Old Course Structure and Syllabus of Dibrugarh University ... · torsion of a rod, torsional oscillation, bending of a beam. Viscosity, Bernoulli’s theorem, viscous flow of liquid

Old Course Structure and Syllabus of

Dibrugarh University | Mechanical

Engineering (2015-16) Batch

Dibrugarh University

Jorhat Engineering College, Jorhat,

Assam – 785 007

1 Old Course Structure and Syllabus of Dibrugarh University | Mechanical Engineering (2015-16) Batch

Contents 1. COURSE STRUCTURE.................................................................................................................. 2

1.1 B.E 1st Semester ......................................................................................................................... 2

1.2 B. E. 2nd Semester ...................................................................................................................... 2

1.3 B.E. 3rd Semester ........................................................................................................................ 2

1.4 B.E. 4th Semester ........................................................................................................................ 3

1.5 B.E. 5th Semester ........................................................................................................................ 3

1.6 B.E. 6th Semester ........................................................................................................................ 3

1.7 B.E. 7th Semester ........................................................................................................................ 4

1.8. B. E. 8th Semester ...................................................................................................................... 4

2. SYLLABUS ..................................................................................................................................... 5

2.1 Syllabus of B. E. 1st Semester .................................................................................................... 5

2.2 Syllabus of B. E. 2nd Semester ................................................................................................. 12

2.3 Syllabus of B. E. 3rd Semester Courses .................................................................................... 20

2.4 Syllabus of B. E. 4th Semester Courses .................................................................................... 25




2.7.1 Syllabus of B.E. 7th Semester Elective Courses .................................................................... 42


2.8.1 Syllabus B.E of 8th Semester Elective Courses ..................................................................... 49


1. COURSE STRUCTURE

1.1 B.E 1st Semester

Sl. No Course Code Course Title Theory Sessional Practical

1 HU-11 Humanities-1 100 50

2 PH-11 Physics-I 100 50

3 PH-11L Physics-I laboratory 50

4 CH-11 Chemistry-I 100 50

5 CH-11L Chemistry –I laboratory 50

6 MA-11 Mathematics -I 100 50

7 CE-11 Engineering Graphics 100 100

8 ME-11 Thermal Science 100 50

9 ME-12 Workshop practice -1 100

1.2 B. E. 2nd Semester


1 HU-21 Humanities-II 100 50

2 PH-21 Physics-II 100 50

3 PH-21L Physics-II laboratory 50

4 CH-21 Chemistry-II 100 50

5 CH-21L Chemistry-II laboratory 50

6 MA-21 Mathematics-II 100 50

7 ME-21 Engineering Mechanics 100 50

8 ME-22 Workshop practice -2 100

9 EE-21 Electrical Science 100 50

10 EE-21L Electrical science laboratory 50

11 ES-21 Environmental studies Grade

1.3 B.E. 3rd Semester

Sl.

