FTIGN/68/01i23.01.16 SRI VENKATESWARA COLLEGE OF ENGINEERING COURSE DELIVERY PLAN- THEORY Page 1 of 6 DEPARTMENT OF CHEMICAL ENGINEERING LP: CHI8504 Rev. No: 00 B.Tech :Chemical Engineering Regulation: 2018 Date: 20-06-2020 Sub. Code/ Sub. Name: CH18504 Materials Science and Techmology Unit Unit Syllabus: Introduction to materials, Bonding between atoms, Imperfection in solids: vacancies, interstitial and substitutional impurities in solids, dislocations, types and characteristics of dislocations, interfacial defects, stacking faults. Structure Property -Processing-Performance relationship General criteria for selection of materials in process industries, Processing of Metals and Alloys. Objective: To impart knowledge on different properties of material and how industries choose material for application. In addition, students will learn about the processing of different materials to get desired properties. Session Topics to be covered Ref Teaching Aids No TI (pp.6-14] TI{pp 30-44] Google Classroom Introduction to materials, bonding between atoms Google Classroom Google Classroom Google Classroom Imperfection in solids, Interfacial defects Ti [pp.146-157] Dislocations- Screw, Edge and Mixed TIpp.281-283 Properties: Mechanical TI [pp.148-183 R2 [pp. 3.1-3.10] Ti [pp.248-256] R2 3.14-3.20] Google Classroom Properties: Thermal R2 [3.26- 3.28,3.30] Google Classroom Properties: Physical, Chemical, Technological properties Google Classroom TI [pp.366-390 R2 [3.21] Ti [264-287] R2 [3.30] Ti [pp.5-7], T3 [Ch.23] Properties: Electrical, Magnetic Selection criteria and processes Google Classroom TI [pp.119-121] R2 [57.6,57.34] Google Classroom 9 Processing of Metals and Alloys- Casting, Hot and cold rolling R2 [57.9-57.16, 57.20-57.23] Google Classroom 10 Processing of Metals and Alloys- Forging. Extrusion Google Processing of Metals and Alloys - Deep drawing & miscellaneous techniques TI (pp. 122] R2 [57.17-57.20] Classroomn Google Classroom 12 Review of Unit Content beyond syllabus covered (if any): - Session duration: 50 minutes
Transcript
FTIGN/68/01i23.01.16
SRI VENKATESWARA COLLEGE OF ENGINEERING
COURSE DELIVERY PLAN- THEORY Page 1 of 6
DEPARTMENT OF CHEMICAL ENGINEERING LP: CHI8504 Rev. No: 00 B.Tech :Chemical Engineering Regulation: 2018 Date: 20-06-2020 Sub. Code/ Sub. Name: CH18504 Materials Science and Techmology
Unit
Unit Syllabus: Introduction to materials, Bonding between atoms, Imperfection in solids: vacancies, interstitial and substitutional impurities in solids, dislocations, types and characteristics of dislocations, interfacial defects, stacking faults. Structure Property -Processing-Performance relationship General criteria for selection of materials in process industries, Processing of Metals and Alloys. Objective: To impart knowledge on different properties of material and how industries choose material for application. In addition, students will learn about the processing of different materials to get desired properties.
Session Topics to be covered Ref Teaching Aids No
TI (pp.6-14]
TI{pp 30-44] Google
Classroom Introduction to materials, bonding between atoms
Google Classroom Google Classroom Google
Classroom
Imperfection in solids, Interfacial defects Ti [pp.146-157]
Dislocations- Screw, Edge and Mixed TIpp.281-283 Properties: Mechanical TI [pp.148-183
Unit Syllabus: Yield strength, tensile strength and ductility of materials: stress strain behavior of metal, ceramics and polymers, Introduction to Slip, Slip planes, Plastic Deformation by Slip: Critical resolved shear stress, Creep behaviour Mechanism of Creep, Creep Resistant Materials and Fatigue fracture, Grifith's theory, S-N curves, Fracture toughness Objective: To gain specific knowledge about mechanical properties and about mechanical failures that are affected by these mechanical properties.
