utting-tool perform ance: increasing tool life and life of m achine p a rts by com bination of chrom ium p la ting and a fte rtrea tm en t by L undbye process. . . . 5 3 6

L y p e , E r ic F .H eat-transfer d a ta ........................................... 2 5 4

MM a c h in e D e s ig n

P r e d ic t in g m a c h in e p r o d u c t i v i t y fo rf u t u r e a p p l i c a t i o n s ........................................... 3 8 4

M a c h in e T o o l sC h ip c o n t r o l w i th s in t e r e d c a r b id e - t ip p e d

t o o l s .............................................................................. 201C u t t i n g - to o l p e r f o r m a n c e : in c r e a s in g

to o l l if e a n d l if e o f m a c h in e p a r t s b y c o m b in a t io n o f c h ro m iu m p l a t i n g a n d a f t e r t r e a t m e n t b y L u n d b y e p r o c e s s . . . 536

C u t t i n g to o ls ( D ) ...................................................... 4 8 2I n c r e a s in g t o o l l if e b y b e t t e r to o l f in is h ­

i n g .................................................................................. 107N i t r i d in g h a r d e n e d h ig h -s p e e d -s te e l t o o l s . 5 3 9 T o o l- l ife t e s t s — p r o p o s e d s t a n d a r d . . . . . . 130U s in g n e g a t iv e r a k e to o ls in a i r c r a f t - p a r t s

p r o d u c t i o n ................................................................ 576M a c Q u ig g , C . E .

A w a rd e d J a m e s T u r n e r M o re h e a d M e d a l . 2 2 4 M a g d e b u r g e r , E . C .

C r e a t iv e f r e e d o m a n d e n g in e e r s ( C ) ........... 140M a in t e n a n c e

T o o l c o n t r o l p r a c t ic e d a t t h e P u g e tS o u n d N a v y Y a r d .............................................. 631

M a l l ic k , R . W .M a te r i a l h a n d l i n g .............................4 4 7 , (A C ) 6 7 1T h r e e - d im e n s io n a l p l a n n i n g .............................. 7 7 4

M a n a g e m e n tB e t t e r m a n a g e m e n t i n g o v e r n m e n t ........... 3 2 7B io m e c h a n ic s — a f ie ld f o r m a n a g e m e n t . . 3 1 8E c o n o m ic f r e e d o m a t s t a k e .............................. 3 1 9F o r e m a n a s a p a r t o f m a n a g e m e n t .............. 2 4 9I n d u s t r i a l e n g in e e r in g b ib l io g r a p h y a v a i l ­

a b l e ................................................................................ 75 4T h e jo b a h e a d f o r m a n a g e m e n t ..................... 317K n o w - h o w f o r d i r e c t i o n o f i n d u s t r y is

n e e d e d .......................................................................... 3 1 8M a n a g e m e n t c o n tr o l i n t h e A r m y S e rv ic e

F o r c e s .......................................................................... 3 0 5M a n a g e m e n t i n g o v e r n m e n t ............................ 3 2 0M a n a g e m e n t m u s t im p r o v e f a u l t y p r a c ­

t i c e s ............................................................................... 3 1 9M a n a g e m e n t ’s j o b g o e s o n f o r e v e r . . . . . . 3 1 7M a n a g e m e n t ’s j o b is m u l t id im e n s io n a l

a n d c o m p le x ............................................................ 3 1 7O n e j o b a h e a d — a m o re e q u i t a b le b a s is

fo r t h e p a y m e n t o f w a g e s ............................. 3 1 8Q u a l i ty c o n t r o l a u s e fu l m a n a g e m e n t to o l 319R e c o n v e rs io n w ill p r e s e n t c h a l l e n g e ........... 31 9A s u g g e s t io n s y s te m t h a t w o r k s ................... 6 3 8S u m m a r y o f m a n a g e m e n t p a p e r s ................. 3 2 0T h e u n w r i t t e n la w s o f e n g in e e r in g . P a r t

2— r e l a t i n g c h ie f ly t o e n g in e e r in g e x ­e c u t i v e s 3 9 8

W a g e in c e n t iv e s u n d e r w a r t im e c o n d i ­t i o n s ............................................................................-v 115

M a n p o w e rT h e m a n p o w e r p r o b le m ( B R ) ........................ 26 9

M a n s e a u , B .R a is in g o f t h e U . S . S . “ L a f a y e t t e ” ........... 5

M a n u f a c t u r i n g . See also A ir p la n e M a n u ­f a c tu r e .

M a te r ia l s s t a n d a r d i z a t i o n .................................. 259

RI-60 SOCIETY RECORDS—IN D EX TO MECHANICAL ENGINEERING, VOL. 66

M a r i n e E n g in e e r in gN e w t y p e s c re w lu ff in g c r a n e f o r s h ip ­

b u i ld i n g .................................: ............................ • • • 5 6 9S te a m g e n e r a t io n f o r m a r in e a n d s t a t i o n ­

a r y s e rv ic e i n t h e U . S ..................................... 3 2 8M a r k e t i n g

S c ie n t i f ic m e th o d s o f d i s t r i b u t i o n ................. 183M a r k h a m , S . F . ,

C l im a te a n d t h e e n e rg y o f n a t i o n s ( B R ) . 8 1 8 M a r k l , A . R . C .

G a s k e t lo a d in g c o n s t a n t s ( A C ) ..................... 73M a r t in , G . N .

S te a m g e n e r a t io n f o r m a r in e a n d s t a t i o n ­a r y s e rv ic e ( D ) ...................................................... 3 2 8

M a r v e l , C a r l S . . . . E le c te d p r e s id e n t o f t h e A m e r ic a n C h e m i­

c a l S o c ie ty f o r 1 9 4 5 ........................................... 146M a s l o w , A . H .

P r in c ip le s o f a b n o r m a l p s y c h o lo g y ( B R ) . 133 M a m P r o d u c t io n

D e s ig n f o r m a s s p r o d u c t i o n .............................. 2 2M a t e r ia l s H a n d l in g

A .S .M .E . d is c u s s io n o f N a v y m e t h o d s . . . 2 1 9 C o n v e y e r s a n d r e l a t e d e q u ip m e n t ( B R ) . 5 4 7E le c t r ic a l v i b r a t o r ........................................... .. 7 1 5M a te r ia l h a n d l i n g .................................4 4 7 , ( D ) 6 7 0

M a t h e w s R* T P e r f o r m a n c e o f W a t t s B a r S t e a m S t a t i o n

o f T V A ........................................................................ 4 7 1M a w , R . L . 4 ,

I n s u r i n g e f f e c t iv e n e s s i n e n g in e e r in gt r a i n i n g ....................................................................... 5 8 8

M a y n a r d , H a r o l d B .M a n a g e m e n t m u s t i m p r o v e f a u l t y p r a c ­

t i c e s .................................................................... ; • * • 3 1 9M e th o d s im p r o v e m e n t f r o m t h e v ie w ­

p o i n t o f t h e c o n s u l t a n t .................................... 4 6 3M cC r o n e , H . W .

A p p l ie d s a f e t y e n g in e e r in g ( B R ) .................. 6 1 6M c E a c h e r n , J . E .

A w a rd e d N i c a r a g u a n M e d a l o f D i s t i n c ­t i o n ................................................................................. 2 8 4

M c E a c h r o n , K . B ., J r .I n d u s t r y ’s r e s p o n s ib i l i ty f o r p o s tc o l le g i-

a t e e d u c a t i o n ........................................................... 311M c E w a n , T h o m a s S .

B i o g r a p h y ....................................................................... 559M c G r e g o r , D o u g l a s

G r o w th p a in s o f i n d u s t r i a l p s y c h o lo g y ( B R ) .............................................................................. 2 0 0

M c M u r r y , R . N .H a n d l in g p e r s o n a l i ty a d j u s t m e n t in

i n d u s t r y ( B R ) ........................................................ 2 0 0M e a d , D . W .

M a d e h o n o r a r y m e m b e r , E . I . C ..................... 2 8 1M e c h a n ic s . M e c h a n ic s u n i t s ( C ) ................... 2 7 5M e d a l s . S e e H o n o r s a n d A w a rd s .M e m o r y , N . H .

R e c e iv e s S t e v e n s A lu m n i A s s o c ia t io nM e d a l ........................................................................... 2 1 3

M e t a l C o n s e r v a t io nO r d n a n c e D e p a r t m e n t ......................................... 119

M e t a l C u t t in gC e m e n te d - c a r b id e - t i p p e d m il l in g c u t t e r s

e le m e n ts t o b e c o n s id e r e d in m il l in gs t e e l ....................................................................... • 192

C h ip c o n tr o l w i th s in t e r e d - c a r b id e -t ip p e d t o o l s .............................................................. 2 0 1

C h ip d i s p o s a l m e t h o d s ......................................... 163C u t t in g - a n g le r e l a t io n s h ip s o n m e ta l-

c u t t i n g to o ls ( D ) ............................ #.................... 6 6 8D e te r m in in g t o o l e ff ic ie n c y in h ig h -s p e e d

m i l l i n g ......................................... ................................ ^ 0 1D e te r m in in g to o l f o rc e s in h ig h -s p e e d

m il lin g b y t h e r m o a n a l y s i s ............................. 4 3 9H ig h - s p e e d m il l in g ( D ) .......... ...................• • • • ? 3 8H ig h - s p e e d m il l in g o f s te e l w i th c a r b id e s . 3 0 4 H ig h - s p e e d m il l in g w i th n e g a t iv e r a k e

a n g le s ........................................................................... 2 9 5M il l in g c u t t e r s a s c u t t i n g t o o l s ...................... 3 0 0T o o l c o n tr o l a t P u g e t S o u n d N a v y Y a r d . 631T o o l- l i fe t e s t s ............................................................... 130T w o e x a m p le s o f h ig h -s p e e d m i l l in g ........... 30 3U s in g n e g a t iv e r a k e to o ls i n a i r c r a f t -

p a r t s p r o d u c t i o n ................................................... 57 6W a r P r o d u c t i o n C o m m i t te e R e p o r t ( E d ) . 2 3 0

M e t a l D r a w in gE f f e c t o f s h a p e o n t h e f o r m a b i l i t y o f d e e p -

d r a w n s h e e t - m e t a l p a r t s ................................. 6 4 3M e t a l E x t r u d i n g . S t e p p e d e x t r u s io n s ( D ) 8 1 5 M e t a l F i n i s h i n g . S e e G r in d in g .M e t a l P R O cessiN G

A p p ly in g p r e p a r e d a tm o s p h e r e s ................... I l lM e t a l T e s t in g — F a t i g u e

B ib l i o g r a p h y .............................................. t................. 7 2 5F a t ig u e - t e s t i n g m e th o d s a n d e q u ip m e n t . 7 1 9

M e t a l w o r k in gS e t t i n g to le r a n c e s s c ie n t i f i c a l ly ................... 80 1

M e t h o d s E n g i n e e r in g A t t i t u d e s t o w a r d m e th o d s i m p r o v e m e n t . 4 6 5 M e th o d s i m p r o v e m e n t ( D ) .............................. 67 1

M e t h o d s E n g i n e e r i n g (continued)M ethods im provem ent from th e view­

po in t of the co n su ltan t.............................. 463M ethods im provem ent from th e view­

point of m anagem ent................................. 467W ork m ethods m anual (B R )....................... 547

M ic r o f il m sSent to Chinese engineers (E d ) .................. 761

M id w e s t P o w e r C o n f e r e n c eChicago m eeting .................................. .. .219, 279

M il l e r , R a l p hPorous-chrom ium -plated rings (D ) ........... 413

M i l l i n g . See M e ta l C u t t i n g .M i t c h e l l , R . A.

Shell forging on bulldozers (D ) .................. 73M it t l e m a n , B.

Principles of abnorm al psychology (B R ). 133 M o r g a n , D. W . R .

V ice-president, new m em ber of c o u n c il.. 57 M o r r is o n , J . G.

N itrid ing hardened high-speed-steel tools 539 M o r t o n , B. B.

N otes on recen t trends and uses of alloys t e e l s ................................................................. 543

M o s o r ia c k , R.The curious h istory of music boxes, (B R ). 337

M oss, S. A.Receives New E ngland A w ard ................... 423Receives Sylvanus A lbert Reed A w ard .. 81

M o t i o n P ic t u r e sN avy tra in ing film prog ram ........................ 661V isual-aids program of the U . S. Office

of E d u ca tio n .................................................. 658M o t i o n S t u d y . See Tim e and M otion

Study.M o u l t o n , R . S.

N ational F ire Codes for Flam m able Liquids, Gases, Chem icals, and E x­plosives............................................................ 207

M u e l l e r , E . F.N a th an S. Osborne (O b itu a ry ) .................. 334

M u m f o b d , A. R.S team generation for m arine and s ta ­

tionary service (D ) ...................................... 330M u n d e l , M a r v in E .

D ynam ics of tim e s tu d y (B R ).................... 615M u n i t i o n s . See also Ordnance.

Q uality contro l in m anufacture of sm all-arm s am m unition ......................................... 179

M u n r o e , R.T he happy fam ily (B R ).................. ,............. 133

M u s i c B o x e sH istory of music boxes (B R )....................... 337

M y e r s , C h a r l e s A.The m anpow er problem (B R )..................... 269

M y e r s , D a v id M o f f a tGeo. A. Orrok (C )........................................... 613

N i t r i d i n g . See H ard Surfacing.N o l a n , R . R .

A pplication of lofting and m aster tem ­plate to tool design..................................... 26

N o t e o n F it t i n g a P h y s ic a l P r o p e r t y M o r t a l it y C u r v e

J. L. B rennan (corr.)...................................... 140N o y e s , J . A.

Vice-president, new m ember of cou n cil.. 57

NN a t io n a l A c a d e m y o f S c ie n c e s

F rank B. Jew ett Fellow ship......................... 823N a t io n a l A d v is o r y C o m m it t e e f o r

A e r o n a u t ic sM eeting in W ashington ................................. 490

N a t io n a l A s s o c ia t io n o f C o r r o s io n E n g in e e r s

New organization ............................................. 152N a t io n a l I n v e n t o r s C o u n c il

List of suggestions to inven to rs ......... 431, 750N a t io n a l R o s t e r o f S c i e n t i f i c a n d

S p e c i a l iz e d P e r s o n n e lR egistry w ith .............................................431, 490

N a v a l T r a i n in gN avy training-film production program . 660

N a v y M a t e r ia l s H a n d l in gM ethods d iscussed........................................... 219

N a v y P n e u m a t i c C h is e lTool control a t P uge t Sound N avy Y ard . 631

N e w b u r y , F r a n k D.Postw ar problem s............................................ 501

N e w c o m e n M e d a lA w arded to A dm iral B ow en......................... 223

N e w E n g l a n d A w a r dPresented to S. A. M oss................................ 423

N ic h o l s , W . M .Porous-chrom ium -plated rings (D ) ........... 413

N ic h o l l s A w a r dPresen ted to J . B . M orrow ...................... .... 820

N i c k e r s o n , J . W .W age incentives under w artim e condi­

tio n s .................................................................. H 5N i k o l s k y , A. A.

N otes on helicopter design theory (B R ). 818

OO l i v e r , F r a n k »J.

Chip-disposal m ethods................................... 163O r d n a n c e

A rm y O rdnance in the Southw est Pacific. 505 C onservation in the O rdnance D epart­

m ent of the A rm y Service Forces......... 119Design for m ass p roduction .......................... 22Distinguished Service Award

Presented to A .S.M .E. (E d ) ........... 629, 674Presented to Carnegie In s ti tu te ........... 679Presented to P u rd u e .................................. 756Photograph of C ertificate................ 628

Gun a t M organ Sm ith p lan t (P ) ................ 568Guns a t W estinghouse p lan t (P ) ............... 436Keying research to b a ttle ............................. 359O rdnance D epartm ent needs mechanical

engineers......................................................... 224Quality control in m anufacture of small-

arm s am m unition ........................................ 179W inning battles by bom bing...................... 101

O r g a n iz a t io nO rganization coun ts ........................................ 821

O r r o k , G e o . A.O bituary (E d ).............................................. . . 293

O s b o r n e , N a t h a n S.O b itu a ry ............................................................. 333

P a p e r M a n u f a c t u r eL e c tu r e b e fo r e E n g in e e r in g A ss o c ia t io n

o f H a w a i i .................................................................. 93P a r k , C l y d e W .

A m b a s s a d o r to I n d u s t r y ( B R ) ...................... 76P a t e n t s

E n g in e e r a n d t h e A m e r ic a n p a t e n t s y s ­t e m ............................................................................... 15

N a t io n a l I n v e n t o r s ’ C o u n c i l su g g e s tio n st o i n v e n t o r s ...................................................43 1 , 7 5 0

P a y n e , E . C .F u e l in v e s t ig a t io n s h o u ld p r e c e d e p o w e r-

p l a n t d e s ig n ............................................................ 519P e n r o d , E . B .

W h o f i r s t u s e d “ e n th a l p y ? ” ( C ) .................... 8 1 5P e r e l l i , G e o r g e

M a ss p r o d u c t io n in th e a i r c r a f t i n d u s t r y . 22 P e r k i n s , J a co b

J a c o b P e r k in s — h is in v e n t io n s , h is t im e s ,a n d h is c o n te m p o ra r ie s ( B R ) .................... 4 8 5

P e t r o l e u m I n d u s t r yF u t u r e p r o s p e c t s f o r D ie s e l - e n g in e f u e l s . 2 4 6

P e t r o l e u m P r o d u c t io nH o w m u c h o il h a v e w e? ( A ) ............................ 6 8

P h o t o g r a p h yS te re o s c o p ic p h o t o g r a p h y .................................. 7 2 9

P il o t l e s s A ir c r a f tR o b o t s ............................................................................ 5 2 2

P i p e a n d F it t in g sC o d e f o r p r e s s u r e p ip in g , tw o n e w s u b ­

c o m m i t t e e s .............................................................. 81.N e w c o m b in e d A m e ric a n S t a n d a r d . .......... 81R a t io n a l iz in g th e r m a l - in s u l a t io n d im e n ­

s io n s ............................................................................. 48ftP is t o n R in g s

P o r o u s - c h r o m iu m - p la te d r in g s ( D ) ............. 413;P l a n n i n g

C r i t i c a l t r a n s i t i o n p e r io d a f t e r V D a y . . . 10 5 E n g in e e r in g e d u c a t io n a f t e r t h e w a r . . . . 4 0 3E n g in e e r in g p ro fe s s io n t o m o r r o w ................. 602-I n d u s t r y ’s r e s p o n s ib i l i ty f o r p o s tc o l le -

g i a t e e d u c a t i o n ........................................ .. 311P o s tw a r c iv i l ia n r e a d j u s tm e n t t r a i n in g . . 590*P o s tw a r p r o b le m s .................................................... 501P o s tw a r p r o b le m s ( E d ) ....................................... 499*P r o g r a m f o r i n d u s t r ia l c o n tr o l o f p o s tw a r

G e r m a n y ................................................................... 748.R e c o n v e rs io n w ill p r e s e n t c h a l le n g e ........... 319*S c ie n t i f ic m e th o d s o f d i s t r i b u t i o n ................ 183.T h r e e - d im e n s io n a l p l a n n i n g ............................. 774W h a t p o s tw a r C h in a h o p e s f o r f ro m U. S.

e n g in e e r s ................................................................... 45G»

SOCIETY RECORDS—INDEX TO MECHANICAL ENGINEERING, VOL. 66 RI-61

P l a s t i c s . See also P ly w o o d .A d v a n c e s in p la s t ic s d u r in g 1 9 4 3 ................ 2 3 5B ib l io g r a p h y ................................................................ 2 3 7C o m p re g a s a l a m in a t e d w o o d a n d a s a

p l a s t i c .......................................................................... 7 1 0P l y w o o d . See also W o o d .