No

Course Code Course Title Theory Sessional Practical

1 MA-31 Mathematics-III 100 50

2 ME-31 Applied thermodynamics -I 100 50

3 ME-32 Mechanical Drawing 100 50

4 CS -31 Fundamental of computing 100 50

5 EE-31 Basic Electronics 100 50

6 EE-31L Basics Electronics laboratory 50

7 EE-32 Electrical Engineering 100 50

8 EE-32L Electrical Engineering Laboratory 50


1.4 B.E. 4th Semester


1 MA-41 Mathematics-IV 100 50

2 ME-41 Manufacturing Science -I 100 100

3 ME-42 Dynamics of Machinery-I 100 50

4 ME-43 Mechanics of Materials-I 100 50

5 ME-44 Fluid Mechanics 100 100

6 ME-45 Material Science 100 50


Sl. No Course

Code

Course Title Theory Sessional Practical

1 MA-51 Mathematics-V 100 50

2 ME-51 Manufacturing Science -II 100 50

3 ME-52 Mechanics of Materials-II 100 50

4 ME-53 Advanced Fluid Mechanics 100 50

5 ME-54 Machine Design-I 100 50

6 ME-55 Workshop Practice 25

7 ME-56 Mechanical Engineering Laboratory 25

8 CS-51 Object Oriented Programming 100 50



1 HU-61 Principles of Economics and

Accountancy 100 50

2 ME-61 Applied thermodynamics-II 100 50

3 ME-62 Dynamics of machinery -II 100 50

4 ME-63 Manufacturing Methods 100 50

5 ME-64 Machine Design-II 100 50

6 ME-65 Mechanical Engineering

laboratory 50 50

7 ME-66 Workshop Practice 50 50



Sl. No Course Code Course Title Theory Sessional Viva

1 ME-71 Industrial Organisation and

Management

100 50

2 ME-72 Fluid machinery 100 50

3 ME-73 Dynamics of machinery -III 100 50

4 ME-74 Heat and Mass transfer-I 100 50

5 ME-75 Elective-I 100 50

6 ME-76 Project-I 100 50

1.8. B. E. 8th Semester

Sl. No Course Code Course Title Theory Sessional Viva

1 ME-81 Industrial Engineering 100 50

2 ME-82 Measurements 100 50

3 ME-83 Heat and Mass transfer-II 100 50

5 ME-84 Elective-II 100 50

6 ME-85 Project-II 150 50

7 ME-86 General Viva-Voce 100


2. SYLLABUS

2.1 Syllabus of B. E. 1st Semester

COURSE : HUMANITIES I

Course Code : HU-11

Theory : 100 Marks

Sessional : 50 Marks

Detailed Syllabus

First Half (English) Module Details of Module

1

Selected essays from a text

Text selected call to adventure: Edited by A R Moon and J Edmundson (Oxford

University Press)

Essays Selected

1. An Arab Banquet – T E Lawerence

2. The Tiger Smiled – Jim Corbett

3. Escape from Famine – Pearl S Duck

4. Six Men, One Raft and Sharks – Thor Heyardahi

2 Supplied Grammar

Articles, Prepositions, Reported Speech, Tense

3 Vocabulary

Antonyms and Synonyms, Words frequently confused.

4 Composition

Writing of a descriptive as Narrative paragraph.

Text Books:

1. Foundation: English for Science Studies: Edited by Graham Ganesh (Oxford University

Press)

2. Practical English Grammar: A J Thomson and Martinet (Elbs. Oxford University Press)

3. Guide to Modern English: Grammar, Usage and Composition: By N. Krishnaswamy

(Macmellan and Co.)

Second Half (Political Science)

Module Details of Module

1 State: Definition and Elements-Origin of State (brief description of theories) Distinction

between State and Association.

2

Government- Modern forms -features, strength and weakness of unitary, Federal,

Parliamentary and presidential form of Govt.'s. Form and structure of the Govt. of India,

Relative importance of the official post of the president and the Prime Minister of India.

3 Organs of Govt. -Function of the Organs - theory of separation of powers- structure of

the organs of the Govt. of Indian republic.

4

Constitution -Definition and classification merits and demerits of different types of

constitution. Main features of the constitution of Indian Republic-Preamble and directive

principles of in the constitution of India. Emergency powers of the President of India.


Fundamental Rights and Duties enshrined the constitution of India.

5 Citizenship - Meaning of citizenship- Distinction between Citizen and Alien-Methods of

acquiring Citizenship - Qualities of good citizen-hindrances to good citizenship

Text Books:

1. Principles of Political Science - A. C. Kapoor

2. Principles of Political Science - Vidyadhar Mahajan

3. Introduction to Political Science - S. K. Bhattacherjee.

COURSE : PHYSICS-I

Course Code : PH-11

Theory : 100 Marks


Detailed Syllabus Module Details of Module

1

Elasticity: Relation between elastic constants, energy of elastically deformed bodies,

torsion of a rod, torsional oscillation, bending of a beam. Viscosity, Bernoulli’s theorem,

viscous flow of liquid through capillary tube, Poiseuille’s equation, motion in a viscous

medium, Stoke’s law, determination of coefficient of viscosity of fluids by rotational

viscometer.

