Se Ce Syllabus

8/3/2019 Se Ce Syllabus

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Dr.Babasaheb Ambedkar Marathwada University, AurangabadS.E(Civil)RevisedStructure2007-2008

S.E (CIVIL) PART-I

Sr.No Name of the Teaching of the (Hrs/ Week ) Examination Scheme Total Ma

Subject Theory Practical Total Theory Term

workPract/

Oral

01 EngineeringMathematics-III 04 ----- 04 100 ----- ----- 10002 Strength of Materials 04 02 06 100 25 25 150

03 Fluid Mechanics I 04 02 06 100 25 25 150

04 Surveying I 04 02 06 100 25 25 150

05 Concrete Technology 04 02 06 100 25 ----- 125

06 Communication Skill ----- 02 02 ----- 50 ----- 50

07 Computer Lab I ----- 02 02 ----- 25 ----- 25

Total 20 12 32 500 175 75 750

S.E (CIVIL) PART-II

Sr.N Name of the Teaching of the (Hrs/ Week ) Examination Scheme Total Mao Subject Theory Practi

calTotal Theor y Term

workPract/

Oral

01 EngineeringMathematics-IV

04 ----- 04 100 ----- ----- 100

02 Surveying II 04 02 06 100 25 25 150

03 Fluid Mechanics II 04 02 06 100 25 25 150

04 BuildingConstruction &

Drawing

05 Theory of Structure I

04 04 08 100 50 50 200

04 02 06 100 ----- ----- 100

06 Computer Lab. II ----- 02 02 ----- 50 ----- 50

Total 20 10 30 500 150 100 750

S.E (CIVIL) PART-I : 750 MarksS.E (CIVIL) PART-II : 750 Marks

TOTAL : 1500 Marks


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ENGINEERING MATHEMATICS-III

Teaching Scheme: Examination Scheme

Lectures:4 Hours/week Theory: 100 Marks, 3 Ho

1) Vector Calculus: Differentiation of vectors Radial and transverse components of velocity acceleration, Tangential and normal components of velocity and accelerations. Scalar and Vector pfunction. Gradient of scalar point function. Divergence & Curl of vector point function. Solenoidirrotational fields, Line integral, surface integral, Gausss Divergence Theorem, Stokes Theorem, GreTheorem Cylindrical , Spherical Polar & Curvilinear coordinates. (14 hrs)2) Fourier Transform: Fourier integral- Fourier sine and cosine integral. Complex form of Fouintegral. Fourier transforms. Fourier sine and cosine transform and inverse transform (6 hrs)

3) Linear Differential Equations: solution of linear differential equation on n th order with conscoefficients. General method, short cut methods to find P.I, method of variation of parameters. Equatreducible to linear from i.e. Cauchys & Legendres form. Solution of simultaneous linear differeequations. Application of LDE to Electrical, Mechanical & Electronics, Civil Engineering (10

4) Laplace transform: Introduction to laplace transform, properties & theorems of to laplace transfo

Laplace transform of special function. Bessel,s periodic, Error function. Heaviside unit step funcDisplace heaviside unit step function, Dirac-Delta function (impulse function) Inverse Laplace transfMethods to find inverse Laplace transform. Use of Lap lace Transform Table, Use of theorems of LapTransform, Use of partial function. Convolution theorem. Solution of linear differential equation constant coefficient by Laplace transform. solution of linear differential equation on n th order with concoefficients & simultaneous linear differential equation by laplace transform (10 Hrs)

Note :-

Section A Chapter 01 & 02

Section B Chapter 03 & 04

More stress should be given on Engineering Application

Recommended Books

A text book of Applied Mathematics Volume II & III P.N.Wartikar & J.N. WartikarAdvanced Engineering Mathematics H.K.DasEngineering Mathematics -III G.V.KumbhojkarHigher Engineering Mathematics Dr.B.S.Grewal


3/23

STRENGTHOFMATERIALS

TeachingScheme ExaminationScheme

Lectures:4Hrs/week Theorypaper:100Marks

Practical:2Hrs/week TermWork:25Marks Practical/Oral:25Marks

1) Shear force and Bending Moment: Relationship between load intensity, shear force and bending mom

simply supported, cantilever and overhanging beams with Point loads, UDL and moments, Unifor

varying load (4 Hrs)

2) Simple Stresses and Strains: Simple stresses & strains, stress - strain relationship for mild steel & to

steel Hook's Law. Uniform, compound & composite sections, temperature stresses for uniform & compo

section, Poisson's ratio, lateral strains, elastic constants Elongation of uniformity tapering Sections. ( 8 Hrs

3) Bending Stresses & Strains: Theory of bending, section modulus, beam cross section inc1uding Ind

standard steel sections, Flitched beams,. (4 Hrs)

4) Shear Stress in beams : shear stress in beams, shear tress distribution in beam sections of various shape

like rectangular,circular, triangular , T- section & I- sections (4 Hrs)5) Principle Stresses & Strains: Analysis of stresses on different planes in a material, two dimensional str

system, Principal stresses & planes, Mothr's Circle for stresses. (4 Hrs)