B ib l io g r a p h y ................................................................ 2 3 7C o m p re g a s a l a m i n a t e d w o o d a n d a s a

p l a s t i c .......................................................................... 7 1 0D e li$ n if ie d im p r e g n a te d w o o d ........................ 6 5 4L a m in a t in g lu m b e r f o r e x t r e m e s e rv ic e

c o n d i t i o n s ................................................................. 76 3A l ig h tw e ig h t f lo o r f o r a i r p l a n e s ................... 70 5M ic r o s t r u c tu r e o f h ig h - d e n s i ty p l y w o o d . 6 5 6 P o s tw a r a v a i l a b i l i t y a n d u s e o f w o o d . . . . 6 4 9

P o l is h -A m e r ic a n E n g i n e e r i n g a n d T e c h ­n ic a l S o c i e t ie s

M e e t in g o f r e p r e s e n ta t i v e s ................................. 6 7 7P o p e , C . L .

L u b r ic a t io n o f i n d u s t r i a l a n d m a r in em a c h in e ry ( B R ) ................................................... 2 7 7

P o s t w a r E d u c a t i o n . See E d u c a t i o n .P o s t w a r P l a n n i n g . S ee P l a n n in g .P o t t e r , A . A .

E n g in ra * a n d t h e A m e r ic a n p a t e n t s y s te m 15 P o t t s , I ^ t t h e w W .

C o n v e y e r s a n d r e l a te d e q u ip m e n t ( B R ) . 5 4 7 P o w e r - P l a n t D e s ig n

F u e ls a n d p o w e r - p la n t d e s ig n ( D ) .............. 8 1 3P o w e r P l a n t s — G a s E n g in e

P r o g re s s in g a s - b u r n in g D ie s e l e n g in e sa n d p l a n t s ................................................................ 3 6 9

P o w e r P l a n t s — S t e a mP e r fo r m a n c e o f W a t t s B a r S t e a m S ta t i o n

o f T V A ....................................................................... 4 7 1F u e l in v e s t ig a t io n s h o u ld p r e c e d e p o w e r -

p l a n t d e s ig n ............................................................ 519“ P a c k a g e - ty p e ” p o w e r p l a n t s ........................ 581S te a m g e n e ra t io n f o r m a r in e a n d s t a t i o n ­

a r y s e rv ic e ( D ) ..................................................... 3 2 8P o w e r T e s t C o d e s C o m m it t e e , A .S .M .E .

V e n tu r i t u b e s a n d V e n tu r i m e t e r s ............... 2 8 4P r e s g r a v e , R .

D y n a m ic s o f t im e s tu d y ( B R ) ........................ 6 1 5P r e s i d e n t ' s P a g e

A r t ic le s b y R . M . G a t e s ...............................8 2 ,144, 2 1 4 , 2 8 3 , 3 4 2 , 4 2 4 , 4 3 7 , 5 5 6 , 6 2 1 , 7 4 6

A r t ic le b y A . D . B a i l e y ....................................... 821P r e s s u r e V e s s e l s

F a i lu r e o f s p h e r ic a l h y d r o g e n s to r a g et a n k .............................................................................. 39 2

P r im e - M o v e r S p e e d G o v e r n in gJ o in t A .S .M .E . - A .I .E .E . C o m m it te e

o r g a n iz e d .................................................................. 7 5 2P r o d u c t io n E n g in e e r in g

A p p l ic a t io n o f lo f t in g a n d m a s te r t e m ­p la te t o to o l d e s ig n ........................................... 26

C o n t r ib u t io n o f m a s te r to o l in g t o m a s sp r o d u c t i o n ................................................................ 25

D e s ig n f o r m a s s p r o d u c t i o n .............................. 22E f fe c t of e n g in e e r in g b r e a k d o w n o n s u b -

a s s e m b ly a n d a s s e m b ly l in e t o o l i n g ----- 2 6E n g in e e r in g b r e a k d o w n d r a w in g s a s a id

in to o lin g c h a n g e s ............................................... 23F a c to r s ’ t o s im p li fy to o lin g a n d a s s e m b ly

in a i r p l a n e d e s ig n ................................................ 2 8M a ss p r o d u c t io n in t h e a i r c r a f t i n d u s t r y . 22 P o s s ib i l i t ie s in s ta n d a r d iz in g m a jo r to o ls

a n d t h e i r r e l a t i o n t o e n g in e e r in g d e s ig n 2 8 P r in c ip le s o f m a n u f a c tu r in g a n d to o l

e n g in e e r in g v e rs u s o t h e r e n g in e e r in gf ie ld s ............................................................................. 22

P s y c h o l o g yG r o w th p a in s o f i n d u s t r ia l p s y c h o lo g y

( B R ) ............................................................................. 2 0 0R e c o m m e n d e d b o o k s ( B R ) ............................... 133

P u r d u e U n iv e r s it yR e c e iv e s O r d n a n c e D is t in g u is h e d - S e rv ic e

A w a r d ......................................................................... 7 5 6

QQ u a l it y C o n t r o l

A, B , C of quality contro l............................ 529Q uality control in m anufacture of sm all-

arm s am m unition ........................................ 179Some principles of the Shew hart m ethods

of qua lity con tro l........................................ 173

RR a il r o a d C a r s

Im provem ents in streetcars (A )................ 69Railway equipm ent— Effect of the w ar on

developm ent work and postw ar m a­te ria ls ............................................................... 605

R a i l r o a d s . See a lso L o c o m o tiv e s .P r o g re s s r e p o r t ........................ .. ................................ 783R a i l r o a d s in w a r t im e ( A ) ................................... 138

R a il w a y M e c h a n ic a l E n g i n e e r i n gP r o g re s s r e p o r t ........................................................... 783

R e f r a c t o r ie sS t a n d a r d s o n r e f r a c t o r y m a t e r i a l s ............... 489

R e h a b il it a t io nA s s is t in g m a r in e s b a c k t o c iv i l l i f e . . . v> . 591 A p r a c t ic a l p r o g r a m f o r h u m a n r e h a b i l i ­

t a t i o n ........................................................................... 178R e i d , W . T.

F u e l s a n d f u e l r e s e a r c h in G r e a t B r i t a i n(D ) .................................................... ............... 332

R e s e a r c hF u e l r e s e a r c h i n G r e a t B r i t a i n ........................ 332K e y in g r e s e a r c h t o b a t t l e ................................... 359R e s e a r c h c o u n c il f o rm e d a t R u t g e r s .......... 491S o u th e r n R e s e a rc h I n s t i t u t e ( E d ) ................ 500W a r p r o d u c t io n c o n fe r e n c e ............................... 346W a r t im e r e s e a r c h a n d d e v e lo p m e n t— a

m o ld e r o f e n g in e e r in g ....................................... 29R e t t a l ia t a , J . T.

A g a s t u r b i n e r o a d l o c o m o t iv e ........................ 697R h o a d s , C . B .

A s s is t in g m a r in e s b a c k t o c iv i l l i f e .............. 591R i c e , W . B .

S e t t i n g to le r a n c e s s c ie n t i f ic a l ly ...................... 801R i c h , G e o r g e R .

P e r f o r m a n c e o f W a t t s B a r S te a m S ta t io nof TV A ( C ) .............................................................. 478

R i c k e n b a c k e r , C a p t . E d d ieS p e a k s a t W a r P r o d u c t i o n C o n f e r e n c e . . . 215

R iv e t e d J o in t sW e ld in g a n d r iv e t in g c o m p a r e d ( C ) ........... 614

R o b e r t , J . M .M a n a g e r , n e w m e m b e r o f c o u n c i l ................ 57

R o b e r t s , H a r o l d B .N a v y t r a i n in g f ilm p r o d u c t io n p r o g r a m . 660

R o b i n s o n , C l in t o n F .M a n a g e m e n t c o n tr o l in t h e A r m y s e rv ic e

f o r c e s ............................................................................ 305R o b o t s

P i lo t le s s a i r c r a f t ( A ) ............................................... 522R o s s h e im , D. B .

G a s k e t lo a d in g c o n s ta n t s ( A C ) ...................... 73R o w l e y , F . B .

H o n o r e d b y M in n e s o ta S e c t i o n ..................... 561R u b b e r . See a lso S y n th e t i c R u b b e r .

U s e o f r u b b e r in p o w e r - d r iv e l i n e s .............. 389R u l e , J . T. ,

S te re o s c o p ic p h o t o g r a p h y ................................... 729

SS a f e t y E n g i n e e r i n g

A p p lie d s a f e t y e n g in e e r in g ( B R ) .................. 6 1 6B io m e c h a n ic s — a n e w a p p r o a c h t o a i r ­

p la n e s a f e t y ............................................................. 313D e s ig n f o r s a f e ty ( E d ) .......................................... 229L e g a l a n d t e c h n ic a l a s p e c t s d i s c u s s e d . . . 827 M e c h a n ic s of i n ju r y u n d e r fo rc e c o n d i ­

t i o n s .............................................................................. 2 6 4M o d e rn to o ls of s a f e t y ........................................ 321

S a l i s b u r y , J . K e n n e t hB a s ic g a s - tu r b in e p l a n t a n d s o m e o f i t s

v a r i a n t s ...................................................................... 3 7 3S a l v a g e

C h ip - d is p o s a l m e t h o d s .......................................... 163S a lv a g e m a n u a l f o r i n d u s t r y ( A ) .................. 138R a is in g o f t h e U . S . S . “ L a f a y e t t e ” ( P )3 , 5

S a v a g e , J . L .A w a rd e d J o h n F r i t z M e d a l .............................. 82 3

S c h m id t , A . O.D e te r m in in g to o l fo rc e s i n h ig h -s p e e d

m il l in g b y th e r m o a n a l y s i s ......................... . 4 3 9A n in v e s t ig a t io n o f r a d i a l r a k e a n g le s in

f a c e m il l in g ( A C ) ................................................ 7 3 8SCHROEDER, W lL L lA M

E f f e c t o f s h a p e o n t h e f o r m a b i l i t y o f d e e p -d r a w n s h e e t - m e t a l p a r t s ................................ 64 3

SCHROEDER, W . C .F u e l s a n d fu e l r e s e a r c h i n G r e a t B r i ta i n

d u r in g t h e w a r ( A C ) ........................................ 3 3 3S c h w a r t z , A r t h u r A .

M ill in g c u t t e r s a s c u t t i n g t o o l s ...................... 3 0 0

S c r e w T h r e a d sI n f o r m a t io n w a n te d o n b u t t r e s s s c re w

t h r e a d .......................................................................... 3 5 2

S e e l e y , L . E .C l im a te a n d t h e e n e rg y o f n a t io n s ( B R ) . 8 1 8

S e id m a n , J.U n io n r ig h t s a n d u n io n d u t ie s ( B R ) .......... 21

S e l i g e r , V ic t o rFatigue-testing m ethods and equ ipm ent. 719

S h e e t M e t a lE f f e c t o f s h a p e o n t h e f o r m a b i l i t y o f

s h e e t - m e t a l p a r t s ................................................. 6 4 3S h e l l F o r g in g

S h e l l fo rg in g o n b u l ld o z e r s ( D ) ...................... 7 3S h i p b u i l d i n g

G lu e d l a m i n a t e d c o n s t r u c t i o n ......................... 7 6 3N e w t y p e s c re w -lu ff in g c r a n e f o r s h ip ­

b u i ld i n g ...................................................................... 5 6 9S h i p s

G a s tu r b i n e s f o r s h ip s ( A ) ................................. 7 0N a m e d f o r e n g in e e r s ( E d ) ................................. 3R a i s in g o f t h e U . S . S . " L a f a y e t t e ” ........... 5

SlDLER, P . R .G a s - tu r b in e l o c o m o t iv e s f o r m a in - l in e

s e r v i c e .......................................................................... 6 8 9S i e m o n , K a r l

G a s k e t- lo a d in g c o n s ta n t s ( D ) ......................... 7 2S ik o r s k y , I g o r I .

D ir e c t - l i f t a i r c r a f t .................................................... 5 0 9R e c e iv e s W a r n e r M e d a l ................. .................... 5 6

S il l c o x , L . K .R e c e iv e s A .S .M .E . M e d a l .................................. 5 6

S i l s b e e , N a t h a n ie l F .W in n in g b a t t l e s b y b o m b in g ........................... 101

S m a l l w o o d , H u g h M .Q u a l i t y c o n t r o l i n m a n u f a c tu r e o f s m a l l -

a r m s a m m u n i t i o n ................................................ 17 9S m i t h , E l l io t t D u n l a p

S o m e p s y c h o lo g ic a l f a c to r s f a v o r in gi n d u s t r i a l i n v e n t i v e n e s s .................................. 15 9

S m i t h , J . B .F a i lu r e o f s p h e r i c a l h y d r o g e n s to r a g e

t a n k ............................................................................... 3 9 2S o c i a l R e l a t i o n s . See a lso I n d u s t r i a l

R e la t i o n s .R e c o m m e n d e d ( B R ) .............................................. 13 3T h e u n w r i t t e n la w s o f e n g in e e r in g . P a r t

3 — P u r e ly p e r s o n a l c o n s id e r a t i o n s f o re n g in e e r s .................................................................... 4 5 9

W a r t im e p o p u l a t i o n s h if t s ( A ) ...................... 7 0S o c ie t y f o r t h e A d v a n c e m e n t o f

M a n a g e m e n t“ G i l b r e t h D a y ” m e e t in g ..................................... 9 4

S o c ie t y f o r E x p e r im e n t a l S t r e s s A n a l y s is

S p r in g m e e t in g ........................................................... 3 5 2S o c ie t y f o r t h e P r o m o t io n o f E n g i n e e r ­

i n g E d u c a t io nE n g in e e r in g e d u c a t i o n a f t e r t h e w a r .......... 4 0 3R e p o r t s ( E d ) ................................................................ 3 5 8

S o c k e t sS e t t i n g to le r a n c e s s c ie n t i f i c a l ly ...................... 8 0 2

S o u t h w o r t h , E d w a r dM a te r ia l s h a n d l in g ( D ) ........................................ 6 7 0

S p e c t o r , B .W a n te d — a n i n te r p r o f e s s io n a l in f o r m a ­

t i o n c lu b ( C ) ........................................................... 6 7 1S t a h l , M r s . E . C . M .

H o n o r e d b y W o m a n ’s A u x i l ia r y .................... 2 1 3S t a n d a r d s

G lu e d l a m i n a t e d lu m b e r s t a n d a r d s ............. 7 5 6G r in d in g - w h e e l s t a n d a r d s ................................ 7 5 0I n f o r m a t io n w a n te d o n b u t t r e s s s c re w

t h r e a d ............................................................... . . . . 3 5 2M a te r ia l s s t a n d a r d i s a t i o n .................................. 2 5 9N a t io n a l f ir e c o d e s f o r f la m m a b le l iq u id s ,

g a s e s , c h e m ic a ls , a n d e x p lo s iv e s ( B R ) . 2 0 7S t a n d a r d i z a t io n o f c u t t i n g t o o l s .................... 4 8 2

S t a r k e , W . W .I n s t r u m e n t a t i o n a n d c o n tr o l in t h e t e x t i le

i n d u s t r y ...................................................................... 4 5 1S t a t is t ic a l M e t h o d s

S o m e p r in c ip le s o f t h e S h e w h a r t m e th o d so f q u a l i t y c o n t r o l ................................................ 1 7 3

S t e a m P l a n t s . S ee a lso P o w e r p l a n t s — S te a m . F u e ls a n d p o w e r - p la n t d e s ig n (D ) 8 1 3

S t e e l . See a lso M e ta l C u t t i n g .H e a t in g o f s t e e l i n c o n tr o l le d a tm o s ­

p h e r e s ........................................................................... 7 2 7N o te s o n r e c e n t t r e n d s a n d u s e s o f a l lo y

s t e e l s ............................................................................. 5 4 3S t e e l - P l a t e -S p h e r e F a il u r e

H y d r o g e n s to r a g e - t a n k f a i l u r e ........................ 3 9 2S t e p h e n s , G . L .

S t e a m g e n e r a t io n f o r m a r in e a n d s t a t i o n ­a r y s e rv ic e ( D ) ................................................... .. 3 3 0

S t e r e o s c o p ic P h o t o g r a p h yP r in c i p l e s ........................................................................ 7 2 9

S t e v e n s I n s t i t u t e o f T e c h n o l o g yS te v e n s R e s e a r c h F o u n d a t io n f o r m e d . . . 2 2 4

S t e v e n s o n , A . R . t J r .I n d u s t r y ’s r e s p o n s ib i l i t y f o r p o s tc o l le g i -

a t e e d u c a t i o n ............. ............................................ 3 1 1S t o c k , A r t h u r J .

C o a l s e g r e g a t io n in b o i le r p l a n t s ................... 5 2 3S t r e e t c a r s . See R a i l r o a d C a r s .S t u d e n t B r a n c h e s

N e w s .................................................................8 5 ,1 4 9 ,2 2 0 , 2 8 7 , 3 4 9 , 4 2 9 , 4 9 4 5 6 2 , 6 2 2 , 7 5 4 , 8 2 7

RI-62 SOCIETY RECORDS—IND EX TO MECHANICAL ENGINEERING, VOL. 66

S t u d e n t G r o u p sM eetings, 1944.......................................... 233, 623

S u b s t it u t i o nC onservation in the Ordnance D epart­

m ent of the A rm y Service F orces......... 119S u g g e s t io n S y s t e m . See W age Incentives.

A suggestion system th a t w orks ................ 638S y n t h e t ic R u b b e r

Advances in rubber during 1943................ 241B ibliography...................................................... 243Glossary av ailab le ............................................ 490Sealing av ia tion fuel-system equ ipm ent. 663Synthetic-rubber p roducts (A )................... 67Types of syn thetic rubber (A )................... 138

T

T r y t t e n , J o h nThe A nderom eter—An in s trum en t for

p roduction-testing of ball bearings for deviations from circularity of ballsand rac es ......................................................... 515

T u b e sSeam less-steel-tube d a ta book issu ed . . . . 683

T u c k e r , D. S.N azi control of G erm an business (B R ). . 469

T u c k e r , S. A.Gas tu rb ines— presen t s ta tu s and fu tu re

p rospects ......................................................... 363T u r c k , F e n t o n B.