2

Heat: Relation between P, V and T for adiabatic changes, the difference between

adiabatic and isothermal changes, Second law of thermodynamics, Carnot cycle,

reversible and irreversible processes, entropy, black body radiation, Plank’s law,

Kirchoff’s law, Wien’s law, Stefan’s law, Pyrometry, platimun resistance thermometer,

total radiation pyrometer, optical pyrometer.

3

Electricity and Magnetism: Gauss’s theorem and its application to deduce electric fields,

mechanical stress on the surface of a charged conductor and its equivalence to

electrostatic energy stored in the dielectric, Poisson’s and Laplace’s equation, potential

difference as line integral of the electric field, potential and field due to electric dipoles,

magnetic shell and its equivalence to an electric circuit, Ampere’s theorem, growth and

decay of direct current in LR and CR circuits, LCR circuit with alternating e.m.f.,

oscillatory circuit and production of electromagnetic wave (Short note).

4 Optics: Aberration in lenses, spherical and chromatic aberration, Interference of light

waves, Fresnel’s biprism, interference pattern with white light.

COURSE : PHYSICS-I LABORATORY

Course Code : PH-11L

Practical : 50 Marks

Detailed Syllabus

Exp. No. List of experiments

1 Determination of the resistance of a galvanometer by Thompson’s method.

2 Determination of the value of H (Earth’s horizontal intensity) in the laboratory by

using deflection and vibration magnetometers.

3 Determination of the value of J (Mechanical equivalent of heat) with a Joule’s


calorimeter.

4 Determination of the value of a given low resistance by potential difference method

using a potentiometer.

5 Determination of the Young’s modulus of the material of a wire by Searle’s

apparatus.

6 Finding the wavelength of a source of light by Newton’s ring method.

7 Study of charging and discharging of a capacitor and determination of time constant.

8 Determination of the magnifying power of a telescope.

9 Study of rotational motion of a flywheel.

10 Study of ultrasound properties.

11 Inverse square law studies for light using photo diode as detector.

12 Optical experiments with diffraction grating.

13 Study of transverse nature of light based on polarization phenomenon.

14 Thermal conductivity studies.

COURSE : CHEMISTRY-I

Course Code : CH-11

Theory : 100 Marks


Detailed Syllabus


1

ELECTRONIC EFFECTS: Different types of bond fission -Hetrolytic and Homolytic,

Factors effecting a covalent bond (inductive effect, conjugation and resonance),

Carbonium ion and Carbanion, Free radicals, Electrophilic and Nucleophilic reagents

Study of some eliminatlon, substitution and addition reaction and their mechanisms

2

SPECTROSCOPY: Elementary ideas of spectroscopy (UV and visible). Beers law,

Types of electronic excitation, chromophores and auxochromes, Red shift and Blue shift,

optical systems of single beam spectrophotometer.

3

FUELS: Solid, liquid and gaseous fuels, Analysis of coal, calorific values, coking quality

of coal, proximate and ultimate analysis of coal, Indian coal. Petroleum, refining of

petroleum, cracking and products of cracking with their uses, synthetic petrol, knocking

and antiknock compounds, octane number, cetane number, flash point its determination,

petrochemicals. Non-petroleum liquid fuels - benzol, power alcohol.

Gaseous fuels - natural gas, furnace gas, coal gas, LPG, Producer gas, water gas, biogas

their manufacture and utilities.

4

POLYMERS: Definition, classification, polymerization techniques, mechanism of

polymerization Free radical, cationic and anionic polymerization polycondensation, glass

transition temperature, preparation, properties and uses of some important polymers like

polythene, polystyrene, polyesters, polyamides, polyimides, polyvinyl acetate, polyvinyl

chloride, Teflon, polyisoprene, polybutadines, polychloroprene, polysulphides, bakelite,

epoxy polymers, silicon polymers, and cellulose derivatives. Polymer reactions,

Reactions leading to graft and block co-polymers, polymer processing, polymer

composite.