6) Direct & Bending Stresses: Eccentric loading, bending combined with axial Loads, eccentrically loa

snort columns, struts, chimneys, hooks etc, structures subjected to wind load (4 Hrs)

7) Theory of Torsion : Circular shafts subjected to torque, stress distribution, power transmitted by shaft

close coil helical springs. (4 Hrs)

8) Thin Cylindrical & Spheres: Thin pressure vessels - Cylindrical & Spherical subjected to internal fl

pressure introduction to theory of thick cylinders. (4 Hrs)

9) Strain Energy: Strain energy due to axial loads, bending, shear, torsion, axial Impact load on beams

members of one material. (4 Hrs)

Term work Part A

EXPERIMENT TITLE / LIST (all compulsory experiment & continuous assessment)

1) Direct&Punchingsheartest

2) ColdbendtestonM.S.bar

3) TensionTestonMSbar4) TensionTestonDeformedbar

5) BendingTestontimberbeam

6) TorsiononMSbar

7) Impacttestonmetals(Charpy&Izod)

8) Flexuraltestonflooringtiles

9) Waterabsorptiontestonbricks

10) Compressivestrengthofbricks


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Term work Part B ( one exercise on each of the following chapter )

1) Shear force and Bending Moment

2) Bending Stresses in beams

3) Shear Stress in beams

4) Principle Stresses & Strains (Mothr's Circle Method )

5) Theory of Torsion

Recommended Books

1) Strength of Materials F.L.Singer

2) Mechanics of Structures (Vo1.- I) S.B.Junnerkar

3) Element of Strength of Materials Timoshanko & Young

4) Strength of Materials S Ramamutrthum

5) Strength of Materials B.C Punmia

6) Strength of Materials Rajput


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FluidMechanicsI

Teaching Scheme Examination Scheme

Lectures: 4 Hrs / week Theory paper: 100 Mar

Practical:2Hrs/week Practical/Oral:25Mark

TermWork:25Marks

1) Introduction & Properties of Fluid: Scope & application of fluid mechanics, Newtons Law of visco

classification of fluids, Newtonian and Non Newtonian fluid, ideal and real fluids, SI system of units, phys

properties of fluids density, specific weight, specific volume, relative density, dynamic and kinema

viscosity, compressibility, cohesion, adhesion, surface tension, capillarity, vapor pressure, cavitations. ( 5hr

2) Fluid Statics: a) Pressure at a point, PASCALs law, measurements of fluid pressure: Gauge, vacuum

absolute pressure, simple and differential manometers along with manometric equations.

b) Hydrostatics pressure on plane and curved surfaces, pressure diagram, pressure on

dams, Lock gates and sluice gates.

c) Archimedes's principle, Concept of buoyancy, metacenter, determination of Metacentric heightanalytical and experimental method, equilibrium of floating bodies. Conical buoys, stability of oscilla

floating bodies, buoys anchored at the bottom (7hrs)

3) Fluid kinematics-: a) Lagrangian and Eulerian approach of f1uid motion. Dimensions of

axisymmetric flow Classification of f1uid flows, steady, unsteady uniform non-uniform, Lami

turbulent,concept of vorticity, rotational. ir- rotational flows , path line, streak line, stream line, stream tube

b) Continuity Equation on Cartesian coordinates, Velocity Potential, Stream function, flow net.

c) Velocity and acceleration of fluid particle, Tangential and Normal acceleration

d) Relative Equilibrium: fluid masses subjected to uniform linear and radial

acceleration, Free and forced vortex flow, Radial flow. (7hrs)

4) Fluid Dynamics: Forces acting on fluid in motion, Euler's equations of motion in Cartesian coordin

and along stream line. Bernoulli's Equation (or Energy equation) by integration of Euler's equat

Momentum equation, Kinetic and Momentum Correction factors. (6 Hrs)

5) Measurement of Flow: (a) Venturimeter Pitot tube, Orifices, Mouthpieces, and Time or emptying t

through orifices.

b) Flow over Notches and weirs. (7hrs)

6 ) Viscous Flow: Relation between shear stress and pressure gradient, steady laminar now through circ

pipes, Hagen-Puiseullie's equation Laminar now. Through incline pipes and parallel plates at rest, movem

of piston in a dashpot, bearings, Simple coutee flow. (4hrs)

Dimensional Analysis and similarity: Dimensions of various physical Quantities Raleighs meth

Buckinghams theorem types of similarities and distortion non distorted models & non dimensional numb

& their significance. (4hrs)


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7 ) ( a ) Concept of boundary layer theory : Thickness of Boundary layers, displacement thicknmomentum thickness, drug force due to boundary layer, types of boundary layer, separation of Boun

Layer. (Analytical treatment not expected)

b) Forces on immersed bodies in flowing fluids: General equations, lift, drag, types of press

distribution about buff: stream line bodies, aerofoil, Magnus effect, (Analytical treatment not expected)

Hrs)

Term work

Minimum 7 Experiments should be conducted during the course and record a journals for the same shallsubmitted.