Scientific m ethods of d is trib u tio n .............. 183

uT a m a , M a n u e l

I n d u c t io n f u r n a c e f o r m e l t in g a lu m i n u m . 73 1 T a n n e r , C . L .

F la s h c h ro m e p l a t i n g t o s i z e ............................. 72 6T e c h n ic a l W r i t in g

T h e l a y o u t o f t e c h n ic a l p a p e r s ( A ) . . . . 8 0 0 T e s t i n g M a c h in e s

F a t ig u e - te s t i n g m e th o d s a n d e q u ip m e n t . 71 9 T e x t i l e I n d u s t r y

I n s t r u m e n t a t i o n a n d c o n t r o l i n t h e t e x t i l ei n d u s t r y ...................................................................... 45 1

R e p o r t o n t e x t i l e i n d u s t r ie s o f C h in a a n dJ a p a n ............................................................................ 2 8 2

T e x t i l e I n s t i t u t e , E n g l a n dT o h e lp t e x t i l e m e n i n a r m e d f o r c e s ............. 146

T h i e l s c b e r , H . G .B i o g r a p h y ....................................................................... 56 0

T h o m a s , R a yR a t io n a l iz in g th e r m a l - in s u l a t io n d im e n ­

s io n s .............................................................................. 4 8 0T h o m p s o n , P . W .

S te a m g e n e r a t io n f o r m a r in e a n d s t a ­t i o n a r y s e rv ic e ( D ) ............................................. 3 2 9

T h o m p s o n , S . J o h nP r e s e n t s m o d e l o f H e r o ’s a e o lip i le t o

A .S .M .E ...................................................................... 3 5 2T h o r b n , T . R .

S e a lin g a v i a t i o n f u e l - s y s t e m e q u ip m e n t . 6 6 3 T h o r n t o n , K ir b y F .

S te p p e d e x t r u s io n s ................................................... 4 4 3T im e a n d M o t i o n S t u d y

D y n a m ic s o f t im e s t u d y ( B R ) ........................ 6 1 5P r e d ic t in g m a c h in e p r o d u c t i v i t y f o r f u ­

t u r e a p p l i c a t i o n s .................................................. 3 8 4T i m o s h e n k o , S . P .

H o n o r e d b y T h e F r a n k l i n I n s t i t u t e ........... 4 9 2T o b e y , J . E .

F u e l s a n d p o w e r - p la n t d e s ig n ......................... 8 1 4T o l e r a n c e s

S e t t i n g to le r a n c e s s c ie n t i f i c a l ly ...................... 801T o o l E n g i n e e r i n g . See also M e ta l C u t ­

t in g .D e s ig n f o r m a s s p r o d u c t i o n .............................. 22T o o l c o n t r o l p r a c t ic e d a t t h e P u g e t

S o u n d N a v y Y a r d .............................................. 6 3 1T o o l- l i fe t e s t s ............................................................... 130

T o o l S t a n d a r d iz a t io nP o s s ib i l i t ie s i n ............................................................. 28

T o o l in gM a s t e r to o l in g in m a s s p r o d u c t i o n .............. 25

T o u r , S amH e a t in g o f s te e l in c o n tr o l le d a tm o s p h e r e s 7 2 7S te p p e d e x tr u s io n s ( D ) ........................................ 8 1 5

T r u m p , E» N .H o n o r a r y m e m b e r o f t h e A .S .M .E ............. 57O b i t u a r y ( E d ) ............................................................ 6 3 0

U n e m p l o y m e n t . See also Em ploym ent, Engineering Societies Personnel Service,Inc.,

Problem of unem ploym ent (E d )................ 157U n i o n s . See Industria l R elations, Labor

Problem s.U n i t e d E n g i n e e r i n g T r u s t e e s , I n c .

A nnual rep o rt for 1942-1943...................... 90Officers e lected .................................................. 822

V a n B r u n t , J o h nC oal segregation (D ) ....................................... 738

V a n K e n n e n , H . H .Package-type pow er p la n ts .......................... 581

V a n K l e e c k , M a r yW om en workers (C )........................................ 140

V a n L e e r , B l a k eInaugura ted as p residen t of Georgia

Tech.................................................................. 683V a z s o n y i , A n d r e w

Pressure loss in elbows and duc t branches(co rr.)............................................................... 614

V e c t o g r a p hStereoscopic pho to g rap h y ............................. 729

V ib r a t io nThe M ateriel C om m and’s approach to

th e flu tte r p rob lem .............» ............. 511P a ten ts on v ib ration dam pers and m ount­

in g s .................................................................... 489V ib r a t o r

E lectrical v ib ra to r ........................................... 715V is c o s it y

V iscosity-tem perature coefficient (C ). . . . 739 V o c a t io n a l T r a i n i n g . See Industria l

Train ing ,V o n a c h e n , H a r o l d A .

A practical program for hum an re­h ab ilita tio n .................................................... 178

wW a g e I n c e n t i v e s

A suggestion system th a t w orks................ 638The value of team w ork ................................ 199W age incentives under w artim e condi­

tio n s .................................................................. 115W a h r e n b u r g , L . E . F .

Package-type power p la n ts ......................... 581

W a r M a n u f a c t u r in g C o m m it t e eA .S .M .E . M a n u f a c tu r in g E n g in e e r in g

C o m m i t te e ( E d ) .................................................. 2 3 0W a r P r o d u c t io n

C o n fe re n c e a t D a l l a s ............................................. 2 1 5C o n fe re n c e a t K in g s p o r t , T e n n ..................... 83C o n s e r v a t io n i n t h e O r d n a n c e D e p a r tm e n t 119 W a r P r o d u c t io n C o m m i t te e R e p o r t ( E d ) 2 3 0W a r p r o d u c t io n in 1944 ( A ) ............................. 135

W a r f a r e . See also O rd n a n c e .A r m y O rd n a n c e i n t h e S o u th w e s t P a c i f ic . 505K e y in g r e s e a r c h t o b a t t l e .................................. 3 5 9W in n in g b a t t l e s b y b o m b in g ........................... 101

W a r m in g , T r o e l sR e c e iv e s J u n io r A w a r d ........................................ 56

W a r t im e R e s e a r c h a n d D e v e l o p m e n tA m o ld e r o f e n g in e e r in g ..................................... 29

W a s s e r m a n , L . S .T h e M a te r ie l C o m m a n d ’s a p p r o a c h t o t h e

f lu t t e r p r o b le m ..................................................... 511W a t s o n , R . E .

C o n t r ib u t io n o f m a s t e r to o l in g t o m a s sp r o d u c t i o n ................................................................ 25

W e a v e r , W . A .A r m y o r d n a n c e in t h e S o u th w e s t P a c if ic . 505

W e b s t e r , W . F . w tT e s t im o n ia l d i n n e r ....................................... . T . . 4 9 3

W e l d in gS t r u c t u r a l f a i lu r e s in w e ld e d s h ip c o n ­

s t r u c t i o n .................................................................... 7 5 6W e ld in g a n d r iv e t in g c o m p a r e d ( C ) ........... 6 1 4P r e v e n t i n g w e ld in g a n d c u t t i n g f ire s ( A ) . 152

W e l l s , M . B .G lu e d - l a m in a te d lu m b e r c o n s t r u c t io n (D ) 4 1 5

W e s t e r n S o c ie t y o f E n g in e e r sC h ic a g o T e c h n ic a l S o c ie t ie s C o u n c il

f o r m e d ........................................................................ 93W h i t m e r , R . E .

A v ia t io n a n d t h e f u t u r e ...................................... 31 5W i b e r g , C a r l J .

S t a n d a r d i z a t io n o f c u t t i n g to o ls ( A C ) . . . 4 8 2 W lCKENDEN, W . E .

D o e s a n e n g in e e r n e e d h is p r o fe s s io n ? . . . 2 5 3 W il b e r d i n g , M . X .

C o s t o f r e n d e r in g c o n s u l t in g e n g in e e r in gs e r v i c e s ....................................................................... 2 5 7

W il c o c k , D o n a l d F .V is c o s i ty - t e m p e r a tu r e c o e ff ic ie n t ( C ) . . . . 7 3 9

W il k i n s o n , F . L . , J r .V ic e -p r e s id e n t , n e w m e m b e r o f c o u n c i l . . 57

W o m e n i n I n d u s t r yW o m e n w o rk e r s ( C ) ............................................... 140

W o o d . See also P ly w o o d .C o m p r e g a s a l a m in a t e d w o o d ........................ 7 1 0D e l ig n if ie d im p r e g n a te d w o o d ..................... 6 5 4G lu e d - l a m in a te d lu m b e r c o n s t r u c t i o n . . .

................................................................. 7 6 3 , (D ) 41 5S t a n d a r d s f o r ......................................................... 756

L a m in a t in g l u m b e r f o r e x t r e m e s e rv ic ec o n d i t i o n s ................................................................. 763

P o s tw a r a v a i l a b i l i t y a n d u s e o f w o o d . . . . 64 9 W r ig h t , J . C .

P o s tw a r c iv i l ia n r e a d j u s tm e n t t r a i n in g . . 590 W r i g h t , O r v i l l e

T h e W r ig h t B r o th e r s ( B R ) .............................. 27 6W r ig h t , R . V.

H o n o r a r y m e m b e r o f t h e A .S .M .E ............. 57W r ig h t , W il b u r

T h e W r ig h t B r o th e r s ( B R ) ............................... 276

YY o u n g , C. R.

Engineering edu ca tio n . 807

Index to A.S.M .E. TransactionsV olum e 66, 1944

The A .S.M .E. T ransactions for 1944 was issued m onthly . F our of th e tw elve issues are th e Journal o f Applied Mechanics, th e page num bers of which are preceded by the le tte r A.

The Society Records for th e year 1944 appeared as supplem ents, one in February , 1944, th e M em orial B iographies in October, 1944, and th e index section in January , 1945. T he page num bers for these supplem ents are designated by th e sym bol R I, and th e F eb ruary supplem ent contains its own index.

(AC) denotes au thor's closure; (BR) book review ; (D) discussion o f a paper.

A c o u s t ic a l A n a l o g ie sD y n a m ic a l a n a lo g ie s ( B R ) ................................A -6 4

A d a m s , R . E .W e a r - r e s i s t in g m a te r i a l s f o r l a t h e c o n ­

s t r u c t i o n .................................................................... 199A d h e s iv e s

B e h a v io r o f s y n th e t ic p h e n o lic - r e s in a d ­h e s iv e s in p ly w o o d u n d e r a l t e r n a t in gs t r e s s e s .................................................................. 3 1 9

B ib l io g r a p h y ........................................................... 3 2 8F a t ig u e s tu d ie s o n u r e a a s s e m b ly a d h e ­

s iv e s ............................................................................. 442P la s t ic p ly w o o d s in a i r c r a f t c o n s t r u c t io n . 171 R a d io - f r e q u e n c y te c h n o lo g y in w o o d

a p p l i c a t i o n ............................................................... 563S tre s s e s in c e m e n te d j o i n t s ............................... A -1 7

A e r o d y n a m i c s . S ee D y n a m ic s .A g n e w , J . T .

C o r ro s io n o f a l lo y s te e ls b y h ig h - te m p e r a -t u r e s t e a m ................................................................ 2 9 1

H ig h - te m p e r a tu r e - s t e a m c o rro s io n s t u d ­ie s a t D e t r o i t ( D ) ............................................... 2 8 9

A ir C h a m b e r sC lo s e d s u rg e t a n k s ( D ) ........................................A -1 9 0

A ir c r a f tF l ig h t - t e s t r e c o r d in g .............................................. 271S tre s s e s in a re in fo rc e d m o n o c o q u e c y l in ­

d e r u n d e r c o n c e n t r a te d s y m m e tr ict r a n s v e r s e l o a d s ...................................................A -2 3 5

A ir c r a f t H y d r a u l ic S y s t e m sC h o ic e o f a m e d iu m f o r a i r c r a f t p o w e r

t r a n s m i s s io n ........................................................... 577E v o lu t io n o f t h e h y d r a u l i c p u m p a s a p ­

p l ie d t o a i r c r a f t .................................................... 583H ig h - a n d lo w - p re s s u re a i r p la n e h y d r a u ­

lic s in E u r o p e ........................................................ 599I n t r o d u c t i o n t o a i r c r a f t h y d r a u l i c s y s te m s 569 M a in t e n a n c e o f a i r c r a f t h y d r a u l i c s y s te m s

in t h e f i e l d ............................................................... 605M o d e r n h y d r a u l i c r e s e r v o ir : H o w i t p r o ­

v id e s m ic r o n - r a n g e f i l t r a t io n a n d p u m ps u p e r c h a r g in g ........................................................ 589

S o m e c h a r a c te r i s t ic s o f r o t a r y p u m p s ina v ia t io n s e r v i c e .................................................... 615

A ir p l a n eA irfo il p e r f o r m a n c e c h a ra c te r i s t ic s .............. 4 1 3A n a n a ly t i c a l t h e o r y of la n d in g - s h o c k e f ­

f e c t s o n a n a i r p l a n e c o n s id e r e d a s a n ” ^e la s t ic b o d y ............................................................ A -2 1 9

M e a s u r in g t h e r m o c o u p le t e m p e r a t u r e d u r in g f l ig h t t e s t s ............................................ 27 1

A i r p l a n e E n g in e sS u p e r c h a r g e r s f o r a i r c r a f t e n g in e s ................ 61

B i b l i o g r a p h y .......................................................... 71T e m p e r a tu r e c o n t r o l .............................................. 5 9 5

A ir p l a n e M a n u f a c t u r eA n a ly s is o f s t r e tc h - f o r m in g d o u b le -

c u r v e d s h e e t - m e ta l p a r t s ............................... 161P l a s t ic p ly w o o d s i n a i r c r a f t c o n s t r u c t i o n . 169P ly w o o d , b i b l i o g r a p h y . ...................................... 59P r o b le m s o f c o n s tr u c t io n a n d a l t e r n a t e

s u b s t i tu t io n s in w o o d a i r c r a f t .................... 155A l l a r d ic e , T . B .

N a tu r a l - c i r c u l a t i o n t e s t r e s u l t s o n t h e 2 5 0 0 -p s i T w in B r a n c h b o i le r . S e e F u r ­n a c e P e r fo r m a n c e F a c to r s .

A l l o y s . S e e a lso M e ta l , S te e l A llo y s . 'M e ta l s a n d a l lo y s d a t a b o o k ( B R ) ............. A -1 9 2

A m e r ic a n S o c ie t y o f M e c h a n ic a l E n g i­n e e r s

S p e c ia l R e s e a rc h C o m m it te e o n S t r e n g th o f G e a r T e e th . P r o g re s s R e p o r t N o . 16 29 7

A n a l y s i s . S e e M a th e m a t ic s .A n g u s , R . W .

C lo s e d s u rg e t a n k s ( D ) ........................................-4"190A r m a c o s t , W . H .

O p e r a t in g h i s to r y o f t h e 2 5 0 0 -p s i T w in B r a n c h P l a n t (D ) . S e e F u r n a c e P e r ­f o rm a n c e F a c to r s .

A r m it a g e , J . B .A n in v e s t ig a t io n o f r a d i a l r a k e a n g le s in

fa c e m il l in g ............................................................. 633

P ageI sstje N umbebs

January 1 -8 0February 81-160April 161-224May 225-328July 329-488August 489-568October 569-632November 633-712

Journal of Applied MechanicsMarch A - 1-A- 64June A - 65-A-128September A-129-A-192December A-193-A-256

A r m s t r o n g , C e c i l W.Physical properties of a s tru c tu ra l plastic

m a te ria l........................................................... 135A s h . See also Coal Ash.

E valuating im portance of the physical and chem ical properties of fly ash in creating com m ercial outlets for the m a te ria l... . 551

A u t o m a t ic C o n t r o l . See also C ontrol, In ­strum ents— T em perature.

A ircraft-engine tem peratu re con tro l......... 595A pplication of electronic co n tro l................ 259R atio an d m ultiple-fuel controls in the

steel in d u s try ................................................ 705Theory and design of electronic control

a p p a ra tu s ........ : ............................................. 249

BB a i l e y , E . G.

L aborato ry and field tests on coal-in-oilfuels (D ) .......................................................... 196

O perating h isto ry of th e 2500-psi Twin B ranch P lan t. See Furnace Perfo rm ­ance Factors.

B a k e r , M . D.New approach to th e problem of condi­

tioning w ater for steam generation (D ) . 475 B a l a n c in g . See R o tors, V ibration.B a r k l e y , J . F .

Com bustion of barley an th rac ite (D ) . . . . 406 L aboratory and field tests on coal-in-oil

fue ls .................................................................. 185B a r t o n , M. V.

Effects of web deform ation on th e torsionof I-beam s...................................................... A-35

B a t o , A. A.Com bustion of barley an th rac ite (D ) . . . . 405 New com bustion-control m ethods for all

s tan d a rd fuels (D ) ....................................... 410B a u m e is t e r , T h e o d o r e

Theoretical regenerative-steam -cycle heatrates (D )......................................................... 501

B e a m sC ircular beam s loaded norm al to the plane

of curvature— 2 ............................................ A-51Effects of web deform ation on th e torsion

of I-beam s...................................................... A-35B e a r in g s

T em perature relations in journal-bearingsystem s (D )...................................................A-124

B e l l , C. W.Operating history of the 2500-psi Twin

Branch P lan t. See Furnace Perform ­ance Factors.

B e n j a m i n , M. W.Theoretical regenerative-steam -cycle heat

rates (D )......................................................... 501

RI-63

B e r g m a n , E . O .P r e s s u r e lo s s in e lb o w s a n d d u c t b r a n c h e s

( D ) ................................................................................. 183B e r k , A . A .

B o ile r e m b r i t t l e m e n t ( D ) ................................... 117N e w a p p r o a c h t o t h e p r o b le m o f c o n d i ­

t io n in g w a t e r f o r s t e a m g e n e r a t io n (D ) 481 B e s k i n , L e o n

S t r e n g t h e n in g o f c i r c u la r h o le s i n p l a t e su n d e r e d g e l o a d s ..................................................A -1 4 0

B i n d e r , R . C .L im i t in g i s o th e r m a l f lo w in p i p e s ................. 22 1

B i n n i e , A . M .O s c i l la t io n s in c lo s e d s u rg e t a n k s ( A C ) . . A -1 9 1

B io l o g yO n g r o w th a n d f o rm ( B R ) ................................ A -2 5 5

B i s s h o p p , K . E .S t re s s c o e ff ic ie n ts f o r r o t a t i n g d is k s of

c o n ic a l p r o f i le ............................. A - l , (A C ) A -2 5 4B l iz a r d , J o h n

A b s o r p t io n o f h e a t b y w a l ls o f a fu rn a c e .See F u r n a c e P e r fo r m a n c e F a c to r s .