5 WATER: Sources of water, effects of water on rocks and minerals, impurities in water,


Types of hardness, units of hardness : Disadvantages of hard water in domestic purpose,

in industrial purpose and in steam generation in boilers (scale and sludge formation,

priming and foaming, caustic embrittlement, corrosion) treatment of boiler feed water:

removal of hardness by lime soda method, permutit process and exchange process

Drinking water treatment of drinking water, sewage -Aerobic oxidation , Anaerobic

oxidation, Biological and chemical oxygen demand (BOD and COD)

6 POLLUTION, definition, water, air and industrial pollutants, causes and removal of

pollution.

7

METAL AND METALLURGY: Discussion of transition elements and their properties

on the basis of electronic configuration. Chemistry of the following metals with reference

to the methods of extraction, uses and important alloys – chromium, Nickel, Manganese

and Titanium. Steel, it’s manufacture by Bessemer process, open hearth process, duplex

process and LD process, comparison of Bessemer and open hearth process, heat

treatment of steel.

8 CORROSION AND PROTECTION: Theories of corrosion, protection against corrosion.

9 PORTLAND CEMENT: Raw materials, methods of manufacture-wet and dry process,

setting and hardening of cement, types of a cement, mortars and concrete.

COURSE : CHEMISTRY-I LABORATORY

Course Code : CH-11L


Detailed Syllabus

Exp.

No.

List of Experiments

1 Qualitative analysis sand detection of acid and basic radicals in a mixture containing at

least four radicals out of the following.

2 Pb, Cu, Bi, Cd, Sn, Fe, Al, Cr, Mn, Co, Ni, Zn, Ba, Ca, Sr, Mg, Na, K, NH4

3 F’, Cl’, Br’, I’, S’’, NO’2, NO’’3, SO’’4, CrO’’4, BO’’’3, PO’’’4, C2O’’4.

4 To estimate total and permanent hardness of water using EDTA solution.

5 To determine Rf value and separate the components of an Organic/Inorganic samples by

paper chromatography/TLC/Column chromatography.

COURSE : MATHEMATICS-I

Course Code : MA-11

Theory : 100 Marks


Detailed Syllabus


1

Group A: Differential Calculus: Successive differentiation, Standard forms, Leibnitz’s

theorem, Rolle’s theorem, Mean value theorems of Lagrange’s and Cauchy’s, Expansion

of functions: Taylor’s and Maclaurin’s series, Indeterminate forms: Introduction:

L’Hospital’s rule, Tangents and normals, Curvature and radius of curvature in Cartesian

and polar co-ordinates, Asymptotes and tracing of simple curves.


2 Group B: Integral Calculus: Reduction formulas, Properties of definite integrals. Areas

and lengths of plane curves, Volume and surface area of solids of revolution.

3

Group C : Differential Equations: Ordinary differential equations of first order and

first degree, Separation of variables, homogeneous equations, linear equations, Bernouli’s

equation, exact equations, Equations of first order but not of first degree, equations

solvable for p, equations solvable for y or x, Clairaut’s form. Linear equations with

constant coefficients. Homogeneous linear equations. Applications of ordinary

differential equations.

4

Group D: Vector algebra: Scalar and vector triple products, Geometrical meaning of

triple products. Volume of a tetrahedron. Physical application such as work done by a

force, normal flux, moment of a force, angular velocity of a rigid body.

Text Books/References:

1. Differential Calculus by Shanti Narayan (S. Chand & Co)

2. Integral Calculus by -do- ( -do- )

3. Differential Calculus by Das & Mukherjee ( U. N. Dhar & Co)

4. Integral Calculus by -do- ( -do- )

5. Differential Calculus by Raisinghania & Aggarwal (S. Chand & Co.)

6. Text Book of Engg. Math. by Ganguly & Chatterjee (Kalyani Publishers)

7. Engineering Mathematics by G. S. Sharma & I. J. S. Sarma (C. B. S. Publishers)

8. Engineering Mathematics by H.K. Das (S. Chand & Co.)

COURSE : ENGINEERING GRAPHICS

Course Code : CE-11

Theory : 100 Marks


Detailed Syllabus


1

Introduction: Engineering Drawing, Projection, Orthographic Projection, Six

Different Views, First Angle Projection, Third Angle Projection, Symbols for Method

of Projection, Pictorial Projection – Isometric, Oblique and Perspective Projection,

Sheet Layout, Margin, Border Lines, Title Block, Different Types of Lines, Lettering,

Scales, Dimensioning – Types of Dimensions, Dimensioning Terms and Notations,

Placing of Dimensions – Aligned System and Unidirectional System, Unit of

Dimensioning, General Rules for Dimensioning.