1 ) Study of pressure measuring devices.

2) Determination of meta centric height.

3 ) Calibration of Bernoullis equation4) Calibration of Venturimeter

5) Determination of Hydraulic coefficient for orifices.

6) Determination of coefficient of discharge for mouthpiece.7) Calibration of Rectangular notch

8) Calibration of Triangular Notch

9) Study of electrical analogy method for plotting of flow nets.

Practical Examination :-The practical examination shall consists of performing an exercises based on the practical work done duthe course. The record of the exercises submitted by the candidate and viva vove on the syllabus. assessment will be based on

1) Performing an exercise2) Record of exercise submitted by the candidate.

3) Viva vace on the syllabus.

Recommended Books

1) Hydraulics and Fluid Mechanics by Modi & Seth.2) Fluid Mechanics and Hydraulic Machines - by R.K. Bansal.3) Fluid Mechanics and hydraulic Machines - by Ramamutham and R. Narayan :)

4) Fluid Mechanics and hydraulic Machines - by V.L.Strcclcr and E.B.Wy!iE.

5) Fluid Mechanics and hydraulic Machines - by Douglas and others6) Fluid Mechanics - by K.L.Kumar

7) Fluid Mechanics -by K.Subrmanya

8) Fluid Mechanics -by R.J. Garde

9) Fluid Mechanics -by French


7/23

SURVEYINGI


Lectures: 4 Hrs / week Theory paper: 100 Marks

Practical: 2 Hrs / week Term Work: 25 Marks

Pr. / Oral: 25 Marks

1) Chain & Compass Traversing: Object, Division, Classification, Principles of surveying, precisio

surveying, chain and tape, instruments for marking stations, Direct and Indirect ranging, Chaining a

chaining on sloping ground, Errors in chaining. Tape correction, chain triangulation, offsets, and method

locating objects. Instruments for setting out right angles cross staff survey, prismatic and surveyors

compass. Meridians, true, magnetic and Arbitrary bearings, Designation of bearings, Fore and back bear

calculations of angles from bearings and bearings from angles. Local attraction and correction of beari

Magnetic declination, calculation of true bearings. Traverse adjustment, sources of errors. (8

2) Leveling: Definitions, construction details of dumpy level, Auto level, Bench Marks, Fundamental l

Temporary and permanent adjustments, balancing of back sight and fore sight distances, simple

differential leveling, reduction of levels, classification of leveling profile leveling, reciprocal leveling, ch

leveling, plotting of profiles, leveling difficulties, errors and precision in leveling, effect of curvature

refraction, contouring, characteristic of contour lines and their use, methods of contouring ,interpolatio

contours. (8 hrs

3) Plane table survey: Introduction, Accessories used in plane table survey, adjustments of pl

table,methods of plane tabling and their suitability, two point and three point problems and their solution

(2 hr

4) Theodolite: Construction, types transit, Non- transit, Vernier and micro optic theodolite, Tempo

and permanent adjustments, measurements of horizontal angles by various methods, measurements of d

and deflection angles, measurements of magnetic bearings of a line, measurements of vertical angle, o

uses of Theodolite. Traversing with theodolite- direct observations of angles and bearings. Checks in clo

traverse, calculations of bearings from angles, traverse computations, balancing the traverse, Gales trav

table, and computations of area of a closed traverse by different methods, sources of errors. Permissible er

and degree of accuracy. Omitted measurement. (8 h

5) Trigonometrical Leveling: Indirect leveling, leveling on steep ground, Single plane and double p

methods, curvature and refraction, Axis signal correction, difference of elevation of two station by single

reciprocal observation. (6 H

6) Tachometric surveying: introduction, instruments, methods of tachometry, principle of stadia met

determination of tachometric constants, Anallatic lens, horizontal and inclined sights, vertical and nor

staff, Beaman Stadia Arc, Auto reduction tachometer, Tachometric contouring, errors. (4 h


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7) Computation of area and earth work: Planimeter theory and use, area of cross sections for level, level, three level, side hill two level and multilevel section, prismoidal and trapezoidal formula for volu

calculations, prismoidal correction, volume of cut and fills- road, canal, railway and reservoirs, haulage lifts, mass diagrams for economic grade line. (4 h

Practical Examination :-The practical examination shall consists of performing an exercises based on the practical work done duthe course. The record of the exercises submitted by the candidate and viva vove on the syllabus. assessment will be based on

1) Performing an exercise

2) Record of exercise submitted by the candidate.

3) Viva vace on the syllabus.Minimum nine exercise should be conducted during the course and record (journal ) for the same shallsubmitted. All the projects are compulsory.

1 ) Chain and cross staff survey.

2 ) Measuring bearings of traverse lines, calculation of included angles and check.

3) Study of dumpy level and reduction of levels.