B l u m b e r g , H . S .G r a p h i t i z a t i o n o f s te e l p ip in g (D ) . See

G r a p h i t i z a t i o n o f S te e l P ip in g .B o e l t e r , L . M . K .

I s o t h e r m a l p r e s s u r e d r o p f o r tw o - p h a s e tw o - c o m p o n e n t f lo w in a h o r iz o n ta l p ip e 139

B o h u s l a v , H a n sP o r o u s c h ro m iu m in e n g in e c y l in d e r s ( D ) . 2 1 4

B o i l e r . See also F u r n a c e P e r f o r m a n c e F a c to r s , S te a m .

E m b r i t t l e m e n t ............................................................ 81B i b l i o g r a p h y ..........................................1 1 0 , 2 9 4 , 4 7 3

H i s t o r y ............................................................................. 81R a n g e o f o p e r a t io n o f s t e a m p l a n t s in

c o m b in e d s y s te m o f s te a m a n d h y d r o . . 5 3 9 B o il e r F e e d w a t e r

N e w a p p r o a c h t o t h e p r o b le m o f c o n d i ­t io n in g w a t e r f o r s te a m g e n e r a t i o n . . . . 4 5 7

B o il e r F u r n a c e sF a c to r s a f f e c t in g t h e t h ic k n e s s o f c o a l- a s h

s la g o n f u rn a c e -w a l l t u b e s ............................ 6 8 5B o il e r T u b e s

T e m p e r a tu r e d i s t r i b u t io n w i th in b o i le rtu b in g u n d e r , o b l iq u e r a d i a t i o n ................. 6 9 7

B o l t s a n d N u t sP h o to e la s t i c s t u d y o f b o l t a n d n u t f a s t e n ­

in g s ( D ) ................................................ .................... A -1 2 1B o o k R e v i e w s

D i c t i o n a r y o f s c ie n c e a n d t e c h n o l o g y . . . .A -1 2 7D y n a m ic a l a n a lo g ie s .............................................. A -6 4E x p e r im e n ta l e le c t r o n ic s .................................... A -1 2 7G r o w th a n d f o r m .................................... ............... A -2 5 5I n t r o d u c t i o n t o t h e t h e o r y o f e la s t i c i ty fo r

e n g in e e r s a n d p h y s ic i s ts '.................................A -1 9 2L u b r i c a t io n ................................................................... A -1 2 8M e c h a n ic a l s p r i n g s ................................................. A -2 5 5M e ta l s a n d a llo y s d a t a b o o k ........................... A -1 9 2M o d e r n t u r b i n e s ........... .......................................... A -1 9 1P r o c e e d in g s o f t h e S o c ie ty f o r E x p e r im e n ­

t a l S t re s s A n a ly s is .............................................. A -63T r e a t m e n t o f e x p e r im e n ta l d a t a ...................A -1 2 7V e c to r a n d te n s o r a n a ly s i s ................................ A -6 3

B r a g g , G . H .M a in te n a n c e o f h y d r o e l e c t r ic g e n e r a t in g

u n i t s .............................................................................. 3 2 9B r a n d o n , R . J .

D e s c r ip t io n a n d p e r f o r m a n c e o f b o i le r s 12 a n d 1 4 , T r e n to n C h a n n e l P l a n t , a n d b o i le r s 9 a n d 1 0 , M a r y s v i l l e P l a n t , T h e D e t r o i t E d i s o n C o m p a n y . See F u r ­n a c e P e r f o r m a n c e F a c to r s .

B r e w s t e r , J . I .T e s t a n d p r e d i c te d o il-c o o le r p e r f o r m a n c e 7 5

B r o o k s , A . A .T h e o r e t i c a l r e g e n e r a t iv e - s t e a m - c y c le h e a t

r a t e s ( D ) .................................................................... 5 0 1B r o w n , E .

F l u id f lo w th r o u g h tw o o r if ic e s in se rie s —1 1 ( D ) .......................................................................... 3 9 5

B u c k e t sE ff ic ie n c y a n a ly s i s o f P e l to n w h e e ls ............ 52 7

B u c k in g h a m , E a r l eS u r fa c e f a t i g u e of p l a s t i c m a t e r i a l s ............. 29 7

RI-64 SOCIETY RECORDS—IN D EX TO TRANSACTIONS OF TH E A.S.M.E., VOL. 66

B u r d ic k , L. R.L aboratory and field tests on coal-in-oil

fue ls .................................................................. 185B u r n e r s

Firing high-pressure fu rnaces....................... 433

C a i n e , J . B .C e n t r i f u g a l c a s t in g o f s te e l ( D ) ..................... 6 1 3

C a l d w e l l , W . E .H e a t - t r a n s f e r t o w a te r - c o o le d f u rn a c e

w a lls ( D ) . See F u r n a c e P e r f o r m a n c e F a c to r s .

S t a t i s t i c a l i n f o r m a t io n o n la r g e p u lv e r - iz e d -c o a l u n i t s o n t h e C o n s o l id a te d E d is o n S y s te m . See F u r n a c e P e r ­f o rm a n c e F a c to r s .

C a m p b e l l , G . E .P h o to e la s t i c s t u d y o f b o l t a n d n u t f a s t e n ­

in g s ( D ) ...................................................................... A -1 2 1C a m p b e l l , J . R .

" T e m p - t u r b ” t e m p e r a t u r e - c o n t r o l s y s t e m 4 3 9 C a m p b e l l , K .

S u p e r c h a r g e r s f o r a i r c r a f t e n g in e s ( D ) . . . 72 C a n d e e , A l l a n H .

O n c u t t i n g a n d h o b b in g g e a r s a n d w o rm s( D ) .................................................................................A -2 4 7

C a r l s o n , R . K .A n e x p e r im e n ta l i n v e s t ig a t io n of t h e n o s ­

in g o f s h e lls . See F o r g in g o f S te e l S h e lls .

C a r r i e r , G . F .B e n d in g o f t h e c la m p e d s e c to r ia l p l a t e . . A -1 3 4 B e n d in g o f t h e c y l in d r ic a l l y a e o lo t ro p ic

p l a t e ..............................................................................A -1 2 9C a r t e r , G . K .

N u m e r i c a l a n d n e tw o r k - a n a ly z e r s o lu t io n o f t h e e q u iv a l e n t c i r c u i t s f o r t h e e la s t icf ie ld ............................................................................... A -162

C a r t e r , W , A .D e s c r ip t io n a n d p e r f o r m a n c e o f b o i le r s 12

a n d 14, T r e n to n C h a n n e l P l a n t , a n d b o i le r s 9 a n d 10, M a r y s v i l l e P l a n t , T h e D e t r o i t E d i s o n C o m p a n y . See F u r n a c e P e r fo r m a n c e F a c to r s .

C a s t i n g . See also F o u n d r y P r a c t i c e .C e n t r i f u g a l c a s t in g o f s t e e l ................................ 6 0 7

C e m e n t e d J o in t sS tre s s e s in c e m e n te d j o i n t s ................................ A -1 7

C h r i s t i e , A . G .G a s tu r b in e s a n d t u r b o s u p e r c h a r g e r s ( D ) . 363

C h r o m iu mP o r o u s c h ro m iu m in e n g in e c y l i n d e r s . . . . 2 0 5

C l a r k , W . R .H ig h - s p e e d m u l t ip l e - p o in t p o t e n t i o m e te r

r e c o r d e r f o r m e a s u r in g th e r m o c o u p le t e m p e r a t u r e s d u r in g tes t-p l& n e f l i g h t s . . 271

C o a lC o m b u s t io n o f b a r l e y a n t h r a c i t e ................... 3 9 9N e w c o m b u s t io n - c o n tr o l m e th o d s f o r a l l

s t a n d a r d f u e l s ........................................................ 4 0 7C o a l A s h . See also A sh , F u r n a c e P e r f o r m ­

a n c e F a c to r s F a c to r s a f f e c tin g t h e t h ic k n e s s of c o a l-a sh

s la g o n f u r n a c e w a ll t u b e s ........................... 6 8 5C o a l - i n - O i l F u e l s .

L a b o r a to r y a n d f ie ld t e s t s o n c o a l- in -o ilf u e l s ............................................................................... 1 8 5

C o c k r e l l , W . D .T h e o r y a n d d e s ig n o f e le c t ro n ic c o n tr o l

a p p a r a t u s .................................................................. 249C o h e n , P .

F a c to r s a f f e c tin g t h e t h ic k n e s s o f c o a l-a shs la g o n f u r n a c e w a l l t u b e s ............................ 6 8 5

T h e flo w c h a r a c te r i s t i c s o f c o a l- a s h s la g in t h e s o lid if ic a t io n r a n g e . See F u r n a c e P e r f o r m a n c e F a c to r s .

C o l l o id a l F u e l . See F u e l .C o m b u s t i o n . See also F u r n a c e P e r fo r m a n c e

F a c to r sT h e c o m b u s t io n o f b a r l e y a n t h r a c i t e . . . . 3 9 9 L a b o r a t o r y a n d f ie ld t e s t s o n c o a l- in -o i l

f u e l s ............................................................................... 185C o m b u s t i o n C o n t r o l . See also A u to m a t i c

C o n t r o l .M u lt ip le - fu e l c o n t r o l .............................................. 70 9N e w c o m b u s t io n - c o n tr o l m e th o d s f o r a l l

s t a n d a r d f u e l s ......................................................... 40 7C o m p r e s s o r s

I n v e s t ig a t io n o f b l a d e c h a r a c te r i s t i c s ; p e r f o r m a n c e a n d e ff ic ie n c y o f t u r b i n ea n d a x ia l- f lo w c o m p r e s s o r s t a g e s ............. 41 3

C o m s t o c k , G . F .N o tc h - to u g h n e s s t e s t s o f c a rb o n - m o ly b -

d e n u m p ip e m a te r i a l ( D ) .............................. 42 9

C o n c r e t eE valua ting im portance of the physical

and chem ical properties of fly ash in creating com m ercial outle ts for the m a­te r ia l................................................................. 551

C o n v e y e r sApplication and design of package con­

veyers............................................................... 225D esign features of conveying equipm ent

for the foundry in d u s try . ........................ 235C o r e y , R . C .

Corrosion of alloy steels by high-tem -peratu re steam (D )..................................... 294

New approach to the problem of condi­tioning w ater for steam generation (D) 474

C o r r o s io n . See also Boiler Corrosion, S team Corrosion.

Effect of combined high tem peratu re and high hum idity on th e corrosion ofsamples of various m eta ls........................ 624

M eta l corrosion b ib lio g rap h y .. . . 110 , 294, 473 C r a i g , H o m e r

Vector and tensor analysis (B R )................A-63C r o c k e r , S a b i n

C arbide in s tab ility of carbon-m olyb- denum steel piping (D ). See G raphiti- zation of Steel Piping.

Photoelastic s tu d y of bo lt and n u t fasten­ings (D ) .......................................................... A-121

C y l in d e r sPorous chrom ium in engine cy linders .. . . 205 Stresses in a reinforced monocoque cylin­

der under concentrated sym m etric transverse loads........................................... A-235

DD a h l s t r a n d , H a n s

B u r s t i n g t e s t s o f s t e a m - t u r b i n e d is kw h e e ls ( D ) . . . . ; ................................................... 3 8 0

D a m p in g . See V ib r a t io n .D a n i e l s , G. C .

N e w a p p r o a c h t o t h e p r o b le m o f c o n d i ­t io n in g w a te r f o r s t e a m g e n e r a t io n ( D ) . 4 7 5

D a u g h e r t y , R . L.F r ic t io n f a c to r s f o r p ip e flo w ( D ) ................ 6 7 8

D a v is , E . A .I n c r e a s e o f s t r e s s w i th p e r m a n e n t s t r a in

a n d s t r e s s - s t r a in r e l a t i o n s i n p l a s t i c s t a t e f o r c o p p e r u n d e r c o m b in e d s tr e s s e s( A C ) .............................................................................A -1 9 0

T h e o r y o f w ire d r a w in g .......................................A -1 9 3D a y t o n , R . W .

W e a r - r e s i s t in g m a te r i a l s f o r l a t h e c o n ­s t r u c t i o n .................................................................... 199

d e F o r e s t , A . V .M e a s u r e m e n t o f d y n a m ic s t r a i n ( D ) . . . . A -6 1

D e H a r t , R . C .M o m e n t d i s t r i b u t io n a n a ly s i s f o r t h r e e -

d im e n s io n a l p ip e s t r u c t u r e s .........................A -2 4 0D e h y d r a t io n

B i b l i o g r a p h y ............................ .................................. 4 5 6H e a t a n d v a p o r t r a n s f e r in t h e d e h y d r a ­

t i o n of p r u n e s ........................................................ 447D e l m o n t e , J.

W o o d -c lo th a n d w o o d - p a p e r l a m i n a t e s . . 55 D e M i c h e a l , D . J.

M e a s u r e m e n t o f d y n a m ic s t r e s s a n d s t r a ini n t e n s i le - te s t s p e c im e n s ................................. A -6 5

D e n H a r t o g , J . P .D y n a m ic a l a n a lo g ie s ( B R ) ................................ A -6 4

D e p o y , S. M.E f f e c t o f g r a in s iz e a n d s u b z e r o t r e a t m e n t

o n p r o d u c t i v i t y o f f o u r h ig h -s p e e d s te e l s 6 4 5 D e s ig n D a t a

B a la n c in g o f r o t a t i n g a p p a r a t u s — I I .......... A -4 7C i r c u l a r b e a m s lo a d e d n o r m a l t o t h e p la n e

o f c u r v a t u r e — 2 .................................................... A -5 1D e V r i e s , T h o m a s

B o i le r e m b r i t t l e m e n t ( D ) ................................. 121D ie s e l E n g in e C y l i n d e r s

P o r o u s c h ro m iu m in e n g in e c y l i n d e r s . . . . 2 0 5 D i e t z , A . G. H .

B e h a v io r o f s y n th e t i c p h e n o lic - r e s in a d h e ­s iv e s in p ly w o o d u n d e r a l t e r n a t in gs t r e s s e s ........................................................................ 3 1 9

F a t ig u e s tu d i e s o n u r e a a s s e m b ly a d h e ­s iv e s .............................................................................. 4 4 2

D i s k s . See R o to r s , W h e e ls .D o d g e , H . F .

A s a m p l in g i n s p e c t io n p l a n f o r c o n t in u o u sp r o d u c t i o n ................................................................ 127

D j h r e n w e n d , C . O .M e a s u r e m e n t o f d y n a m ic s t r a i n ( A C ) . . . A -6 2M e c h a n ic a l s p r in g s ( B R ) ....................................A -2 5 5

D o k o s , S. J.T h e o r y o f w ire d r a w in g .......................................A -1 9 4

D r a f t G e a rD raft-gear action in tra in serv ice ............. 691

D r e w r y , M. K.Perform ance of Twin Branch 2500-psi

boiler (D ). See Furnace Perform ance Factors.

D r u c k e r , D . C.Photoelastic separation of principal

stresses by oblique incidence (A C ). . . . A-126 Studies in three-dim ensional photoelas­

tic ity (D )......................................................A-253D u d l e y , D . W.

On cu tting and hobbing gears and worms(A C )................................................................ A-251

D u g g a n , J . J.R equirem ents for relief of overpressure in

vessels exposed to f ire . .............................. 1D u l m a g e , W. W.

Theoretical regenerative-steam -cycle heatra tes (D ) ........................................................ 502

D u b a n d , W . F.Gas turb ines and turbosuperchargers (D ) 364

D u b y e a , H o w a r dRange of operation of steam p lan ts in a

combined system of steam and hydro .. 539 D u s i n b e r r e , G. M.

Influence of through-m etal on heat lossfrom insulated walls (D ).......................... 661

T em perature d istribution w ithin boiler tub ing under oblique rad ia tion (D ) . . . . 703

Theoretical regenerative-steam -cycle heatra tes (D )........................................................ 502

D y n a m ic sAn analy tical theory of landing-shock

effects on an airplane considered as an elastic b o d y ...................................................A-219

E a s h , J . T .H ig h - te m p e r a tu r e - s t e a m c o r ro s io n s tu d ie s

a t D e t r o i t ( D ) ....................................................... 2 8 9E b e r l e , F .

G r a p h i t i z a t io n c a u s e d b y t e s t in g c o n d i­t io n s o n c a rb o n - m o ly b d e n u m tu b u la r c r e e p - te s t s p e c im e n s . S ee G r a p h i t i z a ­t io n o f S te e l P ip in g .

E k s e r g i a n , R .D e v e lo p m e n t o f t h e L y s h o lm - S m i th

to r q u e c o n v e r t e r ( D ) ........................................ 3 4 9E l a s t ic it y

A p p l ic a t io n o f t h e F o u r ie r m e th o d t o t h e s o lu t io n o f c e r t a in b o u n d a r y p r o b le m sin t h e t h e o r y o f e l a s t i c i t y ............................. A -1 7 6

E q u i v a le n t c ir c u it s o f t h e e la s t ic f ie ld . . . . A -1 4 9 I n t r o d u c t i o n t o t h e o r y o f e la s t ic i ty ( B R ) . A -1 9 2 N u m e r ic a l a n d n e tw o rk - a n a ly z e r s o lu t io n

o f t h e e q u iv a l e n t c ir c u it s f o r t h e e la s t icf ie ld .............................................................................. A -1 6 2

E l e c t r ic A n a l o g yD y n a m ic a l a n a lo g ie s ( B R ) ................................A -6 4H e a t lo ss in in s u l a te d w a l ls .............................. 6 5 9

E l e c t r ic C o il sF o r m u la s f o r c a lc u la t in g t h e t e m p e r a t u r e

d i s t r ib u t io n in e le c t r i c a l c o ils o f g e n e ra lr e c t a n g u la r c ro s s s e c t i o n ................................ 6 6 5

E l e c t r i c P o w e r S y s t e m s . See also P o w e r P l a n t s — H y d r o e le c t r ic .

C o - o r d in a te d o p e r a t io n o f h y d r o a n d s te a m c a p a c i ty in e le c t r i c p o w e r s y s ­t e m s .............................................................................. 5 4 5

E l e c t r ic S t r a in G a g eM e a s u r e m e n t o f d y n a m ic s t r a i n ................... A -5 7

E l e c t r o n ic sA p p l ic a t io n o f e le c t ro n ic c o n t r o l ................... 2 5 9E x p e r im e n ta l e le c t ro n ic s ( B R ) ' ....................A -1 2 7T h e o r y a n d d e s ig n o f e le c t ro n ic c o n tr o l

a p p a r a t u s ................................................................. 2 4 9E l e c t r o p l a t in g

P o r o u s c h ro m iu m in e n g in e c y l in d e r s .......... 2 0 5E l r o d , J r ., H . G .