2

Orthographic Views: Introduction, Procedure for Preparing a Scale- drawing,

Drawing of Front, Top and Side Views from Pictorial Views of Blocks using First

Angle Projection and Aligned System of Dimensioning.

3

Screw Threads: Screw Thread Nomenclature, Triangular Threads, Square Thread,

Acme Thread, Knuckle Thread, Buttress Thread, Conventional Representation of

External and Internal Threads in Front and Side Views using Method I, Conventional

Representation of Multiple- start Threads and Right-hand & Left-hand Threads.

4 Screwed Fastenings: Hexagonal Nut–Approximately Standard Dimensions & Rough-


rule Dimensions, Square Nut–Two Faces Equally Seen in the Front View & One Face

Seen in the Front View, Front Views of Flanged Nut, Cap Nut & Dome Nut,

Washers–Plain & Chamfered, Hexagonal-headed Bolt–Approximately Standard

Dimensions & Rough- rule Dimensions, Square-headed Bolt–Two Faces Equally

Seen in the Front View & One Face Seen in the Front View, Bolt, Nut & Washer

Assembly of Different Combination of Bolt & Nut, Front Views of Foundation Bolts.

5

Rivets and Riveted Joints: Rivets, Riveting, Caulking and Fullering, Forms and

Proportions of Rivet-heads, Failure of Riveted Joints, Dimensions of a Riveted Joint,

Single Riveted, Double Riveted (Chain & Zigzag) & Triple Riveted (Chain & Zigzag)

of Lap Joint & Butt Joint (Single Strap & Double Strap) using Snap & Countersunk

Rivet Heads.

6

Isometric View: Pictorial View, Isometric Axis, Isometric Lines, Isometric Planes,

Isometric Scale, Difference between Isometric Projection & Isometric View,

Procedure of Drawing Isometric Views, Isometric View of a Circle – Method of

Points & Four-centre Method, Isometric View from Front View, Isometric View from

Top View, Isometric View of Simple Objects from Orthographic Views.

Text Books: Geometrical and Machine Drawing by N. D. Bhatt

COURSE : THERMAL SCIENCE

Course Code : ME-11

Theory : 100 Marks


Detailed Syllabus


1

Introduction: Basic concepts, system, control Volume, surrounding, boundaries,

universe, macroscopic and microscopic view points, continuum, thermodynamic

equilibrium, state, property, process, cycle, reversibility, Quasi-static process,

irreversible process, intensive and extensive properties, work, heat, point and path

function.

2

Zeroth law of Thermodynamics: principles of thermometry, reference points, types of

thermometer, scales of temperature, First Law of Thermodynamics, corollaries,

PMMI, First law applied to process, applied to flow system, steady flow energy

equation, limitation of First law.

3

Second law of Thermodynamics: Kelvin Planck and Clausius statements and their

equivalence and corollaries, PMM of second kind, Carnot’s principle, Carnot cycle,

its specialities, Thermodynamic scales of temperature, Clausius inequality, entropy,

principles of entropy increase, energy equation, irreversibility, Third law of

Thermodynamics.

4

Air-standard cycles: concepts, Otto, Diesel, Dual, Brayton cycles, P-V, T-S diagrams,

comparison with different conditions, Efficiency, mean effective pressure on air

standard basis, comparison with ideal and actual cycles.

5 Steam generators: Classification, uses, components, mountings and accessories,


evaporation capacity, equivalent evaporation, boiler efficiency, draut, chimney height

calculation.

6

Properties of steam: phase transformation, generation of steam, quality of steam,

concept of enthalpy of different steam, p-v and T-s diagrams, use of steam tables and

Mollier chart.