4) Profile, Fly, differential and check leveling,

5) Study and use of plane table survey by radiation and intersection.

6) Measurements of horizontal and vertical angle by simple method. Face left and face rightobservation.

7) Measurements of direct, deflection angle and magnetic bearing with the theodolite.

8) Study of tachometer and determining tachometric constants.

9) Determining horizontal distance and reduce level of points by tachometric observation withhorizontal and inclined line of sight and vertical staff.

10) Determining distance and reduce level of elevation point by trigonometrically observation.

Projects : -

1) Chain and compass traverse2) Block contouring

3) Plane table traversing4) Road project

5) Theodolite traverse

Recommended Books

1) Surveying and Leveling Vol. I & II - By Prof. T.P. Kanetkar and Prof. S.V. Kulkarni, Pune Vidyarthi Gr

Prakashan Pune

2. Surveying Vol. I & II - By Dr. B.C. Punmia, Laxmi Publications Pvt. Ltd, New Delhi

3. Surveying and Leveling Vol. I - By Hussain & Nagraj

4. Surveying - By David Clark

5. Surveying - By Norman Thomas


9/23

CONCRETETECHNOLOGY

Teaching Scheme : Examination SchemeLectures: 4 Hrs / week Theory paper: 100 MarkPractical: 2 Hrs / week Term Work: 25 Marks

1) Constituent material and their properties: 20 % Weightage

a)Cement: Manufacturing process: types, Hydration of cement, chemical constituents, Effects of

chemical constituents on properties, physical and chemical test procedures, adulteration. (3 Hrs)

b)Fine aggregates : Classification of aggregates, particle size analysizer and fineness modulus , impurit

moisture content, specific gravity, absorption , bulk density, bulking, standard specifications (3 Hrs)

c) Course aggregate: Type, particle size analysis and fineness modulus, moisture content and spe

gravity, absorption flakiness index, Elongation index, crushing value, impact value, abrasion & attri

standard specifications. (3 Hrs)

d) Water: Quality of water, use of seawater. (1 Hrs)

2) Cement concrete: 10 % Weight age

a) Different grade of concrete proportioning and mixing methods, volume batching weigh batching, h

mixing and machine mixing, types of mixtures, workability of concrete, factors affecting workabi

measurement of workability , slump test, compaction factor test, Vee- Bee consist meter , flow t

test, segregation and bleeding. (4 Hrs)

3) Handling of concrete: 20 % Weight age (2 Hrs)

a) Transportation of concrete, methods & planning of concrete (2 Hrs)

b) Compaction: Hand and machine compaction different type of vibrator & their principle (2 Hrs)

b) Curing: Definition, necessity, different methods of curing (2 Hrs)

4) Concrete properties: 15 % weight age (6 Hrs)

a) Strength of concrete: Factors affecting strength of concrete like water cement ratio, angularity, size & sh

of aggregate. Gain of strength with age, compressive tensile and bond strength of concrete.

b) Elasticity, shrinkage and creep: Elastic properties of concrete, relation between modulus of Elastic

measurement of creep, factors affecting creep, shrinkage & factors affecting shrinkage.

c) Testing of hardened destructive and non-destructive testing methods

5) Concrete Mix design: 10 % weight age (6 Hrs)a) Concrete mix design, variable in proportioning, various methods of proportioning statistical qu

control of concrete. Common terms used mean strength, variance, standard deviation, coefficient of variat

relationship between average design strength and specified minimum strength

b) Different methods of mix design such as, ACI method, PRL method, Road note No, - 4

Method, IRC 44 method of mix design, trial and error method for ordinary concrete.


10/23

6) Different types of concrete: 10 % weight age (3 Hrs)Properties used and advantages of lightweight concrete, heavy weight concrete, High strength concreteentrained & fiber reinforced concrete, polymer concrete, concrete used for massive structures and mastructures

7) Form work: 5 % weight age (2 Hrs)Introduction, requirement of form work, form work planning, types of form work, design loads on the foworks, stripping time for different structural elements

8) Concrete chemicals: 10 % weight age (3 Hrs)Modern concrete admixtures and constructions chemicals, plastisizers, super plastisizers, retardaccelerators, air entraining agents , water proofing materials

Term Work :The practical examination shall consists of performing an exercises based on the practical work done duthe course. The record of the exercises submitted by the candidate and viva vove on the syllabus. assessment will be based on


EXP.NO. EXPERIMENTTITLE/ LIST

1A Cement(Minimumfour)

1)Finenessofcement

2)Consistency-percentageofwaterfornormalconsistency

3)Initial&finalsettingtime

4)Soundnessofcement. And Compressive strength of cement

B Fineaggregate(minimumtwo)

1)Finenessmodulus

2)Bulkingofsand

3)Impuritiesinsand.

30 Courseaggregate:(minimumfour)1)Finenessmodulus

2)Aggregatecrushingvalue.