Session Teaching
Aids Topics to be covered Ref No
Yield strength, tensile strength and ductility of materials: stress strain behavior of metals, Google Classroom
13 TI (pp.222-232]
Introduction to slip, slip planes Google Classroom
14 TI Ip.199-20
Plastic Deformation by slip Google Classroom
15 TI [pp.207-210
PPT Blackboard
16 Plastic Deformation by twinning TI [pp.207-210]
PPT/ Blackboard
17 Critical Resolved Shear stress TI [pp.221)
Mechanism of Creep, Creep Resistant Materials PPT/ Blackboard
18 TI (pp.265-271]
PPT/ 19 Fracture: Ductile and Brittle, TI [pp.235-245] Blackboard
PPT Blackboard
20 Griffth's theory TI [pp.245-250]
PPT/ 21 Fatigue fracture, S-N curves, TI pp.255-263] Blackboard
PPT/ 22 Fracture toughness. TI [pp. 242-243] Blackboard
PPT 23 Work hardening Ti (pp.206-218] Blackboard
PPT 24 Review of Unit 1I Blackboard
Content beyond syllabus covered (if any):
Strengthening mechanisms in metals-Ti [206-218]]
FTIGNGBL2301.16
sRI VENKATESWARA OOLLEGE OF ENGINEERING
cOURSE DELIVERY PLAN- THEORY Page 3 of 6
Session duration: 50 minutes
Seb.Code /S. NCH1504 Maers ed Tec Dee 20 2020
Unit:11
Uaie Syas: Gibb's Phase rl: U
dagrams, CCT diagras-Mico stnactua
prow Objective: To gin kaowledge d nderst
thenmal history and micro-structres. From
cutectoid, amd perilectic plhase translormations.
gans, Iroe-io Crbide Phese Digram-TTT
sloreions, Recrystalliza tion and Grain
wichis essential for a engincer to relte
dent ca locate the composition and eutectic,
Teaching Aids Session Topics to be covered Ref
No Gibb's Phase nde: Unary and Binary phase dingrs TI P281-305
PPT
Blackboard 25
Lever rnale-Iavarireactioms TI pp 281-305]
PPT/
Blackboard
PPT
se diagram: Alo)-C0) TI pp 285-292] Blackboard
TI (pp 292-296] PPT
Blackboard 28 Phase dingrm: Pb-Sa
TI [Pp 296-298] PPT
Blackboard
29 Phase diagrans: Ag-Pt PPT/ TI (pp.298-305,
327-344] 30 Phase diagrm: Iron- Iron Carbide Blackboard
PPT
31
TI Pp 370-381] Blackboard TTT and CCT diagrams
TI p325-150] PPT
Blackboard
32 Micro structural changes- Nucleation and growth PPT/
TI (pp351-354 Blackboard
33 Martensitic transformations
PPT Blackboard TI pp.355-356]
34 Recrystallization and Grain growh
TI [p.351-354] PPT
Blackboard
35 Solidification and Crystalizatiom-Glass transition
PPT
36 Review of Uait lII Blackboard
Content beyond syllabus covered (if any)
Session duration: 50 minutes
FT/GN/68/01i/23.01.16
SRI VENKATESWARA COLLEGE OF ENGINEERING
cOURSE DELIVERY PLAN - THEORY Page 4 of 6
Date: 20-06-2020 Sub Code /Sab Name: CHI8SN Materials Sclence and Technology Unit: FV
Unit Syllabes: Pig iroa, cast iron, steel -Manufacturing process, commonly used grades in hydrocarbon and chemical process industries, Heat treatment of plain-carbon steels, Manufacturing Methods- Properties and pplications of Lead and Tin choice of materials to minimize corosion damage in process industries. Introduction to Composites, FRP-Fiber Reinforced Plastics (FRP), manufacturing methods.
Objective: The student will lean about the properties, manufacturing andd application of different metals, alloys ad composite materials. The knowledge of which will aid an engineer to choose material for a particular Pplicatio
Coatent beyond syllabus covered (if any): Magnesium- Manufacturing methods, properties and applications in process industries.