In f lu e n c e o f th r o u g h - m e ta l o n h e a t lo ss f r o m in s u l a te d w a lls ( D ) ............................... 6 6 2

E l y , F . G .D i s t r i b u t i o n o f h e a t a b s o r p t io n a n d f a c ­

t o r s a f f e c t in g p e r f o r m a n c e £ o f T w in B r a n c h 2 5 0 0 -p s i b o i le r . See F u r n a c e P e r f o r m a n c e F a c to r s .

E m b r i t t l e m e n t . See also B o ile r .B i b l i o g r a p h y .........................................110 , 2 9 4 , 4 7 3B o i le r E m b r i t t l e m e n t ........................................... 81P r o te c t io n f ro m e m b r i t t l e m e n t ...................... 471

E m e r s o n , R . W .C a r b id e i n s t a b i l i t y o f c a rb o n - m o ly b -

d e n u m s te e l p ip in g . See G r a p h i t i z a t io n o f S te e l P ip in g .

SOCIETY RECORDS—IND EX TO TRANSACTIONS OF THE A.S.M.E., VOL. 66 RI-65

E n g i n e s . See also Cylinders, S team E n­gines.

Porous chrom ium in engine c y lin d e rs .. . . 205 E n g i n e s — A i r c r a f t . See also A ircraft, Air­

plane.Aircraft-engine tem peratu re con tro l......... 595

E n g i n e s — S t e a m . See also S team Plants.Second law of therm odynam ics for

changes of s ta te and q uan tity of work­ing substance with particu lar refer- to en ce to steam en g in e s .. . .A-108, (D) A-191

E n g l e , M. D .Theoretical regenerative-steam -cycle heat

rates (D )........................................................ 503E r n s t , C. E.

Influence of through-m etal on heat lossfrom insulated walls (D )........................... 661

E x p e r i m e n t a l D a t a . See M athem atics.

F a t i g u e o p M a t e r i a l s . See M e ta l T e s t ­in g

F e e d w a t e r T r e a t m e n tA n e w a p p r o a c h t o t h e p r o b le m o f c o n d i ­

t io n in g w a te r f o r s te a m g e n e r a t io n . . . . 4 5 7 F e h r , R . O .

M e a s u r e m e n t o f t h e d a m p in g o f e n g in e e r ­in g m a te r i a ls d u r in g f le x u ra l v i b r a t io na t e le v a t e d t e m p e r a t u r e s ......................... .... A -8 6

M e a s u r e m e n t o f d y n a m ic s t r e s s a n d s t r a inin t e n s i le - te s t s p e c im e n s ................................ A -6 5

F e l l o w s , C . H .H i g h - te m p e r a tu r e - s t e a m c o r ro s io n s t u d ­

ies a t D e t r o i t ......................................................... 27 7F ib e r g l a s

P h y s ic a l p r o p e r t ie s o f a s t r u c t u r a l p la s t icm a te r i a l ..................................................................... 135

F ie l d , H o w a r d , J r .A n in t r o d u c t io n t o a i r c r a f t h y d r a u l i c s y s ­

tem s ............................................................................. 569F il t e r s

T h e m o d e rn h y d r a u l ic r e s e r v o ir : H o w i t p ro v id e s m ic ro n -ra n g e f i l t r a t io n a n dp u m p s u p e rc h a r g in g .......................................... 589

F i r e P r e v e n t io nR e q u ire m e n ts fo r re lie f o f o v e rp r e s s u re in

vesse ls e x p o sed to f i r e ...................................... 1F i s h e r , J . C .

R e la tio n s b e tw e e n t h e n o tc h e d - b e a m i m ­p a c t t e s t a n d th e s t a t i c te n s io n t e s t . . . A -2 8

F i s h e r , P . F .R e q u ire m e n ts fo r r e lie f of o v e rp r e s s u re in

v esse ls e x p o sed t o f i r e ...................................... 1F l o w o p F l u id s

B i b l i o g r a p h y ........................................ 1 5 1 ,2 1 9 , 6 7 7F lu id flow th ro u g h tw o o rific e s in s e r ie s —

I I .................................................................................. 3 8 7F r ic t io n fa c to rs fo r p ip e f lo w ........................... 671H ig h -p re s s u re p ip e-fin e r e s e a r c h ............ .. 2 1 5I n v e s t ig a t io n o f b la d e c h a r a c te r i s t ic s ;

p e r f o r m a n c e a n d eff ic ien cy of t u r b i n ea n d a x ia l-f lo w c o m p re s so r s t a g e s ............. 4 1 3

I s o th e r m a l p re s s u re d r o p f o r tw o - p h a s e tw o - c o m p o n e n t flow in a h o r iz o n ta l p ip e 139

L im i t in g i s o th e rm a l flow in p i p e s ................ 2 2 1N o z z le s fo r s u p e rs o n ic flow w i th o u t s h o c k

f r o n t s .................................................................... A -9 3B ib l io g r a p h y ......................................................... A -9 9

P r e s s u r e lo ss in e lb o w s a n d d u c t b r a n c h e s 177T e m p e r a tu r e c o n tr o l ............................................. 4 3 9T e s t a n d p r e d ic te d o il-co o le r p e r f o r m a n c e 75

F l u e - G a s A n a l y s isN e w c o m b u s t io n - c o n tr o l m e th o d s f o r a l l

s t a n d a r d f u e l s ....................................................... 4 0 7F l u i d F r i c t i o n . See also F lo w of F lu id s .

F r ic t io n f a c to r s fo r p ip e f lo w .......................... 671F l u i d M e t e r s

F l u id flow th r o u g h tw o o rifices in se rie s—I I ................................................................................... 3 8 7

F l y A s h . See A sh .F o r g in g o f S t e e l S h e l l s . O n e o f t h r e e

s p e c ia l p a m p h le ts b o u n d in a l l v o lu m e s of t h e T r a n s a c t io n s o f t h e A .S .M .E . fo r 1944 . P a m p h le t fo llo w s d i r e c t ly th e l a s t p a g e n u m b e r e d A -2 5 6 a n d p re c e d e s th e s p e c ia l p a m p h le t e n t i t le d “ G r a p h i ­t iz a t io n o f s t e e l P ip in g .”

F o u n d r y P r a c t ic eC e n tr i f u g a l c a s t in g o f s t e e l ............................... 6 0 7D e s ig n f e a tu re s o f c o n v e y in g e q u ip m e n t

fo r t h e f o u n d r y i n d u s t r y ................................ 2 3 5F o u r ie r M e t h o d

A p p l ic a tio n o f F o u r ie r m e th o d t o s o lu t io n o f b o u n d a r y p r o b le m s in t h e th e o r y ofe la s t i c i ty ...................................................................A -1 7 6

F r i c t i o n . See F lo w o f F lu id s .

F r o c h t , M. M.Photoelastic separation of principal

stresses by oblique incidence (D ) ......... A-125Studies in three-dim ensional photoelas-

tic ity ; stresses in ben t circular shafts w ith transverse holes— correlation with results from fatigue and s tra in meas­u rem en ts ......................................................... A-10

Studies in three-dim ensional photoelas­tic ity (A C ) ................................................... A-253

Studies in three-dim ensional photoelas­tic ity torsional stresses by oblique inci­dence................................................................A-229

F u e lCom bustion of barley a n th ra c i te . . . . . . . . 399Laboratory and field tests on coal-in-oil

fuels.................................................................. 185New com bustion-control m ethods for all

s tandard fuels............................................... 407F u r n a c e P e r f o r m a n c e F a c t o r s

One of three special pam phlets bound in all volumes of the Transactions of the A .S.M .E. for 1944. Pam phlet follows directly afte r pam phlet < entitled “ G raphitization of Steel P iping” and precedes the pages on Society Records.

F u r n a c e sR atio and m ultiple-fuel controls in the

steel in d u s try ................................................ 705

H

G a d d , C . W .M e a s u r e m e n t o f d y n a m ic s t r a i n ( D ) .......... A -6 1

G a d w a , T . A .R e q u i r e m e n ts f o r r e l ie f o f o v e rp r e s s u re i n

v e s se ls e x p o s e d t o f ire ( D ) ............................ 4 0G a g e s . S e e I n s t r u m e n t s — M e a s u r in g .G a s A n a l y s is

N e w c o m b u s t io n - c o n tr o l m e th o d s f o r a l ls t a n d a r d f u e l s ........................................................ 4 0 7

G a s T u r b in e sB i b l i o g r a p h y ................................................................ 3 6 0G a s tu r b in e s a n d t u r b o s u p e r c h a r g e r s . . . . 3 5 1

G e a r sS u r fa c e f a t ig u e o f p l a s t ic m a t e r i a l s ............. 2 9 7

G e a r C u t t in gO n c u t t i n g a n d h o b b in g g e a r s a n d w o rm s

( D ) ................................................................................ A -2 4 7G e i s e r , C . J .

R a t io a n d m u l t ip le - f u e l c o n tr o l s i n t h es te e l i n d u s t r y ( D ) ............................................... 711

G i e l e , W . S .D e s ig n f e a tu r e s o f c o n v e y in g e q u ip m e n t

f o r t h e f o u n d r y i n d u s t r y ( D ) ..................... 2 4 7G i l m o u r , C . H.

R e q u i r e m e n ts fo r re l ie f o f o v e rp r e s s u re inv e sse ls e x p o s e d t o f i r e ...................................... 1

G l a s s c o , R . B .A n a ly s is o f s t r e tc h - f o r m in g d o u b le -

c u rv e d s h e e t - m e ta l p a r t s ............................... 161G l u e d J o i n t s . S e e also P ly w o o d , A d h e ­

s iv e s .R a d io f r e q u e n c y te c h n o lo g y i n w o o d a p ­

p l i c a t i o n .................. .................................................. 56 3G l u e d L a m i n a t e d C o n s t r u c t i o n . S e e

P ly w o o d .G o l a n d , M .

S tre s s e s in c e m e n te d j o i n t s ................................ A -1 7G o o d ie r , J . N .

E f fe c t s o f w e b d e f o r m a t io n o n t h e to r s io no f I - b e a m s ................................................................ A -3 5

P h o to e la s t i c s t u d y o f b o l t a n d n u t f a s t e n ­in g s ( D ) ..................................................................... A -1 2 1

G r a p h it iz a t io n o f S t e e l P i p i n g . O n e of t h r e e s p e c ia l p a m p h le ts b o u n d in a l l v o l­u m e s o f t h e T r a n s a c t io n s o f t h e A .S .­M .E . f o r 1 944 . P a m p h le t fo llo w s t h a t o n “ F o r g in g o f S te e l S h e l ls ” a n d p r e ­c e d e s t h a t o n “ F u r n a c e P e r fo r m a n c e F a c to r s . ”

G r e e n h i l l , W . L .D if fe r e n t ia l s h r in k a g e o f w o o d ........................ 152

G r i f f i s , L e V a nM e a s u r e m e n t o f d y n a m ic s t r a in ( D ) .......... A -5 7

G r i n s f e l d e r , I J e n r yB e h a v io r o f s y n th e t i c p h e n o lic - r e s in a d ­

h e s iv e s in p ly w o o d u n d e r a l t e r n a t in gs t r e s s e s ........................................................................ 3 1 9

F a t ig u e s tu d i e s o n u r e a a s s e m b ly a d h e ­s iv e s .............................................................................. 4 4 2

G u i s e , A . B .R e q u i r e m e n ts fo r re l ie f of o v e rp r e s s u re in

v e s se ls e x p o s e d t o f ire ( D ) ............................ 40

H a g g , A . C .H e a t e ffe c ts in lu b r i c a t i n g f i lm s .................... A -7 2

H a l l , R . E .A n e w a p p r o a c h t o t h e p r o b le m o f c o n d i ­

t io n in g w a te r f o r s te a m g e n e r a t io n . . . . 4 5 7 H a n k is o n , L . E .

N e w a p p r o a c h t o t h e p r o b le m o f c o n d i­t io n in g w a te r f o r s te a m g e n e r a t io n ( D ) . 4 7 5

H a r d ie , P . H .T h e o r e t i c a l r e g e n e r a t iv e - s te a m -c y c le h e a t

r a t e s ( D ) ................................................................... 504H a r l o w , J . H .

P e r f o r m a n c e o f p u lv e r iz e d - c o a l- f i r e d b o il­e rs o n P h i la d e lp h ia E le c t r ic C o m p a n y s y s te m . See F u r n a c e P e r fo r m a n c e F a c to r s .

H a v e r s t i c k , J . S.G a s t u r b i n e s a n d tu r b o s u p e r c h a r g e r s ( D ) . 3 6 4

H a w k in s , G . A .C o r r o s io n o f a l lo y s te e ls b y h i g h - t e m p e r a -

t u r e s t e a m ........................................... ..................... 29 1H i g h - te m p e r a tu r e - s t e a m c o r ro s io n s t u d ­

ie s a t D e t r o i t ( D ) ................................................ 2 8 9H a y m a n , R ic h a r d L .

C o n t r o v e r s y o v e r t h e c h o ic e o f a m e d iu mf o r a i r c r a f t p o w e r t r a n s m i s s io n ................. 57 7

H e a d , V . P .R a d i a t i o n p y r o m e t r y i n t u r b o s u p e r ­

c h a rg e r t e s t i n g ...................................................... 2 6 5H e a t E x c h a n g e r s

T e s t a n d p r e d i c te d o il-c o o le r p e r f o r m a n c e 7 5 H e a t - I n s u l a t in g M a t e r ia l s

T h e in f lu e n c e o f t h r o u g h - m e t a l o n t h eh e a t lo s s f ro m i n s u l a t e d w a l l s ........... 65 3

H e a t T r a n s f e rB i b l i o g r a p h y ......................................................... 8 0 , 661E le c t r ic a n a lo g y ...................... ............................ 65 9F a c to r s a f f e c t in g t h e th ic k n e s s o f c o a l- a s h

s la g o n fu rn a c e -w a ll t u b e s ............................ 6 8 5F o r m u la s f o r c a lc u la t in g t h e t e m p e r a t u r e

d i s t r ib u t io n in e le c t r i c a l c o ils o f g e n ­e ra l r e c t a n g u la r c ro s s s e c t i o n ................ 6 6 5

B ib l io g r a p h y ........................................................... 6 6 9H e a t a n d v a p o r t r a n s f e r in t h e d e h y d r a ­

t io n o f p r u n e s ........................................................ 4 4 7T h e in f lu e n c e o f t h r o u g h - m e t a l o n t h e

h e a t lo s s f ro m in s u l a te d w a l l s .................... 6 5 3I s o t h e r m a l p r e s s u r e d r o p , p ip e f lo w ............ 139R e q u i r e m e n ts f o r r e l ie f o f o v e rp r e s s u re in

v e s se ls e x p o s e d t o f i r e ...................................... 1T e m p e r a tu r e d i s t r ib u t io n w i th in b o i le r

tu b in g u n d e r o b l iq u e r a d i a t i o n ................. 6 9 7T e s t a n d p r e d i c te d o i l-c o o le r p e r f o r m a n c e 7 5

H e a t - T r e a t m e n tE f fe c t o f g r a in s iz e a n d s u b z e r o t r e a t m e n t

o n p r o d u c t i v i t y o f f o u r h ig h -s p e e d s te e l s 6 4 5 H e c h t , M a x

N e w a p p r o a c h t o t h e p r o b le m o f c o n d i ­t io n in g w a te r f o r s te a m g e n e r a t io n ( D ) . 4 7 7

H e i n s , A l b e r t E .V e c to r a n d te n s o r a n a ly s i s ( B R ) ................... A -6 3

H e i s l e r , M . P .T h e in f lu e n c e o f t h r o u g h - m e t a l o n t h e

h e a t lo ss f ro m i n s u l a te d w a l l s .................... 6 5 3H e l d a c k , J . M .

S u p e r c h a r g e r s f o r a i r c r a f t e n g in e s ( D ) . . . 72 H e n r y , F . B .

D e s ig n f e a tu r e s o f c o n v e y in g e q u ip m e n tf o r t h e f o u n d r y i n d u s t r y ................................ 2 3 5

H e r m a n , D a l eT h e e v o lu t io n o f t h e h y d r a u l i c p u m p a s

a p p l i e d t o a i r c r a f t ............................................... 583H e r o l d , R ic h a r d

G a s tu r b in e s a n d tu r b o s u p e r c h a r g e r s ( D ) . 3 6 4 H e r s b e r g e r , A . B .

L a b o r a t o r y a n d f ie ld t e s t s o n c o a l- in -o i lf u e l s .............................................................................. 185

H e s s , P . M .M a in te n a n c e o f h y d r o e le c tr ic g e n e r a t in g

u n i t s ( D ) ................................................................... 3 3 3H e t e n y i , M .

D i c t i o n a r y o f s c ie n c e a n d t e c h n o lo g y( B R ) .............................................................................A -1 2 7

O n g r o w th a n d f o r m ( B R ) ................................ A -2 5 5P h o to e la s t i c s t u d y o f b o l t a n d n u t f a s t e n ­

in g s ( A C ) ..................................................................A -1 2 3H i e m k e , H . W .

N o tc h - to u g h n e s s t e s t s o f c a rb o n - m o ly b -d e n u m p ip e m a t e r i a l ( D ) .............................. 4 2 9

H i g g i n s , T . J .F o r m u la s f o r c a lc u l a t i n g t h e t e m p e r a t u r e

d i s t r i b u t io n in e le c t r i c a l c o ils o f g e n e ra lr e c t a n g u la r c ro s s s e c t i o n ................................ 6 6 5

H ig h - F r e q u e n c y H e a t in gR a d io - f r e q u e n c y te c h n o lo g y in w o o d

a p p l i c a t i o n ............................................................... 563H i p p l e , J . A .

E x p e r im e n ta l e le c t ro n ic s ( B R ) ...................... A -1 2 7

RI-66 SOCIETY RECORDS—IN D EX TO TRANSACTIONS OF THE A.S.M.E., VOL. 66

H is c o c k s , R . D .Plastic plywoods in a irc raft construction . 169

H o f f , N . J .Stresses in a reinforced monocoque cylin­

der under concentrated sym m etrictransverse lo ad s ........................................... A-235

H o g a n , M e r v in B .C ircular beam s loaded norm al to the plane

of curvature— 2 ............................................ A-51H o l m q u is t , J . L .

Notch-toughness tests of carbon-m olyb-denum pipe m aterial (D ) ......................... 429

H o r n b , G . A .Fluid flow through tw o orifices in series—

1 1 (D ) .............................................................. 395H o r v a y , G.

Pi-tee transform ations in the analysis ofm echanical transm ission lines .................A-41

H o y t , S a m u e lM etals and alloys d a ta book (B R )............A-192

H o y t , S . L .G raphitization of steel piping (D ). See

G raphitization of Steel Piping.H u b b a b d , C. W.