3)Aggregateimpactvalue

4)Flakinessindex

5)Abrasiontest

6)Gradationtest

40 Concrete:Workabilityofconcrete(minimumthree)

1)Slumptest

2)Compactionfactortest

3)Vee-Beetest

4)Flowtable

50 Compulsoryexperiments:

1)Compressivestrengthtest(Cement&Concrete)

2)Splittensiletest

3)Mixdesign

4)ModulusofElasticityandPoissonsratioofconcrete

06 Nondestructivetestonhardenedconcrete


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1) Reboundhammertestforstrength2) Ultrasonic pulse velocity test

Note : - Minimum one visit to construction site is compulsory

Recommended Books

Concrete Technology - M.S. ShettyProperties of concrete - NevellieConcrete Technology - Dr. Chand

Concrete mix design and all - A.C.C. PublicationsMix design- Krishna raju

Concrete Technology :- M.L.Gambhir

Relevant I.S. specifications


12/23

COMMUNICATION SKILLTeaching Scheme :

Examination Scheme

Practical: 2 Hrs / week Term Work:50 Marks

Course curriculum :-

Basic communication skillCommunicating with peers

Communicating formally

Communicating causally

Communicating for daily requirements

Personality development

Formal dressing

Casual dressing

Dressing up to occasion

Interview dressing

Body languageEye contact

Persona management

Effective Group Discussion

What is group discussion

Why are Group Discussions held

What is judged in Group Discussion

What are the keys to a successful Group Discussion

Different topic for Group Discussion

Different ways of modules of Group Discussion

Effective public speaking

How to deliver an effectiveHow to involve the public at large

Stage course

Effective crowd alertness and zinc

Art of effective English communication

Why is it so important

What difference does it make

Motivation therapy

New avenues for improved communication

New therapies for inculcating English

Presentation for Aptitude testWhat is an Aptitude test

What are aptitude test held

What is judged in an aptitude test

What are the keys to successful aptitude test

Different areas for an aptitude test

Different ways of modules of aptitude test

English grammar

Why is grammar important

What are the different parts of English grammar

How do we practice it

Interviews techniques


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Types of Interviews

Why is the Interview held

What is judged in an Interview

Types and rounds of Interviews

Operations round for an Interview

HR round for an Interview

Technical round for an Interview

How to express freely an ethically in an Interview

How to make resume or bio dataThings meant to be said in an Interview and vice versa

How to crack and get an offer from an Interview

Psychological aspect of question

Reading the interviewers mind

Telephonic Etiquettes

How to give telephonic Interview

How to introduce your self and speak on a call

How to speak to anyone on the phone

What are telephonic Interview held for

How to crack telephonic Interview

Mock call handling

What is the benefit of mock calls

How does one benefit from the Mock call session


14/23

LAB I



Following is the suggested list of the experiments for the subject LAB I of S.E (Civil)

1. Introduction to operating system 1 ) DOS 2) Windows 3) Linux

Introduction to M.S Office word , Excel , Power Point2. Survey I Two problems each from section A & section B of survey I should solve by writ

programs in C in language. The program should be error free and desired out put should be obtained

3. F.M- I Two problems each from section A & section B of F.M- I should solve by writing programs

C in language. The program should be error free and desired out put should be obtained.

4. SOM : Two problems each from section A & section B of F.M- I should solve by writing programs

C in language. The program should be error free and desired out put should be obtained.

5. Introduction to Auto CAD & some small drawing should be Auto CAD covered in LAB I


15/23

ENGINEERING MATHEMATICS-IV

Teaching Scheme : Examination Scheme

Theory Lectures:4 Hours/week. Theory Exam. : 100 Marks, 3 hrs

1. Function of Complex Variables: Introduction, Analytic function, Cauchy- Riemann equations

Cartesian and polar form. Harmonic function, Integration : Line integral, contour integral, Cauchy inte

theorem, Extension and Cauchy integral formula (without proof ) TaylorSand Laurent;s series (with

proof) Singularities, Residues, Cauchy residues theorem (with out proof) Integration along unit circle

along the upper half semicircle. Conformal transformation and bilinear transformations. (14hrs)

2. Static & probality : Measures of Dispersion, Moments, Skewness and kurtosis.

Binomial, poissonss & normal distribution. ( 06 hrs)

3. Numerical Methods: Solution of algebraic & Transcendental equations by Newtons Raphson method,

solution of linear simultaneous equation by Gauss eliminations, Gauss Seidal method, Lagranges

Interpolation formula. Numerical Differentiation, solution, of ordinary differential equation by Picards

method, Taylors series method, Eulers modified method and Rang-Kutta fourth order method (12hrs)

4. Application of partial differential equations: Solution of PDE by methods of separations of

variables. Application to vibration of sting ( wave equation) one dimensional heat flow, two dimensional

heat flow ( 06 hrs)

5. Z-Transform : -z-transform for elementary functions and properties (without proof), inverse Z- transfoby residue. Solution of different equations by Z- transform. (4hrs)

Note : 1) In all numerical methods derivation are not expected.