Text Books

1. Thermodynamics: P. K. Nag

2. Thermodynamics: Rajput

Reference Books:

1. Thermodynamics: Zemansky

COURSE : WORKSHOP PRPACTICE-I

Course Code : ME-12

SEE : 50 Marks

Detailed Syllabus


1

MACHINE SHOP : Working principle, specification and types of LATHE, Construction

and use of Lathe, use and care of hand tools, cutting tools and its various angles, Tool

Materials.

2

COMMON LATHE OPERATIONS : Centring, facing plain turning, taper, turning,

knurling, chamfering, drilling, Thread cutting etc. use of coolants, safety precautions.

Demonstration on power saw, Girding and Drilling Machines Simple exercise involving

common lathe operations

3

FITTING AND PLUMBING SHOP: Use and care of fitting tools, classification of files,

Chisels, Hammers, Spanner, Vice Hacksaw, Calliper, Drill Bit etc. Fitting Operations :

Chaipping, Filling, Scraping. Sawing. Marking, Methods of filling, Different part of a

twist drill bit, Tap drill size, General hints on use of Screw Driver, Wrenches, Pliers,

Snips etc. Simple exercise involving fitting operations. Specified-action of pipe and pipe

fittings, different pipe joints. Simple exercises involving tread cutting on pipe using pipe-

die and pipe-vice.

4

CARPENTRY SHOP: Classification and commercial sizes of timber, seasoning,

preservation defects and diseases of timber use, care and sharpening of common hand

tools, basic carpentry operations-marking, sawing, planning chiseling etc. Common

carpentry joints and their uses. Demonstration on wood working machineries Band Saw,

Circular Saw, Jointer, Thickness Planer. Simple exercises involving basic carpentry

operations and wood joints.


2.2 Syllabus of B. E. 2nd Semester

COURSE : HUMANITIES – II

Course Code : HU-21

Theory : 100 Marks


Detailed Syllabus

First Half (English)


1 Compression of an unseen passage.

2

Technical Correspondence.

Request and inquiries

Claims & Complaints

Orders.

3

Technical Report writing

Importance of reports in the present day industrial set-up

Classification of reports.

Writing of reports-Format and Mechanics of language

Text Books:

1. Foundation: English for Science studies: Edited by Graham Graves (Oxford University

Press).

2. Business correspondence and Report Writing by R.C. Sharmaand, Krishna Mohan (Tata

McGraw Hill Publishing Co. Ltd.)

3. Letter Writing in English: Brian Deakin (English Book Store, Delhi)

Detailed Syllabus

Second Half (English)


1

Society: Meaning and element of Society-Distinction between societies. Aggregation and

Organism-Relationship between Individual and Society.

Social Group: Meaning and brief classification of social group-primary group- meaning

decision in a primary group-meaning characteristics and importance of primary group-

methods of making decision in a primary group-Secondary group-meaning and

characteristics-Organisation of authority in a Secondary group

2

Social Change : Concept and direction of Social Change-Deterioration and Cycle theory-

Causes of social change-Deterministic theories of social change-brief explanation of

biological, Physical cultural and technological factors influencing the rate and direction

of social change

Social Disorganization: Meaning characteristics and cause-social problem-meaning

classification and causes-methods for solving social problems.

3

Personal Administration: Concept, aims and objectives, functions and principles of

personal administration.

Interview -types of interview-training importance and methods induction


4

Human Relation and Behavioural Approach to Manpower. Concept of human relations-

Origin and growth- (a brief reference) to the Hawthorne Experiments, Mechanical or

Commodity concept and social or Human concept of Labour Classification.

Droughtness-Theory-X and theory-Y-importance of human relations.

Work motivation- meaning and kinds-Maslow’s need of Hierarchy, Motivational

techniques-meaning and significance of group dynamics, Employees morale, meaning

and importance of steps and to promote employee morale.

5 Concept, characteristics and techniques of leadership, types of leader function and

techniques of a leader.