Friction factors for pipe flow (D ) .............. 678H u t c h in s , A . T .

R ange of operation of s team p lan ts in a combined system of steam an d h y d r o . . 539

H y d r a u l ic A ir c r a f t C o n t r o l . See A ir­c raft H ydraulic System s.

H y d b a u l ic D r i v e s . See Torque Con­verters.

H y d r a u l ic R e s e r v o i rThe m odern hydraulic re se rv o ir .. .■......... 589

H y d r a u l ic T u b b in e sEfficiency analysis of Pelton wheels.......... 527M aintenance of hydroelectric generating

u n its .................................................................. S29M echanical features of the Glenville im ­

pulse tu rb in e ................................................. 513H y d r a u l ic s . See Flow of Fluids. H y d r o e l e c t r ic P l a n t s

C o-ordinated operation of hydro and steam, capacity in electric power sys­te m s .................................................................. 545

M echanical features of the Glenville im ­pulse tu rb in e ................................................. 513

H y d r o g e n E m b r it t l e m e n tBoiler em b rittlem en t....................................... 81

I

J a s p e r , T . M cL e a nN otch-toughness tests of carbon-m olyb-

denum pipe m ateria l (D ) ......................... 430R equirem ents for relief of overpressure in

vessels exposed to fire (D ) ....................... 43J e h e b e r , R .A ,

Some characteristics of ro ta ry pum ps inav iation service (D ) ................................... 621

J e t e r E . C*C entrifugal casting of steel (D ) .................. 614

J o h n s o n , A l l e n J .T he com bustion of barley an th rac ite ........ 399

J o h n s o n , A n t o nC entrifugal casting of steel (D ) .................. 614

J o in t s , See also Adhesives.Radio-frequency technology in wood ap ­

plication ................. ........................................ 563W elded jo ints, B ibliography........................ A-27

J o n e s , B. W.Effect of com bined high tem pera tu re and

high hum id ity on th e corrosion of sam ples of various m e ta ls ........................ 624

K

I n d u s t r ia l F u r n a c e s . See also Furnace Perform ance Factors.

R atio an d m ultiple-fuel controls in thesteel in d u s try ................................................ 705

I n s t r u m e n t sF ligh t-test reco rd ing ....................................... 271

I n s t r u m e n t s — P r e s s u r eForced and free m otion of a mass on

an a ir sp rin g ..................................................A-101I n s t r u m e n t s — S t r a in M e a s u r in g

M easurem ent of dynam ic stra in (D )........ A-57I n s t r u m e n t s — T e m p e r a t u r e

Analysis of the V alverde th e rm o s ta t......... A-183High-speed m ultiple-point potentiom eter

recorder for m easuring therm ocouple tem peratures during test-p lane flights. 271

R adiation pyrom etry in turbosuper-charger te s t in g .............................................. 265

“ T em p-tu rb” tem perature-contro l system 439 I n s u l a t io n o f W a l l s

Influence of th rough -m etal........................... 653I p p e n , A. T .

Friction factors for pipe flow (D ) .............. 678I r e l a n d , J r ., M . L .

T heoretical regenerative steam -cycle heat ra tes (D ) ............................................... 504

JJ a k o b , M .

Second law of therm odynam ics for changes of s ta te and quan tity of work­ing substance w ith p a rticu la r referenceto steam engines (D )„ ................................A-191

J a n c o , N a t h a nCentrifugal casting of steel (D ) .................. 613

J a n it z k y , E . J .M achinability of plain-carbon, alloy, and

austen itic (nonm agnetic) steels, and its relation to yield-stress ratios when ten ­sile streng ths are s im ila r........................... 649

K a s i k , G. B.E xperim ental s tu d y o f shell draw ing.

See Forging of Steel Shells.K a u f m a n , C. E .

New approach to th e problem of condi­tion ing w ater for steam generation (D) 478

K a y e , J o s e p hT rea tm en t of experim ental d a ta (B R ). . . A-127

K e e n a n , J . H.Fluid flow th rough tw o orifices in series—

II (D ) .............................................................. 396Second law of therm odynam ics for

changes of s ta te and quan tity of work­ing substance w ith particu lar referenceto steam engines (D )................................. A-191

K e e v i l , N. B.New approach to th e problem of condi­

tioning w ater for steam generation (D ). 479 K e l l e r , E. G .

An analy tica l theory of landing-shock ef­fects on an airplane considered as anelastic b o d y ................................................... A-219

K e l l e r , H. C.Application and design of package con­

veyers ............................................................... 225K e r r , H. J .

G raphitization caused by testing condi­tions on carbon-m olybdenum tubu lar creep-test specimens. See G raphitiza­tion of Steel Piping.

G raphitization of steel piping (D ). See Graphitization. of Steel Piping.

K e r r , S. L o g a n Efficiency analysis of Pelton wheels (D ). . 537

K im b a l l , W . S.Tem perature distribution w ithin boiler

tubing under oblique rad ia tio n ............... 697K i n g , W. J .

Gas turb ines and turbosuperchargers (D ). 365Superchargers for a ircraft engines............. 61

K i n n e y , W . F.N otch-toughness tests of carbon-m olyb­

denum pipe m a te ria l.................................. 421K l e in s c h m id t , R . V.

B ursting tests of s team -turb ine diskwheels (D ) ...................................................... 380

K n o w l t o n , P . H .Theoretical regenerative-steam -cycle heat

r a t e s ................................................................. 489K r e i s i n g e r , H e n r y

H eat-transfer to w ater-cooled furnace walls. See Furnace Perform ance F ac ­tors.

K r o n , G a b r ie lE quivalen t circuits of the elastic fie ld . . . . A-149

K r o o n , R . P .B alancing of ro ta tin g apparatu s— I I ........ A-47B ursting tests of s team -tu rb ine disk

wheels (D ) ...................................................... 381K y l e , P e t e r E .

M etals and alloys d a ta book (B R )........... A-192

L a m in a t e d W o o d . See Plywood.L a m in a t e s

Physical properties of a s tru c tu ra l plasticm a te r ia l . . .................................................... 135

W ood cloth and wood paper la m in a te s .. 55

L a t h e s . See M etal Testing— Wear.L a v e r t y , F. W.

High-pressure pipe-lfne research ................ 215L o c h a k , B o r is

Simplified m ethod of analysis of reactions developed by expansion in a three-anchor piping system ................................. 311

L o n d o n , A. L .T est and predicted oil-cooler performance 75

L o r i g , C . H .W ear-resisting m aterials for la the con­

s tru c tio n ......................................................... 199L o u g h b o r o u g h , W. K.

D ifferential shrinkage of wood (D )........... 153L o w y , R o b e r t

Efficiency analysis of Pelton wheels.......... 527M echanical features of the Glenville im­

pulse turb ine ( D ) ....................................... 523L u b a h n , J . D .

D raw ing thin-walled tub ing with a mov­ing m andrel through a single stationaryd ie .................................................................... A-199

Strength of cylindrical dies (A C ).............. A-246L u b r ic a t io n

B ibliography.....................................................A-124Lubrication (B R )............................................A-128H eat effects in lubricating films................. A-72Porous chromium in engine cy linders.. . . 209

L y s h o l m , A.Developm ent of the Lysholm-Smith

torque converter.......................................... 343

MM a c G r e g o r , C. W.

Relations between the notched-beam im­pact test and the static tension t e s t . . . A-28

M a c h in a b il it y . See M etal Cutting.M a c h in e T o o l s

W ear-resisting m aterials for lathe con­s tru c tio n ......................................................... 199

M a k e r , F. L.R equirem ents for relief of overpressure in

vessels exposed to fire (D )...................... 41M a n j o i n e , M . J .

Influence of ra te of s tra in and tem peratureon yield stresses of mild steel.................A-211

M a n n , J . W.Radio-frequency technology in wood ap­

plication ......................................................... 563M a r k s o n , A . A .

Theoretical regenerative-steam-cycle heatra tes (D ) ........................................................ 504

M a r t in , M a u r ic e

Pressure loss in elbows and duct branches( D ) ................................................................... 183

M a r t i n e l l i , R. C.Isotherm al pressure drop for two-phase

two-com ponent flow in a horizontal pipe 139 M a t e r ia l s H a n d l in g

A pplication and design of package con­veyers............................................................. 225

Design features of conveying equipm entfor th e foundry in d u s try .......................... 235

M a t h e m a t ic s A n analy tical theo ry of landing-shock

effects on an airplane considered as anelastic b o d y ...................................................A-219

Application of th e Fourier m ethod to the solution of certa in boundary problemsin the theory of e lastic ity ........................A-176

M om ent-d istribution analysis for three-dim ensional pipe s tru c tu res.................... A-240

Pi-tee transform ations in th e analysis ofm echanical transm ission lines................ A-41

T rea tm en t of experim ental d a ta (B R ). . . A-127Vector and tensor analysis (B R )...............A-63

M a u c h e r , W . L.Effect of com bined high tem peratu re and

h igh hum id ity on th e corrosion ofsam ples of various m eta ls ........................ 624

M a u l , J . A.B ursting tests of s team -turbine disk

wheels (D )..................................................... 381M cA d a m , D . J . , J r .

B ursting tests of steam -turbine diskwheels (D )...................................................... 381

M c C h e s n e y , I. G.New approach to the problem of condi­

tioning w ater for steam generation (D ). 480 M c C o r m a c k , D. J .

M echanical features of the Glenville im­pulse turbine (D )........................................ 524

M c C u t c h a n , A r t h u rB ursting tests of steam -turbine disk

wheels (D )..................................................... 381

SOCIETY RECORDS—IN D EX TO TRANSACTIONS OF TH E A.S.M.E., VOL. 66 RI-67

M c K i n n e y , D . S .N e w a p p r o a c h t o t h e p r o b le m o f c o n d i­

t io n in g w a te r f o r s te a m g e n e r a t io n ( D ) . 4 8 0M c M a h a n , K . D .

B u r s t in g t e s t s o f s t e a m - t u r b i n e d i s k w h e e ls ( D ) ................................................................ 3 8 2

M c N a l l , F . M .H ig h - p re s s u re p ip e - l in e r e s e a r c h .................... 2 1 5

M e a r s , R . B .B o ile r e m b r i t t l e m e n t ( D ) ................................... 122E f fe c t of c o m b in e d h ig h t e m p e r a t u r e a n d

h ig h h u m id i ty o n t h e c o r r o s io n ofs a m p le s o f v a r io u s m e ta ls ( D ) ................... 6 3 2

M e h a f f e y , W . R .M e a s u r e m e n t o f d y n a m ic s t r a in ( A C ) . . . A -6 2

M e i e r , J . H .M e a s u r e m e n t o f d y n a m ic s t r a i n ( D ) .......... A -5 9

M e r c h a n t , M . E u g e n eB a s ic m e c h a n ic s o f t h e m e t a l - c u t t in g

p r o c e s s ........................................................................A -1 6 8M e r c ie r , J e a n

H ig h - a n d lo w - p re s s u re a i r p l a n e h y ­d r a u l ic s i n E u r o p e ............................................... 59 9

M e t a l C o r r o s i o n . See also S te a m C o r r o ­s io n .

B i b l i o g r a p h y ......................................... 110 , 2 9 4 , 473E f fe c t o f c o m b in e d h ig h t e m p e r a t u r e a n d

h ig h h u m id i ty o n t h e c o r r o s io n ofm e t a l s ......................................................................... 6 2 4

H ig h - te m p e r a tu r e - s t e a m c o rro s io n s t u d ­ie s a t D e t r o i t ......................................................... 277

M e t a l C u t t in gB a s ic m e c h a n ic s o f t h e m e ta l- c u t t in g

p r o c e s s .......................................................................A -168E f f e c t o f g r a in s iz e a n d s u b z e r o t r e a tm e n t

o n p r o d u c t i v i t y o f f o u r h ig h -s p e e ds t e e l s ........................................................................... 645

A n in v e s t ig a t io n o f r a d ia l r a k e a n g le s inf a c e m i l l in g ............................................................. 633

M a c h i n a b i l i ty o f p la in -c a rb o n , a l lo y , a n d a u s te n i t i c (n o n m a g n e tic ) s te e ls , a n d i ts r e l a t i o n t o y ie ld - s t r e s s r a t io s w h e n t e n ­s ile s t r e n g t h s a re s im i la r ................................ 649

M e t a l D r a w i n g . See also W ire D ra w in g . D r a w in g th in - w a l le d tu b in g w i th a m o v ­

in g m a n d r e l th r o u g h a s in g le s ta t io n a r y d i e ................................................................................. A -199

M e t a l F o r m in gA n a ly s is o f s t r e tc h - f o r m in g d o u b le - c u rv e d

s h e e t - m e t a l p a r t s . . . . ....................................... 161M e t a l l u r g ic a l F u r n a c e s . See I n d u s t r i a l

F u r n a c e s .M e t a l s

M e ta l s a n d a l lo y s d a t a b o o k ( B R ) ............. A -1 9 2M e t a l T e s t i n g

I n f lu e n c e o f r a t e o f s t r a in a n d t e m p e r a ­t u r e o n y ie ld s t r e s s e s o f m ild s t e e l . . . . A -2 1 1

S t r e n g t h o f c y l in d r ic a l d ie s ( D ) ....................A -2 4 5M e t a l T e s t i n g — F a t ig u e

S u r fa c e f a t i g u e o f p la s t ic m a te r i a l s .............. 2 9 7M e t a l T e s t i n g — I m p a c t

N o tc h - to u g h n e s s t e s t s o f c a rb o n -m o ly b -d e n u m p ip e m a t e r i a l ........................................ 42 1

R e la t i o n s b e tw e e n t h e n o tc h e d -b e a m im ­p a c t t e s t a n d t h e s ta t i c te n s io n t e s t . . . A -2 8

M e t a l T e s t in g — T e n s io nM e a s u r e m e n t o f d y n a m ic s t r e s s a n d

s t r a i n i n t e n s i le t e s t s p e c im e n s ................ A -6 5R e la t i o n s b e tw e e n t h e n o tc h e d - b e a m im ­

p a c t t e s t a n d t h e s t a t i c te n s io n t e s t . . . A -2 8 M e t a l T e s t i n g — W e a r

W e a r - r e s i s t in g m a te r i a ls fo r l a th e c o n ­s t r u c t i o n .................................................................... 199

M e y e r , C . A .T h e o r e t i c a l r e g e n e r a t iv e -s te a m -c y c le h e a t

r a t e s ( D ) .................................................................. 5 0 5M i c h e l , J . R .

F u r n a c e d e s ig n a n d d e v e lo p m e n t of s t e a m - g e n e r a t in g u n i ts b u r n in g C e n t r a l I l l in o i s c o a l. See F u r n a c e P e r fo r m a n c e F a c to r s .

M id d l e t o n , R . E .M a in t e n a n c e o f a i r c r a f t h y d r a u l i c s y s ­

t e m s i n t h e f ie ld .................................................. 6 0 5M il l e r , B e n j a m in

T h e S t re n g th o f c y lin d r ic a l d ie s ( D ) .......... A -2 4 5M i l l e r , E . F .

P h o to e la s t i c s tu d y o f b o l t a n d n u t f a s t e n ­in g s ( D ) .................................................................... A -1 2 3

M i l l e r , R . F .A p o s s ib le m e a n s o f a v o id in g lo c a l g r a p h i ­

t i z a t i o n o f s te e ls in s e rv ic e a t e le v a te d t e m p e r a tu r e s . See G r a p h i t i z a t io n of S te e l P ip in g .

M i l l i n g . See M e ta l C u t t i n g .M o o d y , A . M . G .

B u r s t in g t e s t s o f s te a m - tu r b in e d is kw h ee ls ( D ) ............................................................... 3 8 4

F i r in g h ig h -p r e s s u r e f u rn a c e s ( D ) .............. 43 7

M o o d y , L. F.Efficiency analysis of P elton wheels (D ) . . 538Friction factors for pipe flow....................... 671

M o r g a n , FT em peratu re re la tions in journal-bearing

system s (A C )................................................ A-124M o r r in , E. H.

Isotherm al pressure drop for two-phase tw o-com ponent flow in a horizontal pipe 139

M oss, S a n f o r d A.Gas turbines and tu rbosuperchargers.. . . 351

M o x l e y , S . D.C entrifugal casting of s tee l........................... 607

M u i r , R . C.Gas turb ines and turbosuperchargers (D) 365

M u l l i k i n , H. F.Absorption of heat by walls of a fu r­

nace (D ). See Furnace Perform ance Factors.

H eat-transfer to water-cooled furnace walls (D ). See Furnace Perform ance Factors.

M u m f o r d , A. R.Sum m ary of reports in physical conditions

reported by eight operating companies.See Furnace Perform ance Factors.

M u s k a t , M .T em perature relations in journal-bearing

system s (A C )............................................... A-124M y k l e s t a d , N. O .

Analysis of stretch-form ing double-curved sheet-m etal p a r ts ................................ . . . . 161

NN a d a i , A .

B ursting te sts of s team -turbine diskwheels (D ) ...................................................... 382

P lastic s ta tes of stress in curved shells: th e forces required for forging of th e nose of high-explosive shells. See Forg­ing of Steel Shells.

N a t u r a l - G a s P i p e L i n e sB ibliography...................................................... 219High-pressure pipe-line research................ 215L im iting iso therm al flow in p ipes.............. 221

N e t t e l , F r e d e r i c kG as tu rb ines and turbosuperchargers (D) 366

N e t w o r k A n a l y s isE quivalen t c ircuits of th e elastic field. . . .

............................................................. A -149, A-162N e w c o m b , F . L .

Requirem ents for relief of overpressurein vessels exposed to fire (D ) .................. 43

N e w k i r k , B u r t L .L ubrication (B R ).............................................A-128

N e w m a n , L . E.M odern tu rb ines (B R )........ .......................... A-191

N O N F E R R O U S M E T A L SEffect of com bined high tem pera tu re and

h igh hum id ity on th e corrosion ofsam ples of various m e ta ls .................. 624

N o t c h e d - B e a m I m p a c t T e s tR elations betw een th e notched-beam im ­

p ac t te s t and th e s ta tic tension t e s t . . . A-28 N o z z l e s

G as tu rb ines and tu rb o su p e rch arg ers .. . . 351 Nozzles for supersonic flow w ithou t shock

fro n ts ................................................................ A-93

oO i l - C o a l M i x t u r e s . See also C o llo id a l

F u e l......................................................... .L a b o r a t o r y a n d f ie ld t e s t s o n c o a l- in -o i l

f u e l s .................................................................. 185O i l - C o o l e r s . See also H e a t E x c h a n g e r s .

B ib l io g r a p h y ...................................................... 75O l s o n , H . F.

D y n a m ic a l a n a lo g ie s ( B R ) ........................... A-64

P a c h , L.On cu tting and hobbing gears and worms

( D ) ....................................................... .......... A-248P a r d o e , W. S.