2) Section-A Chapter 1 and Chapter 2. Section B Chapter 3,Chapter 4, and Chapter5

Recommended Books

A text book of Applied Mathematics Volume II & III P.N.Wartikar & J.N. Wartikar

Engineering Mathematics H.K.Das

Engineering Mathematics -III G.V.Kumbhojkar

Higher Engineering Mathematics Dr.B.S.Grewal

Numerical Method S.S Shastry


16/23

SURVEYING II


Lectures: 4 Hrs / week Theory paper: 100 Mark


Pr. / Oral : 25 Marks

1) Curves: Introduction, Degree and radius of curves, Horizontal and vertical curves. Types: Sim

Compound , Reverse and Transition curves, Geometry of simple curve, compound curve by offsets

angular measurements. Transition Curve: Elements of transition curve, Types of transition curve, Objec

introduction transition curve, Relation between length to radial acceleration, Super elevation, Ideal trans

curves, Cubic parabola, spiral and Lemniscates as transition for road and railway curves. (8 Hrs)

2) Geodetic Surveying: Methods in geodetic surveying, Triangulation figures, classification of triangula

systems, selection of stations, Indivisibility and height of stations, towers, signal, and their classificaphase of signals, Measurements of angles, Instruments used, Methods of observation of angles, sate

station and reduction to center , Eccentricity of signals , Base line measurements , Apparatus used , base

correction to base line measurement. Reduction to mean sea level, extension of a base. (8 Hrs)

3) Triangulation Adjustments: Kinds of Errors, Laws of Weights, Determination of the most prob

values of quantities, the method of least square, indirect observations on independent quantities, nor

equation, conditioned quantities, the probable error and its determination, Distribution of errors to the f

measurements, method of correlates, station adjustment and Figure adjustment, Adjustment of a geod

triangle, figure adjustment of a triangle, calculation of spherical excess, computation of the sides

spherical triangle. Adjustment of a geodetic Quadrilateral, adjustment of a quadrilateral with a central sta

by method of least squares (8 Hrs)

4) Photogrammetry : Application to various fields, General idea of terrestrial photogrammetry, A

photogrammetry, Arial camera, composition of map and vertical photograph, vertical tilted and obl

photographs, concept of principle point, nadir point , isocenter, horizon point and principle plane, scal

vertical photograph, computation of length and height from the photograph, relief displacement on ver

photograph, flight planning, ground control , radial line method, Binocular vision and Stereoscopic fusmirror and lens, Stereoscopes. Parallax equation, measurement of parallax and determining differenc

elevations, stereo meter, general idea of stereoscopic plotting instruments, basic principle of remote sens

photo interpretation, applications to Civil Engineering (7 Hrs)

5) Use of Electronics in Surveys: Electromagnetic waves and their properties, phase comparis

Modulation, types of Electronic distance measurement instruments, the Geodemeter , the Distomat

(3 Hrs)


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6) Hydrographic Surveying: Introduction, Soundings, Methods of locating soundings, horizontal vertical control, The sextant, ranges, plotting of soundings, The Three Point problem mechanical, graph

and analytical solutions. (3Hrs)

7) Engineering Surveys: Setting out work building, culverts, bridges and tunnels, transferring

alignment underground, Route surveys, city surveying and topographical surveys. (3 Hrs)

Practical Examination :-

The practical examination shall consists of performing an exercises based on the practical work done duthe course. The record of the exercises submitted by the candidate and viva vove on the syllabus. assessment will be based on

1) Performing an exercise

2) Record of exercise submitted by the candidate.3) Viva vace on the syllabus.

Minimum nine exercise should be conducted during the course and record (journal ) for the same shallsubmitted. All the projects are compulsory.


EXP.NO. EXPERIMENTTITLE/LIST01 SettingoutsimplecircularcurvebyoffsetfromlongchordandfromchordProduced.

02 SettingoutsimplecircularcurvebyRankinesmethod.

03 Measurementsofbaselinebysubtencebarmethod.

04 Satellitestationandreductiontocenter.

05 StudyofonesecondTheodoliteandmeasurementofhorizontalanglebyrepetitionmethod.

06 StudyofNauticalsextantandmeasurementofanglebynauticalsextant.

07 StudyanduseofmirrorstereoscopeandparallaxBar.

08 TofindAir-basedistanceforagivenpairofaerialphotograph.09 StudyofElectronicDistanceMeter.

10 StudyofAutoreductionTacheometer

Projects : -

1) Tachometriccontouring.2) GeodeticQuadrilateralAdjustments3) PlottingrivercrosssectionbyHydrographicsurveying(Threepointproblem)4) Settingoutbuilding/culvert.