Tex Books:

1. Induction of Sociology – Dr. Sachdeva and Vidya Bhushan

2. Business Administration and Managemet – Dr. B C Sakena

3. Principle of Sociology – R N Sharma

4. Principle of Sociology – C N Sankar Rao

5. Human Relation in Management – S C Huneryager and L L Heckhm

COURSE : PHYSICS – II

Course Code : PH-21

Theory : 100 Marks



1

Optics: Diffraction- Fresnel and Fraunhoffer diffraction, Fresnel half-period zone, zone

plate, diffraction at a single slit, plane transmission grating, dispersive power of a grating.

Polarization, production of polarized light, Brewster’s law, phenomenon of double

refraction, uniaxial positive and negative crystals, optical activity, Laurent’s polarimeter.

2 Acoustics: Acoustics of a building, Sabine formula, recording and reproduction of sound,

ultrasonics – production, detection and application.

3 X-Rays: Introduction and applications of X-rays, X-ray spectra.

4

Solid state physics: General nature of solids, space lattice, primitive, unit and Wigner-

Seitz cells, symmetry elements, space and point group, Bravais lattices and 3-

dimensional crystal systems, interatomic forces, crystal bindings, ionic crystals, brief

introduction to covalent, metallic, molecular and hydrogen bonding in crystals, origin of

energy bands, conduction in semi-conductors.

5

Atomic Physics: Bohr’s theory, vector atom model, Pauli’s exclusion principle, natural

and artificial radioactivity, nuclear reactions, fission and fusion, nuclear reactor and its

different types, Aston’s mass spectrograph.

6 Electronics: Diode and its full use in full wave rectification, characteristics of triode

valve, triode as amplifier and oscillator.


COURSE : PHYSICS – II LABORATORY

Course Code : PH-21L


Detailed Syllabus Exp.

No.

List of experiments

1 Study of series and parallel resonance circuits with identification of the resonant frequency.

2 Determination of the Young’s modulus of the material of a beam by bending.

3 Determination of the co-efficient of viscosity of a liquid by its flow through a capillary tube.

4 Determination of specific heat of a liquid by the method of Newton’s law of cooling.

5 Drawing of I-D curve for a ray of light passing through a prism with the help of a

spectrometer and determination of the refractive index of the material of the prism.

6 Determination of the acceleration due to gravity by Kater’s pendulum.

7 Determination of frequency of a source of sound (a tuning fork) by means of a sonometer.

8 Study of the variation of thermo e.m.f with temperature for a given thermocouple and

determination of (a) the neutral temperature (b) melting point of a substance.

9 Study of the variation of magnetic field with distance along the axis of a circular current

carrying coil.

10 Determination of the band gap of a material.

11 Study of the characteristics of a PN junction diode.

12 Study of transistor characteristics.

13 Determination of Planck’s constant using photocell.

14 Hall Effect and determination of Hall coefficient.

15 Determination of dielectric constant

16 Moment of inertia studies.

COURSE : CHEMISTRY – II

Course Code : CH-21

Theory : 100 Marks



1

Behaviour of gases: Deviation from Boyle’s law and Charles’ law, kinetic theory of

gasesm deduction of relation between pressure and volume, liquefaction of gases, Vander

waal’s equation of states,, its deduction and merits and demerits,. Other equation of state

(only the equations), critical state, equation of corresponding states, reduced equation of

states,

2

Planck’s Quantum theory: Bohr’s theory of atomic structure, quantum numbersmPauli’s

exclusion principle, Aufban principle, Hun’ds rule, H2 spectrum, Deduction of

Schrodinger’s wave equation, significance of orbitals, their significance and shape of

s,p,d orbitals, distribution of electrons in the orbitals.

3 Hybridisation, chemical bond, valence bind approach, sigma and pi bonds, resonance.

Molecular orbital theory, metallic bond, Van der waal’s forces, Hydrogen bond.

4 First law of thermodynamics (significance), application of 1st law to ideal gases, thermo


chemistry, heats of ractions, Hess’s law, heats of combustion, formation, neutralization

and dilution, heat of reaction at constant pressure and at constant volume.

5 Phase rule: Deduction of phase rule, one component systems of water and sulphur, two

component systems of Ag-Pb and Fe-C systems.