Session duration: 50 minutes
FIGNBOLvB0116
SRI VENKATESWARA coLLEGE OF ENGINEERING
cOURSE DELIVERY PLAN- THEORY Page 5 of 6
Sab. Code / Sub. Name CH1854 Materials Science and Technol Datle 20-6-22
Unit:V
Une Sylabas: Introduction to Nanotechnology, Syudesis amd Charcteriztion of nomaerils: XRD, NMR,
PSA, etc. highlighting inks between molecular structure and macroscopic properties. lIntroduction
Biomaterials, materials related to catalyst such s zeolites, silica ctc. and odher selected materials.
Objective: The student will be introduced to the world of nanomaterials exhibiting umique properties thet e
diferent from bigger sizod particles of similar composition. The student will be introduced to manufacturin
and characterization techniques to study about nanomaterials.
Session Topics to be covered Ref Teaching Aids No
49 Introduction to Nanotechnology TI (pp. 12] PPT/ Blackboard
Zero-Dimensional Nano Structures-Quantum dots,
nanocry stals 50 T2 [pp.113-118 PPT/ Blackboard
T2PP39-44] One Dimensional Nano Structures- Nanotubes, nanowires
and nanorods 51 PPT/Blackboerd
T2 [pp.39-103] PPT/Backboard
2 Two-Dimensional Nano Structures, Films
T2 (Pp.107-118 Special nanomaterials-Nanoshells, coreshell
nanoparticles, fullerenes, gas phase clusters
PPT/ Blackboard
53 T2 [Pp. 39-44, 107-|
113) PPT/ Blackboard
54 Nanostructures fabricated by physical techniques
T2 (pp. 63,114 PPT/ Backboard
55 Characterization of Nano Materials
T2 [Pp. 63,114] PPT/Blackboad
6 Properties of Nano Materials
T2 [PP. 103,117,147) PPT/ Blackboard
57 Applications of Nano Structures PPT/Blackboard
TIPP. 12-14]
58 Introduction to Biomaterias
PPT/ Blackboard T2[PP 127-128]
59 Materials related to catalyst such as zeolites, silica PPT/ Blackboard
60 Review of Unit V
Content beyond syllabus covered (ifany):
Session duration: 50 minutes
SRI VENKATHSWARA COLLAOE OF ENGINEBRING cOURSE DBLIVERY PLAN THBORY Page 6 of 6
Sad Code /ub Nune: CV4NISN Materlub Selenee and Tehaelgy
TEXT HOORS:
Willam D. Callister. Jr. and David G" Fundamentals of Material Science and Engineering", gh Bdition. John Wiley & Sons, 2014. 2. Fahrmer WR "Nanotechnology and Nanoelectronics" Springer International Edition, 2010
REFERENCES:
. Henry R Clauster, "Industrial and Engineering Materials" McGraw Hill BookCo.,1975. 2. Khanna OP, "Material Science and metallurgy" Dhanpat Rai Publications, 2014. 3. David. A. Hansen, Robert B. Puyear, "Materials Selection for Hydrocarbon and Chemical Plants, CRC Press, 1996.
Alireza Bahadori, "Corrosion and Material Selection: A Guide for the Chemical and Petroleum Industries, John Wiley and Sons, 2014.
Prepared by Approved by Signature
tttasltatn Name Ms. N. Sundari / Dr. R. Keerthi Dr. N. Meyyappan
Designation Date
Assistant Professor/CH Professor and Head
Remarks 1 Same upon plan s folloueed n
20-06-2020 - O 6-oo
Swsesmunt Acasumdc yemr al-aR
Remarks:
If the same lesson plan is followed in the subsequent semesterlyear it should be mentioned and signed by the Faculty and the HOD
Sigahase MPhs111 Dr.VisbhupYasad/
Dr. M.Siviahya Name
DY.N MayyaPpa Dasignaion Assistant Profsser/eH Arofessev and Head