Recommended Books

1)SurveyingandLevelingVol.I&II-ByProf.T.P.KanetkarandProf.S.V.Kulkarni,PuneVidyarthiGriha

PrakashanPune

2.SurveyingVol.I&II-ByDr.B.C.Punmia,LaxmiPublicationsPvt.Ltd,NewDelhi

3.SurveyingandLevelingVol.II-ByHussain&Nagraj

4.Surveying-ByDavidClark

5.Surveying-ByNormanThomas


18/23

FLUID MECHANICS II


Lectures: 4 Hrs / week Theory paper: 100 Marks

Practical: 2 Hrs / week Pr. / Oral: 25 Marks

Term Work: 25 Marks

1) Flow Through Pipes: (a) Darcy's Equation, Minor Josses, laws of fluid friction Hydraulic GradLine& Total Energy Line (b) Flow through pipes in series and parallel, equivalent pipes and branchin

pies, three reservoir problems under steady state, flow through nozzle, power transmission (c) Turbulent

through pipes: Pandtl's Theory velocity distribution equation for smooth and rough pipe, mean velocity

variation of friction factor, Moody's chart, Nikurade's Experiment (d) Water Hammer: Rigid and El

Water column theories function and types of surge tanks. (e) Pipe Network analysis, loops, formation of h

and discharge equations, Hardy cross method. (7Hrs)

2) Flow In open channels: (a) Classilleation of channels, nows in channels, steady & unsteady flows,unifo

&. non uniform flows, Jaminar & turbulent flows, gradually and rapidly varied flows, velocity distribution

open channels, geometric shapes of channel section and their expressions, economic channel secti

(Rectangular, trapezoidaJ and trhUlgular), Basic equations of fluid flow viz. continuity equation, Bernou

equation and momentum equation as applied to channel flow, Uniform flow, Chazy's and Manni

equations, Specific energy diagram, ~ternate depths, Froude number specific force, sequent depths, crit

sub-critical artd super critical flows.

b) Non Uniform Flow: Energy equation for gradually varied flow (OVF), Basic assumptions and equatio

slope profiles with different combinations, Computation of GVF (by direct step method only)

c)Flow measurement appurtenances: Different channel transitions viz. Venturiflume and standing wave flu

stream gauging, and current meter

d) Rapidly varied flow, phenomenon of hydraulic jump in rectangular channel section, basic equat

classification and applications of hydraulic jump, conjugate depths and its computation, energy dissipatio

hydraulic equation (9 Hrs)

3) Dimensional analysis of similarity: dimensions of various quantities raleighs method buklingha

thermo types of similarities and distorted and non distorted models non dimensional number and t

significance (4 Hrs)

4) Impact of. Jets: Dynamic of force and momentum; Impulse momentum equation. Jet force on Statior

and moving vanes, jet propulsion, forces on reduce bends (4 Hrs)

5) Turbines: Classification and types of turbines, impulse and reaction turbines, components and parts, v

angle, inflow and outflow conditions, efficiency and characteristics of turbines based on performance, spe

speed, unit speed, unit discharge, unit power, selection criteria for turbines, governing of turbines, cavitati

draft tube and its function runway speed, surge tank' (5 Hrs)


19/23

6) Centrifugal pump: Parts of centrifugal pumps, Types, construction and principle of working, principl

similarity efficiencies characteristics and specific speed under various operations conditions priming of pu

cavitations, minimum speed compaction, multi surge centrifugal pumps, self priming, booster pumps. (5 H

7) Reciprocating Pumps: Types, working principle, indicator diagram, works done effect of acceleration

frictional Resistance, slip separation in section and delivery pipes, Air vessel and its function, multi cyli

pumps. Rotary arid Gear wheel pumps. (4 Hrs)

8) Hydraulic Machines: Hydraulic ram, hydraulic accumulator, hydraulic crane, hydraulic intensifier, pr

jack lift

Term Work :The practical examination shall consists of performing an exercises based on the practical work done duthe course. The record of the exercises submitted by the candidate and viva vove on the syllabus.

assessment will be based on

EXPERIMENTTITLE/LIST(allcompulsoryexperiment&continuousassessment)

EXP.NO.

EXPERIMENTTITLE/ LIST

01 DeterminationofChezys&Manningsconstants.

02 Determinationofcoefficientforventureflume/ Standingwaveflume.

03 Determinationofpipefrictionfactor

04 Determinationofminorlosses

05 StudyofHydraulicjump.06 Impactofjet

07 TrialonTurbine.

08 TrialonCentrifugalpump.

09 Trialonreciprocatingpump.

10 StudyofHydraulicram.

Practical Examination :-

The practical examination shall consists of performing an exercises based on the practical work done duthe course. The record of the exercises submitted by the candidate and viva vove on the syllabus. assessment will be based on

1 )Performing an exercise

2 )Record of exercise submitted by the candidate.

3 )Viva vace on the syllabus.