Friction factors for pipe flow (D ) ............ 679P a r k e r , E . R.

M easurem ent of dynam ic stress and s tra in in tensile te s t specim ens............... A-65

P a r t r id g e , E . P .B o ile r e m b r i t t l e m e n t ( D ) ................................... 122

P a s c h k i s , V ic t o rF o r m u la s f o r c a lc u l a t i n g t h e t e m p e r a t u r e

d i s t r i b u t io n i n e le c t r i c a l c o ils o f g e n e ra lr e c t a n g u la r c ro s s s e c t io n ( D ) ..................... 6 6 9

H e a t - t r a n s f e r t o w a te r - c o o le d f u rn a c e w a lls ( D ) . See F u r n a c e P e r fo r m a n c e F a c to r s .

T h e in f lu e n c e o f t h r o u g h - m e t a l o n t h eh e a t lo s s f ro m i n s u l a te d w a l l s .................... 6 5 3

P a s i n i , A . C.N e w a p p r o a c h t o t h e p r o b le m o f c o n d i ­

t io n in g w a te r f o r s te a m g e n e r a t io n ( D ) . 481 P a t t e r s o n , R . C.

H e a t - t r a n s f e r t o w a te r - c o o le d f u r n a c e w a lls . See F u r n a c e P e r f o r m a n c e F a c - . to r s .

P e l t o n W h e e l s . See also H y d r a u l i c T u r ­b in e s .

E f f ic ie n c y a n a ly s i s o f P e l to n w h e e ls ........... 52 7P e r r y , R . L .

H e a t a n d v a p o r t r a n s f e r i n t h e d e h y d r a ­t i o n o f p r u n e s ......................................................... 447

P e t e r s o n , E . G .F i r in g h ig h -p r e s s u r e f u r n a c e s ........................... 4 3 3

P e t r o l e u m S t o r a g eR e q u i r e m e n ts f o r r e l ie f o f o v e rp r e s s u re i n

v e s se ls e x p o s e d t o f i r e ...................................... 1P f a u , A r n o l d

M e c h a n ic a l f e a tu r e s o f t h e G le n v il le im ­p u ls e t u r b i n e ........................................................... 513

P h i l l i p s , E . M .B u r s t in g t e s t s o f s te a m - t u r b i n e d is k

w h e e ls ( D ) ................................................................ 3 8 3P h o t o e l a s t ic it y

P h o to e la s tifc s e p a r a t i o n o f p r in c ip a ls t r e s s e s b y o b l iq u e in c id e n c e ( D ) ............A -1 2 5

P h o to e la s t i c s t u d y o f b o l t a n d n u t f a s t e n ­in g s ( D ) ......................................................................A -1 2 1

P r o c e e d in g s o f t h e S o c ie ty f o r E x p e r im e n ­t a l S t r e s s A n a ly s is ( B R ) .................................A -6 3

S tu d ie s i n t h r e e -d im e n s io n a l p h o to e l a s ­t i c i t y : s t r e s s e s i n b e n t c i r c u la r s h a f t s w i th t r a n s v e r s e h o le s — c o r r e la t io n w i th r e s u l t s f ro m f a t i g u e a n d s t r a i n m e a s u r e ­m e n t s .................................................. A -1 0 , ( D ) A -2 5 3

S tu d ie s in t h re e -d im e n s io n a l p h o to e l a s ­t i c i t y to r s io n a l s t r e s s e s b y o b l iq u e in c i ­d e n c e ............................................................................A -2 2 9

P h y s ic sO n g r o w th a n d f o rm ( B R ) ................................ A -2 5 5

P ic k e t t , G e r a l dA p p l ic a t io n o f t h e F o u r ie r m e th o d t o t h e

s o lu t io n o f c e r t a in b o u n d a r y p r o b le m si n t h e t h e o r y o f e l a s t i c i t y ..............................A -1 7 6

P i g o t t , R . J . S.F r ic t io n f a c to r s f o r p ip e flo w ( D ) ................. 6 8 0S o m e c h a ra c te r i s t i c s o f r o t a r y p u m p s in

a v ia t io n s e r v i c e .................................................... 6 1 5

P i n e s , S .P i - t e e t r a n s f o r m a t io n s i n t h e a n a ly s i s of

m e c h a n ic a l t r a n s m is s io n l i n e s .................... A -4 1P i p e

G r a p h i t i z a t io n . See G r a p h i t i z a t io n of S te e l P ip in g .

M o m e n t - d i s t r i b u t io n a n a ly s i s fo r th r e e -d im e n s io n a l p ip e s t r u c t u r e s ........................ A -2 4 0

N o tc h - to u g h n e s s t e s t s o f c a rb o n - m o ly b -d e n u m p ip e m a t e r i a l ................................... 4 2 1

S im p lif ie d m e th o d o f a n a ly s i s o f r e a c t io n s d e v e lo p e d b y e x p a n s io n i n a t h r e e -a n c h o r p ip in g s y s t e m ....................................... 3 1 1

P i p e L i n e s . See also F lo w o f F lu id s , N a t u - r a l - G a s P ip e L in e s .

F r ic t io n f a c to r s f o r p ip e f lo w ........................... 67 1H ig h - p re s s u re p ip e - l in e r e s e a r c h .................... . 2 1 5I s o t h e r m a l p r e s s u r e d r o p .................................... 138

B ib l io g r a p h y ........................................................... 151P r e s s u r e lo ss i n e lb o w s a n d d u c t b r a n c h e s . 177

B ib l io g r a p h y ........................................................... 182

P iv o t sI n v e s t ig a t io n o f t h e c ro s s - s p r in g p i v o t . . . A -1 1 3

P l a c e , P . B .B o i le r e m b r i t t l e m e n t ( D ) ................................... 123

P l a s t ic it yD r a w in g th in - w a l le d t u b in g w i t h a m o v ­

in g m a n d r e l t h r o u g h a s in g le s t a t i o n a r y d i e ...................................................................................A -1 9 9

P l a s t ic sP h y s i c a l p r o p e r t i e s o f a s t r u c t u r a l p l a s t ic

m a t e r i a l ...................................................................... 135P l a t e s

B e n d in g o f t h e c la m p e d s e c to r ia l p l a t e . . .A -1 3 4 B e n d in g o f t h e c y l in d r ic a l l y a e o lo t ro p ic

p l a t e ............................................................................. A -129S t r e n g th e n in g o f c i r c u la r h o le s i n p la te s

u n d e r e d g e l o a d s ..................................................A -1 4 0P l a t in g

P o r o u s c h ro m iu m i n e n g in e c y l i n d e r s . . . . 2 0 5

RI-68 . SOCIETY RECORDS—IN D EX TO TRANSACTIONS OF TH E A.S.M.E., VOL. 66

P l y w o o dB ehavior of syn thetic phenolic-resin adhe­

sives in plywood under a lte rna tingstresses........................................................ 319

B ib liography ................................................. 328D ifferential shrinkage of wood.................... 152Fatigue studies on urea assem bly adhe­

sives.................................................................. 442P lastic plywoods in a ircraft construction. 169 Problem s of construction and a lternate

substitu tions in wood a irc ra ft................. 155R adio-frequency technology in wood ap­

p lica tion .......................................................... 563W ood-cloth and wood-paper lam in a te s ... 55

B ibliography.................................................. 59P o r i t s k y , H.

O n cutting and hobbing gears and worms• (A C ).................................................................A-251

P o w e r P l a n t s — H y d r o e l e c t r icCo-ordinated operation of hydro and

stieam capacity in electric power sys­tem s.................................................................. 545

M echanical features of th e Glenville im ­pulse tu rb in e .................................................. 513

P o w e r P l a n t s — S t e a m . S ee a lso Steam Plants.

O peration of steam p lants in a com­bined system of s team and h y d ro . . 539, 545

Theoretical regenerative - steam - cycleh eat ra te s ........................................................ 489

P r e s s u r e D r o p . See Flow of Fluids, P ipe Lines.

P r e s s u r e M e a s u r e m e n tForced and free m otion of a m ass on an air

s p r in g .............................................................. A-101P r e s s u r e V e s s e l s

R equirem ents for relief of overpressure invessels exposed to fire................................ 1

P r o d u c t I n s p e c t io nA sam pling inspection p lan for continuous

production ...................................................... 127P u m p s — H y d r a u l ic . See A ircraft H ydrau­

lic System s.P u m p s — R o t a r y

Some characteristics of ro ta ry pum ps inaviation service............................................. 615

P y l e s , R u s s e l lPorous chrom ium in engine c y lin d e rs .. . . 205

P y r o m e t e r s . See Instrum ents— tem pera­tu re .

Q u a l it y C o n t r o lA sam pling inspection plan for continuous

p roduc tion ...................................................... 127

RR a d io - F r e q u e n c y H e a t in g

Radio-frequency technology in wood ap­p lica tion .......................................................... 563

R a il r o a d T r a in sD raft-gear action in tra in serv ice.............. 691

R a n k i n , A. W.Shrink-fit stresses and deform ations.........A-77

R a y , W il l ia m A.Aircraft-engine tem pera tu re c o n tro l......... 595

R e e d , R o b e r tNew com bustion-control m ethods for all

s tan d a rd fue ls ......................................... 407R e i d , W . T .

Factors affecting th e thickness of coal-ashslag on furnace-w all tu b e s ........................ 685

T he flow characteristics of coal-ash slags in the solidification range. See Furnace Perform ance Factors.

Perform ance of Tw in B ranch 2500-psi boiler (D ). See Furnace Perform ance Factors.

R e i s s n e r , E .Stresses in cem ented jo in ts ...........................A-17

R e m p t , H . F .C ontroversy over the choice of a m edium

for a ircraft power transm ission (D ) . . . 582 R e t t a l ia t a , J . T .

Gas turb ines and turbosuperchargers (D ). 366 R j e g e l , G. C.

N otch-toughness tests of carbon-m olyb-denum pipe m aterial (D ) ......................... 430

R in g sStress in a reinforced monocoque cylinder

under concentrated sym m etric tra n s ­verse loads......................................................A-235

R o b e r t s , H . C.M easurem ent of dynam ic s tra in (D ) ......... A-60

R o b e r t s , J . F.M aintenance of hydroelectric generating

un its (D ) ......................................................... 335R o b i n s o n , E r n e s t L.

B ursting tests of s team -turb ine diskw heels.............................................................. 373

Theoretical regenerative-steam -cycle heatra tes (D ) ......................................................... 505

R o g e r s , F. H .M aintenance of hydroelectric generating

units (D ) ......................................................... 336R o h r ig , I. A.

G raphitization caused by testing condi­tions on carbon-m olybdenum tubu la r creep-test specimens (D ). See G raphi­tiza tion of Steel Piping.

. H igh-tem perature-steam corrosion studiesa t D e tro it....................................................... 277

N otch-toughness tests of carbon-molyb-denum pipe m a teria l................................ . 421

R o t o r sB alancing of ro ta tin g a pparatu s— I I A-47 B ursting tests of s team -turb ine disk

wheels.............................................................. 373Stress coefficients for ro ta ting disks of

conical profile................................................ A -lR o u s e , H u n t e r

Friction factors for pipe flow (D ).............. 680R o w a n d , W . H .

N atural-circulation te s t results on the 2500-psi Tw in Branch boiler. See F u r­nace Perform ance Factors.

R o w l a n d , D . H .Boiler em brittlem ent (D ).............................. 123

R u g e , A. C.M easurem ent of dynam ic s tra in (D )........ A-61

R u s s e l l , G. F.R adio-frequency technology in wood ap­

p lica tion .......................................................... 563R u s s e l l , S. T.

R equirem ents for relief of overpressure in vessels exposed to fire (D ) .................. 44

S a c h s , G.D raw ing thin-w alled tub ing w ith a mov­

ing m andrel th rough a single s ta tionaryd ie .................................................................... A-199

Experim ental s tu d y of shell drawing.See Forging of Steel Shells.

S treng th of cylindrical dies (A C )...............A-246S a f e t y E n g i n e e r i n g

Requirem ents for relief of overpressure invessels exposed to fire ................................ 1

S a f e t y V a l v e sRequirem ents for relief of overpressure in

vessels exposed to fire................................ 1S a l i s b u r y , J . K e n n e t h

Theoretical regenerative-steam -cycle heatra tes (D )......................................................... 506

S a m a n s , W .Requirem ents for relief of overpressure in

vessels exposed to fire (D )....................... 46S c a r f J o in t s

R adio frequency technology in wood ap­p lica tion ........................................................ .. 566

S c h a b t a c h , C a r lM easurem ent of th e dam ping of engineer­

ing m ateria ls .during flexural v ibrationa t elevated tem p era tu res .......................... A-86

S c h m id t , A. O.A n investigation of rad ial rake angles in

face m illing.................................................... 633S c h R O E D E R , W . C.

Boiler em brittlem ent (D ) .............................. 117L abora to ry and field tests on coal-in-oil

fuels (D ) .......................................................... 196New approach to th e problem of condi­

tion ing w ater for steam generation (D ) . 481 S c h u e l e r , L. B.

D is tribu tion of h ea t absorption and fac­to rs affecting perform ance of Twin B ranch 2500-psi boiler. See Furnace Perform ance Factors.

S c h w a r t z , K . W .Porous chrom ium in engine cylinders (D) 213

S c h w e it z e r , P . H .F riction factors for pipe flow (D ) .............. 682

S c ie n c eD ictionary of science and technology

(B R ).................................................................A-127S e l v e y , A. M .

T heoretical regenerative-steam -cycle heat ra te s .................................................................. 489

S h a f t sP i - t e e t r a n s f o r m a t i o n s in t h e a n a ly s i s of

m e c h a n ic a l t r a n s m is s io n l i n e s ...................A -41S h r in k - f i t s t r e s s e s a n d d e f o r m a t io n s ...........A -77S tu d ie s i n t h r e e -d im e n s io n a l p h o to e la s ­

t i c i t y : s t r e s s e s in b e n t c ir c u la r s h a f t s w i th t r a n s v e r s e h o le s — c o r r e la t io n w i th r e s u l t s f ro m f a t i g u e a n d s t r a i n m e a s u r e ­m e n t s ........................................................................... A -1 0

S tu d ie s i n t h re e -d im e n s io n a l p h o to e la s ­t i c i t y t o r s io n a l s t r e s s e s b y o b l iq u e in c i ­d e n c e ............................................ .. .............................A -2 2 9

S h a p ir o , A . H .N o z z le s f o r s u p e r s o n ic f lo w w i th o u t s h o c k

f r o n t s ........................................................................... A -93T h e o r e t i c a l r e g e n e r a t iv e - s te a m -c y c le h e a t

r a t e s ( D ) ................................................................... 508S h e e t - M e t a l

A n a ly s is o f s t r e tc h - f o r m in g d o u b le ­c u r v e d s h e e t - m e t a l p a r t s ............................... 161

S h e l l F o r g i n g . See F o r g in g o f S te e l S h e lls . S h r i n k F i t s

S h r in k - f i t s t r e s s e s a n d d e f o r m a t i o n s ...........A -7 7SlDLER, P . R .

G a s t u r b i n e s a n d tu r b o s u p e r c h a r g e r s (D ) 36 7 S k i n n e r , E . N . , J r .

H ig h - te m p e r a tu r e - s t e a m c o r r o s io n s tu d i e sa t D e t r o i t ( D ) ....................................................... 28 9

S l a g . See C o a l A s h .S m i th , G . V.

A p o s s ib le m e a n s o f a v o id in g l o c a l g r a p h i ­t i z a t i o n o f s te e l s i n s e rv ic e a t e le v a te d t e m p e r a t u r e s . See G r a p h i t i z a t io n of S te e l P ip in g .

S m i t h , T . C .R e q u i r e m e n ts f o r r e l ie f o f o v e rp r e s s u re

in v e s s e ls e x p o s e d t o f ire ( D ) ..................... 4 8S o c ie t y E x p e r im e n t a l S t r e s s A n a l y s is

F i r s t v o lu m e of t h e p r o c e e d in g s .................... A -63S o d e r b e r g , C . R .

I n t r o d u c t i o n t o t h e o r y o f e l a s t i c i t y ( B R ) . A -1 9 2M o d e r n t u r b i n e s ( B R ) .........................................A -1 9 1

S o l b e r g , H . L .C o r r o s io n o f a l lo y § ie e ls b y h ig h - te m p e r a -

t u r e s t e a m ................................................................ 291H ig h - te m p e r a tu r e - s t e a m c o r r o s io n s t u d ­

ie s a t D e t r o i t ........................................................ 2 8 9S o u t h w e l l , R . V.

I n t r o d u c t i o n t o t h e o r y o f e la s t ic i ty ( B R ) . A -1 9 2 S p a u l d i n g , G . W.

C o - o r d in a t e d o p e r a t io n o f h y d r o a n d s t e a m c a p a c i ty i n e le c t r i c p o w e r s y s ­t e m s .............................................................................. 5 4 5

S p e l l e r , F . N .H ig h - te m p e r a tu r e - s t e a m c o r ro s io n s tu d i e s

a t D e t r o i t ( D ) ....................................................... 2 8 9S p in k , L . K.

F l u id f lo w t h r o u g h t w o o r if ic e s i n s e r ie s —1 1 ( D ) .......................................................................... 39 6

S p o r n , P h i l i pO p e r a t in g h i s t o r y o f t h e 2 5 0 0 -p s i T w in

B r a n c h P l a n t . See F u r n a c e P e r f o r m ­a n c e F a c to r s .

S p r in g sI n v e s t ig a t io n o f t h e c ro s s - s p r in g p i v o t . .A - l 13M e c h a n ic a l s p r in g s ( B R ) ................................... A -2 5 5

S t a b l e y , T . C .M a in t e n a n c e o f h y d r o e l e c t r ic g e n e r a t in g

u n i t s ( D ) ................................................................... 3 3 7S t a m m , A . J .

D if fe r e n t ia l s h r in k a g e o f w o o d ( D ) ............ 153S t a n d e r w ic k , R . G .