20/23

Recommended Books

1)HydraulicsandFluidMechanics-ModiandSeth

2)FluidMechanicsandHydraulicmachines-R.K.Bansal

3)FluidMechanicsandHydraulicmachines-Ramamurtham

4)FluidMechanicsandAppliedHydraulics-P.R.Mehta,S.K.Ukarande,U.W.Mate

5)OpenChannelFlow-byK.Subramnaya

6)OpenChannelHydraulics-byVenTeeChow

7)OpenChannelFlow-byK.G.RungaRaju

8)FluidMechanics-byK.L.t


21/23

BUILDING CONSTRUCTION & DRAWING


Lectures : 4 Hrs / week Theory paper : 100 Mar

Practical : 2 Hrs / week Term Work : 50Marks

Pr. / Oral : 50 Marks

1) Design aspect of foundation for load bearing structures and trial pits.

2) Design & construction of different types of walls solids walls cavity walls and portions walls, typ

structures in masonry construction corbel threshold wall plate copping.

3) Shoring Underpinning and scaffolding & introduction to trussed and its suitability.

4) Damp proofing & Termite proofing & fire protections thermal insulation

5) Ventilation wind effect stack effect and air conditioning summer & winter.

6) Relative functions and role of owner architect structural engineer and contractor building byelaw

municipal council and corporation.7) Principal of planning preparation of working and submission drawing

Practical examination

Lab- I

1) Measured drawing (including site visit)

2) Data drawing

3) Details of drawing

Lab II

1) Preparation of four plans of one room , two rooms tenements apartments and bungalows

2) Sketches - Shoring Underpinning, scaffolding, Buttresses, Windowsills, corbels, Partition walls, Da

proofing courses, thermal insulations, air conditioning system ventilations.

3) Preparation of above plans by AutoCAD ( Lab II I )

Recommended Books

1.BuildingConstruction-B.C.Punmia

2.Principlesofbuildingdrawing-M.G.Shah&C.M.Kale

3.ATBBuildingconstruction-Sharma&Kaul

4.ConstructionEngineering-Y.S.Sane

5.BuildingConstruction(Vol.I,II&III)-W.B.Markay

6.NationalBuildingCodeofIndiaS.P.7-ISI4.


22/23

THEORY OF STRUCTURE I


Lectures: 4 Hrs / week Theory paper: 100 Mark

1) Columns and Struts: Axially loaded compression members, short and long column different

condition. Eulers theory and Rankine theory and IS code formulae. Limitation of Eulers formula, col

with initial curvature , laterally loaded struts.. (6 Hrs)

2) Curvature, slope & deflection: Curvature, slope and deflection of statically determinate bea

cantilevers, propped cantilevers, macaluy method . (4 Hrs)

3) Deflection of statically determinate structures: Castiglianos theorem, Deflection of beams and fram

by strain energy, deflection of pin jointed trusses, effect of temperature change, willot diagrams. (6 Hrs)

4 )Fixed beams: Relation between free bending moment diagram & Fixed bending moment diagram

Beams with different moment of Inertia, effect of sinking of support. (4 Hrs)

5 ) Continuous beams: Calpeyrons theorem of three moments, beam with diff MI, effect of sinkingsupport

(4 Hrs)

6 ) Rolling Loads & Influence lines for statically determinate structure: Rolling Loads & Influence

for statically determinate structure for reaction, bending moment and shearing force for cantilevers and sim

and compound beams. Influence lines for forces in member of statically determinate trusses. Criteria

maximum bending moments and maximum shearing force for simple determinate beams. Absolute maximbending moment. (8 Hrs)

7 ) Three hinged Arches: Determination of horizontal thrust, bending moment radial shear and normal th

for parabolic and segmental three hinged arches. Influence line for horizontal thrust, bending moment, ra

shear, and normal thrust. (4 Hrs)

8 ) Three hinged suspension bridge: Simple suspension cable, anchor cable, suspension bridge with t

hinged stiffening girder Influence line diagram for horizontal reaction at cable support and for ben

moment and shearing force at a given section in three hinged stiffening girder. (4 Hrs)

Recommended Books

Analysis of Structures ( Vol. 1 & II ) : Vazirani & M.M. Ratwani

Theory of Structures : S. Ramamurthum

Theory of Structures : T imoshenko & Young

Theory & Analysis of Structures ( Vol. 1 & II ) : Jain & Jain

Mechanics Of Structures ( Vol. 1 & II ) : S B. Junnerkar.


23/23

LAB II



Following is the suggested list of the experiments for the subject LAB II should be solve by writi

programs C language the program should be free error and desired out put should be obtained1. Introduction to operating system 1 ) DOS 2) Windows 3) Linux

Introduction to M.S Office word , Excel , Power Point

2. Survey II Two problems each from section A & section B of survey II should solve by wri

programs in C in language. The program should be error free and desired out put should be obtained

3. F.M- II Two problems each from section A & section B of F.M- II should solve by writing progra

in C in language. The program should be error free and desired out put should be obtained.

4. BCD : Two problems each from section A & section B of F.M- II should be solved

the drawing should be implemented using Auto CAD

5. Introduction ; Introduction to advance software related to civil engineering the students study

intricacies of the commercially available software and free to download software related to subj

they have studied up to PART- II of S.E must be able to present comparative merits and demeri

each software their adequany and relevancy in meeting the desired out put

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