S u p e r c h a r g e r s f o r a i r c r a f t e n g in e s ................ 61S t a t ic T e n s i o n T e s t

R e la t io n s b e tw e e n t h e n o tc h e d - b e a m im ­p a c t t e s t a n d t h e s t a t i c t e n s io n t e s t . . . . A -2 8

St e a mT h e o r e t i c a l r e g e n e r a t iv e - s te a m -c y c le h e a t

r a t e s ...................................T....................................... 4 8 9S t e a m C o r r o s io n

B i b l i o g r a p h y ......................................... 1 1 0 , 2 9 4 , 4 7 3C o r r o s io n o f a l lo y s te e l s b y h ig h - te m p e r a -

t u r e s t e a m ................................................................ 291H ig h - te m p e r a tu r e - s t e a m c o r r o s io n s t u d ­

ie s a t D e t r o i t ......................................................... 2 7 7S t e a m E n g in e s

S e c o n d la w o f t h e r m o d y n a m ic s fo r c h a n g e s o f s t a t e a n d q u a n t i t y of w o r k in g s u b s ta n c e w i th p a r t i c u l a rr e f e r e n c e t o s te a m e n g in e s ................... .. A -1 0 8

D is c u s s io n ................................................................A -191S t e a m P l a n t s

C o - o r d in a t e d o p e r a t io n o f h y d r o a n d s t e a m c a p a c i ty i n e le c t r i c p o w e r s y s ­te m s .............................................................................. 54 5

L a b o r a t o r y a n d f ie ld t e s t s o n c o a l- in -o ilf u e l s .............................................................................. 185

N e w a p p r o a c h t o t h e p r o b le m o f c o n d i ­t io n in g w a te r f o r s te a m g e n e r a t io n ------ 46 5

O p e r a t io n o f s te a m p l a n t s i n c o m b in e d s y s te m o f s te a m a n d h y d r o ........................ 539

SOCIETY RECORDS—INDEX TO TRANSACTIONS OF TH E A.S.M.E., VOL. 66 RI-69

____ P l a n t s (continued)S te a m t a b le s . 4 8 9 T h e o r e t ic a l r e g e i ie r a t iv e -s te a m -c y c ie h e a t

r a t e s . ...................; ; . 4$ 9

S t e a m T a b l e sT h e o r e t ic a l r e g e n e r a t iv e - s te a m -c y c le lie iat

r a t e s ............................................................................. 4 8 9

S te a m T u r b i n e s . See also S te a m P l a n ts . B u r s t i n g t e s t s of s te a m - t u r b i n e d i s k

w h e e ls .......................................................................... 3 7 3M o d e rn tu r b in e s ( B R ) .........................................A -1 9 1S ilic a in t h e t u r b i n e ................................................ 4 7 0

S t e e l . See also M e ta l .B o ile r e m b r i t t l e m e n t ............................................. 81

B ib l io g r a p h y ......................................... 1 10 , 2 9 4 r 473C e n t r i f u g a l c a s t in g o f s t e e l ............................... 60 7M a c h in a o i l i ty of p l a in - c a r b o n , a l lo y , a n d

a u s te n i t i c ( n o n m a g n e tic ) s te e ls , a n d i t s r e l a t i o n t o y ie ld - s t r e s s r a t i o s w h e n t e n ­s ile s t r e n g th s a r e s im i l a r ................................ 649

St e e l A l l o y s C o r ro s io n o f a l lo y s te e l s b y h ig h - te m p e r a -

t u r e s t e a m ............................................................... 291E f fe c t o f c o m b in e d h ig h t e m p e r a t u r e a n d

h ig h h u m id i ty o n t h e c o rr o s io n ofs a m p le s o f v a r io u s m e t a l s ............................. 6 2 4

E f fe c t of g r a in s iz e a n d s u b z e r o t r e a tm e n t o n p r o d u c t iv i ty o f f o u r h ig h -s p e e ds te e l s ........................................................................... 645

H ig h - te m p e r a tu r e - s te a m c o rro s io n s t u d ­ie s a t D e t r o i t ......................................................... 277

St e e l H e a t in g R a t io a n d m u ltip le * fu e l c o n tr o ls in t h e

s te e l i n d u s t r y ......................................................... 705St e i n . I . M .

H ig h - sp e e d m u lt ip le -p o in t p o te n t io m e te r r e c o r d e r f o r m e a s u r in g th e r m o c o u p le t e m p e r a t u r e s d u r in g t e s t - p la n e f l i g h t . . 271

S t e v e n s , J . M .P r o b le m s o f c o n s tr u c t io n a n d a l t e r n a t e

s u b s t i tu t io n s in w o o d a i r c r a f t .................... 155S t o e c k l e y , E . E .

B u r s t in g t e s t s o f s te a m - t u r b i n e d is k w h e e ls ( D ) ............................................................... 3 8 2

S t o k e r sT h e c o m b u s t io n of b a r le y a n t h r a c i t e ____ 3 9 9

S t o n e , M . D .F lo w - o f - m e ta l a s p e c ts o f s h e ll f o rg in g .

See F o r g in g of S te e l S h e lls .

S t r a i n . S ee also S tre s se s .M e a s u r e m e n t o f d y n a m ic s t r a in ( D ) . . . . A -5 7

S t r a in - A g in g . See S tre s s e s .S t r a u b , F . G .

N e w a p p r o a c h t o t h e p r o b le m o f c o n d i ­t io n in g w a te r fo r s te a m g e n e ra t io n (D ) 4 8 3

S t r e s s A n a l y s isA n a ly s is of s t r e tc h - fo r m in g d o u b le -

c u r v e d s h e e t - m e ta l p a r t s ............................... 161P r o c e e d in g s of t h e S o c ie ty of E x p e r im e n ­

t a l S t r e s s A n a ly s is ( B R ) ................................ A -63T h r e e - d im e n s io n a l p ip in g s y s te m ................. 131

S t r e s s e sA n a ly s is o f s tr e tc h - fo r m in g d o u b le - c u rv e d

s h e e t - m e t a l p a r t s ................................................ 161A p p l i c a t io n of th e F o u r ie r m e th o d t o t h e

s o lu t io n o f c e r ta in b o u n d a r y p ro b le m si n t h e th e o r y of e la s t ic i ty .............................A -176

B e n d in g o f th e e y lin d r ic a lly a e o lo tro p icp l a t e ............................................................................A -129

B ib l io g r a p h y ............................................................... A -8 5E f fe c ts o f w eb d e fo r m a t io n o n t h e to r s io n

of I - b e a m s ............................................................... A -35E q u i v a le n t c ir c u its of t h e e la s t ic f i e l d . . . A -149 I n c r e a s e o f s tr e s s w i th p e r m a n e n t s t r a in

a n d s tr e s s - s t r a in r e la t io n s i n p la s t ic s t a t e fo r c o p p e r u n d e r c o m b in e ds tre s se s ( D ) ............................................................ A -1 9 0

M e a s u r e m e n t o f d y n a m ic s t r e s s a n ds t r a in in te n s i le - te s t s p e c im e n s ................. A -6 5

N u m e r ic a l a n d n e tw o rk - a n a ly z e r s o lu t io n o f t h e e q u iv a le n t c i r c u i t s f o r t h e e la s t icf ie ld .............................................................................. A -1 6 2

P h o to e la s t i c s e p a r a t i o n o f p r in c ip a ls tr e s se s b y o b l iq u e in c id e n c e ( D ) ............A -1 2 5

P ro c e e d in g s of t h e S o c ie ty fo r E x p e r im e n ­t a l S t re s s A n a ly s is ( B R ) ................................ A -63

R e la t io n s b e tw e e n t h e n o tc h e d - b e a m im ­p a c t t e s t a n d t h e s t a t i c te n s io n t e s t . . . A -2 8

S h r in k - f i t s tr e s s e s a n d d e f o r m a t io n s ...........A -7 7S im p lif ied m e th o d of a n a ly s is of r e a c t io n s

d e v e lo p e d b y e x p a n s io n i n a th re e -a n c h o r p ip in g s y s te m ....................................... 311

S tre n g th e n in g of c i r c u la r h o le s in p la te su n d e r e d g e lo a d s ................................................. A -1 4 0

S tre s s co e ff ic ie n ts f o r r o ta t in g d is k s ofc o n ic a l p r o f i le ................................................... A - l

B ib l io g r a p h y .......................................................... A -7S tre s s e s in c e m e n te d j o i n t s ............................... A -1 7S tre s s e s i n a re in fo rc e d m o n o c o q u e c y lin ­

d e r u n d e r c o n c e n t r a t e d s y m m e tr i c t r a n s v e r s e l o a d s ...................................................A -2 3 5

St r e s s e s (continued)S tu d ie s i n th r e e - d im e n s io n a l p h o to e la s -

t l d t y : s t r e s s e s i n b e n t c i r c u la r s h a f t s w i th t r a n s v e r s e h o le s — c o r r e la t io n w i th r e s u l t s f ro m f a t i g u e a n d s t r a i n m e a s u r e ­m e n t s . ........... .. .............................A-10

S tu d ie s i n th r e e - d im e n s io n a l p h o to e la s - t i c i ty ; t o r s io n a l s t r e s s e s b y o b l iq u e i n c i ­d e n c e ........................... ................................................ A-229

S t r e t c h - F o r m in g . See M e ta l F o r m in g . S t r o w g e r , E . B .

M a in t e n e n c e o f h y d r o e l e c t r ic g e n e r a t in gu n i t s (D ) ............................................. 339

* M e c h a n ic a l f e a t u r e s o f t h e G le n v il l e im ­p u l s e t u r b i n e (D ) ......................................... 524

S t u a r t , M il t o n C .F l u id f lo w th r o u g h tw o o r if ic e s i n s e r ie s —

I I .................................................................................... 387St u r m , R . G .

I n c r e a s e o f s t r e s s w i th p e r m a n e n t s t r a i n a n d s t r e s s - s t r a in r e l a t i o n s i n p l a s t i c s t a t e f o r c o p p e r u n d e r c o m b in e ds tr e s s e s (D )....................................................A-190

S u b s t it u t i o n P r o b le m s o f c o n s t r u c t i o n a n d a l t e r n a t e

s u b s t i t u t i o n s i n w o o d a i r c r a f t ................... 155S u p e r c h a r g e r s

B i b l i o g r a p h y ................................................................ 71G a s t u r b i n e s a n d t u r b o s u p e r c h a r g e r s . . . . 351 R a d i a t i o n p y r o m e t r y i n t u r b o s u p e r -

c h a rg e r t e s t i n g ...................................................... 265S u p e r c h a r g e r s f o r a i r c r a f t e n g in e s ............. .. 61

S u p e r s o n ic sN o z z le s f o r s u p e r s o n ic flo w w i th o u t s h o c k

f r o n t s ...................................................... .................... A-93S u r g e T a n k s

C lo s e d s u rg e t a n k s (D ) ..................................A-190S u s p e n s io n s

L a b o r a t o r y a n d f ie ld t e s t s o n c o a l- in -o i lf u e l s .............................................................................. 185

S u s s h o l z , B .F o r c e d a n d f re e m o tio n o f a m a s s o n a n

a i r s p r i n g ...................................................................A-101S u t t o n , G . P .

T e m p e r a tu r e r e l a t io n s i n j o u r n a l - b e a r in gs y s te m s (D )...................................................A-124

S w a i n , P . W .F l u id flo w t h r o u g h tw o o r if ic e s i n s e r ie s —

1 1 (D ) ............................................................... 397

T a y l o r , T . H . M .Iso therm al pressure drop for two-phase

tw o-com ponent flow in a horizontalp ip e ................................................................... 139

T e c h n o l o g yD ictionary of science and technology

(B R ).................................................................A-127T e m p e r a t u r e M e a s u r e m e n t . See In s tru ­

m ents— T em perature.T e m p l i n , R. L.

The s treng th of cylindrical dies (D ) .........A-246T h a y e r , W . W .

T he m odern hydraulic re servo ir: How i t provides m icron-range filtration andpum p supercharging................................... 589

T h e r m o c o u p l e s . See In strum en ts— Tem ­peratu re .

T h e r m o d y n a m ic sF luid flow th rough tw o orifices in series—

I I ....................................................................... 387R equirem ents for relief of overpressure in

vessels exposed to fire ................................ 1Second law of therm odynam ics for

changes of s ta te and q u a n tity of work­ing substance w ith particu lar referenceto steam engines...................A-108, (D) A-191

Theoretical regenerative-steam -cycle heatra te s .................................................................. 489

T h e r m o s t a t s . See In strum en ts— T em ­perature.

T h o m s e n , E. G.Iso therm al pressure drop for tw o-phase

two-com ponent flow in a horizontal pipe 139 T ic h v in s k y , L. M .

T em perature relations in journal-bearingsystem s (D ) ...................................................A-124

T im o s h e n k o , S.Photoelastic s tu d y of bo lt and n u t fasten ­

ings (D ) .......................................................... A-122T o r q u e C o n v e r t e r s \

Bibliography...................................................... 349D evelopm ent of th e Lysholm -Sm ith

torque converter......................................... 343T o r s io n

Effects of web deform ation on the to r­sion of I-beam s............................................. A-35

T o r s io n (continued)Studies in three-dim ensional photoelas­

tic ity torsional stresses by oblique inci­dence ................................................................A-2291

T r a c y , D. P.D raw ing thin-w alled tubing w ith a m ov­

ing m andrel th rough a single stationaryd ie ..................................................................... A-199

T r i n k s , W .Corrosion of alloy steels by high-tem pera-

tu re steam (D ) ............................................. 294Forces acting in th e piercing of cylinders.

See Forging of Steel Shells.T r u m p l e r , W . E.

G as tu rb ines and turbosuperchargers (D) 369 T u b e s

D raw ing thin-w alled tub ing w ith a m ov­ing m andrel th rough a single s ta tionaryd i e . , ................................................................. A-199

T u r b i n e s . See Gas Turbines, H ydraulic Turbines, S team Turbines.

Investigation of blade characteristics; perform ance and efficiency of tu rb ineand axial-flow compressor s tages........... 413

T u r b o g e n e r a t o r sR ange of operation of steam p lan ts in

com bined system of s team and hyd ro . . 544 T u r b o s u p e r c h a r g e r s . See also Super­

chargers.G as tu rb ines and tu rb o su p erch arg ers.. . . 351 R adiation pyrom etry in tu rbosuper­

charger t e s t in g . ........................................... 265

VV a c u u m T u b e s . See Electronics.V a l v e s . See Safety Valves.V a n d e r H o r s t , H .

Porous chrom ium in engine cylinders ( D ) . 214 V a n D u z e r , R. M ., J r .

H igh-tem perature-steam corrosion studiesa t D e tro it....................................................... 277

V a z s o n y i , A n d r e wPressure loss in elbows and duct b ranches. 177

V e c t o r a n d T e n s o r A n a l y s is(B R )..................................................................... A-63

V e d d e r , E. H .A pplication of electronic con tro l................ 259

V i b r a t io nB alancing of ro ta tin g apparatu s— I I . . . . A-47

Bibliography..................................................A-50D ynam ical analogies (B R )........................... A-64Fatigue studies on urea assem bly adhe­

sives .................................................................. 442Forced and free m otion of a m ass on an air

sp rin g ...............................................................A-101M easurem ent of th e dam ping of engineer­

ing m ateria ls during flexural v ib rationa t elevated tem p era tu res .......................... A-86

Pi-tee transform ations in th e analysis ofm echanical transm ission lin e s ................A-41

V o g t , P. R.Photoelastic s tu d y of bo lt and n u t fasten­

ings (D ) .......................................................... A-122

WW a h l , A. M .

Analysis of th e V alverde th e rm o sta t........ A-183Proceedings of th e Society for Experim en­

ta l Stress Analysis (B R )........................... A-63W a l k e r , H . S .

N otch-toughness tests of carbon-m olyb-denum pipe m a te ria l.................................. 421

W a r r e n , G. B.Gas tu rb ines and turbosuperchargers (D) 370 O perating h istory of th e 2500-Psi Twin

B ranch P la n t (D ). See Furnace Per- > form ance Factors.

Surface fatigue of p lastic m ateria ls (D ) . . 306 Theoretical regenerative-steam -cycle heat

ra tes (D ) ......................................................... 510W a t e r s , E . O .

Studies in three-dim ensional photoelas­tic ity (D ) ...................................................... A-254

W a y , S t e w a r tDeflection of uniform ly loaded circular

plates (D ).......................................................A-252Stress coefficients for ro ta ting disks of

conical profile (D ).......................................A-254W e b b , W . L.

New approach to th e problem of condi­tioning w ater for steam generation (D) 483

RI-70 SOCIETY RECORDS—IN D EX TO TRANSACTIONS OF TH E A.S.M.E., VOL. 66

W e b D e f o r m a t io nEffects of web deform ation on to rsion of I-

beam s............................................................... A-35W e b s . See B e a m s .W e e k s , W . L .

Some characteristics of ro ta ry pum ps inaviation service (D ) .................................... 622

W e i n h e i m e r , C. M .E valuating im portance of the physical

and chem ical properties of fly ash in creating com m ercial outlets for them a te ria l......................................... .................. 551

W e i s b e r g , H .Pulverized-coal-fired boiler furnaces,

Public Service E lectric and Gas Co.,New Jersey. See Furnace Perform ance Factors.

R eport on h igh-tem perature pipe weld in* vestigation. See G raph itiza tion of Steel Piping.

W e l d e d J o in t sB ibliography...................................................... A-27

W b l d in gR eport on h igh-tem pera tu re pipe-weld

investigation. See G raph itiza tion of Steel Piping.

W e r n e r , R . C.Requirem ents for relief of overpressure

in vessels exposed to fire (D ) .................. 44W e s k e , J . R .

Investigation of blade characteristics! perform ance, and efficiency of tu rb ine an d axial-flow com pressor s tag es ........... 413

W h e e l sBursting tests of s team -tu rb ine disk

wheels............................................................... 373W h i r l , S. F.

New approach to th e problem of condi­tioning w ater for steam generation (D) 485

W h i t e , A. E .G raph itization of steel piping (D ). See

G raphitization of Steel Piping.W h i t e , I . M .

M aintenance of hydroelectric generatingu n its (D ) ......................................................... 339

W x k a n d e r , O . R .D raft-gear action in tra in serv ice .............. 691

W il e m a n , G. N.D esign features of conveying equipm ent

for th e foundry in d u s try ........................... 235W il l ia m s , A. J ., J r .

H igh-speed m ultip le-poin t potentiom eter recorder for m easuring therm ocouple tem peratu res during te s t plane flights. 271

W i r e D r a w in gT heory of wire d raw ing .................................A-193

W is l ic e n t t s , G. F.D evelopm ent of th e Lysholm -Sm ith

to rque converter (D ) .................................. 350Investigation of blade-characteristics (D) 419

W o o d . See aUo Plywood.D ifferential shrinkage of w ood.................... 152

B ibliography.................................................. 153W o o d L a m in a t e s

W ood-cloth and wood-paper la m in a te s .. . 55

W r ig h t , C. C.L aboratory and field tests on coal-in-oil

fuels (D )......................................................... 198

Y a r n a l l , D . R o b e r t Fluid flow through tw o orifices in series—

I I ....................................................................... 387Y o u n g , W. E.

Investigation of the cross-spring p ivot. . . A-113

Z a p f f e , C. A.Boiler em brittlem ent. 81

Z e i g l e r , H . R .R equirem ents for relief of overpressure

in vessels exposed to fire (D ).................. 47Z e r k o w it z , G.

Second law of therm odynam ics for changes of s ta te and quan tity of work­ing substance w ith particu lar referenceto steam engines..........................................A-108

Z ie b o l z , H.R atio and m ultiple-fuel controls in the

steel in d u s try ................................................ 705