6

Chemical kinetics: Rates of reaction, order of molecularity of reactions, rate expressions

for 1st order and 2nd order reactions, determination of order of reaction, effect of

temperature on reaction rate, activation theory, theories of reaction rates, collision theory

and transition state theory.

7

Electrochemistry: Electrolytic conduction, equivalent and molecular conductances, effect

of dilution on conductance, pH concept of acids and bases buffers. Electrochemical cells,

reversible and irreversible cells, types of electrodes and cells, electrodes potential,

standard electrode potential, Nernst’s equation, measurement of EMF, application of

EMF measurements, concentration cells without liquid junction and its applications.

COURSE : CHEMISTRY – II LABORATORY

Course Code : CH-21L

Parctical : 50 Marks

Detailed Syllabus

Exp. No. List of Experiments

1 To determine the viscosity of a given liquid by Ostwald’s viscometer.

2 To determine the surface tension of a given liquid by stalagmometer.

3 To estimate Iron in Iron by KMnO4/K2Cr0O7 solution.

4 To estimate copper in copper-alloy iodometrically.

5 To estimate as CaO in Delomite by KMnO4 solution.

COURSE : MATHEMATICS – II

Course Code : MA-21

Theory : 100 Marks


Detailed Syllabus


1

Group A : Partial Differentiation Euler’s theorem on homogeneous functions.

Differentiation of implicit and composite functions. Errors and approximations. Change

of variables, Jacobians, Taylor’s series of two variables. Maxima and minima of

functions of two variables. Lagrange’s method of undetermined multipliers.

2

Group B. Co-ordinate Geometry of three dimensions. Cartesian Co-ordinator,

Direction cosines, Different forms of the equation of a plane, distance of a point from or

plane, angle between two planes, parallel and perpendicular planes, planes through the

intersection of two planes. Different forms of the equations of a straight line, condition

for a line to die on a plane, equation of any plane through a given line, the line of greatest

slope, condition for two lines to be co-planar and the equation of the common plane,

shortest distance between two skew lines, standard equation of a sphere, plane section of

a sphere, centre and radious of the circle formed by plane section of a sphere, through a


given circle, tangent plane to a sphere. Equation of a cone with given vertex and guiding

curve, equation of a cone with vertex at origin, mutually perpendicular generators, right

circular cone. Standard equation of a cylinder, right circular cylinder. Standard equation

of ellipsoid, hyperboloid and parabolid.

3

Group C : Matrix algebra Multiplication of matrices, related matrices, such as:

transpose of a matrix, adjoint and inverse of a square matrix, orthogonal matrix, rank of a

matrix, elementary transformation and equivalent matrices, triangular form, normal form,

inverse by elementary transformations, Linear dependence of vectors, consistency and

solutions of a system of linear equations (non-homogeneous and homogeneous).

Characteristics equation, eigen values, eigen vectors, Cayley-Hamilton’s theorem.

Complex matrices, hermitian and, skew-hermitian matrices, unitary matrix, eigen values

of hermitian, skew hermitian and orthogonal matrices.

4

Group D: Statistics Measures of central tandency (mean, median, made). Measures of

dispersions, variance, moments, skewness and Kurtosis Theory of probability – addition

law, multiplication law, conditional probability, independent events. Theoretical discrete

distributions. Binomial, Poisson distribution. Normal distribution, Method of least square

and curve fitting.

Text Books:

1) Advance Engineering Mathematics by Erwin Kreyszig (Wiley)

2) Higher Engineering Mathematics by B.S. Grewal (Khanna Pub)

3) A Text book of Engineering Mathematics by Bali, Saxena (Laxmi Publ. & Iyendar)

Reference Books:

1) Matrices by F. Ayres ( Schavn Series)

2) Probability and Statistics by M. Spiegel (Schaum Series)

3) Analytical Geometry and Vector Analysis by B. Das ( Oritent Book Co.)

COURSE : ENGINEERING MECHANICS

Course Code : ME-21

Theory : 100 Marks


Detailed Syllabus


1

Fundamentals of Mechanics: Introduction to Mechanics, Basic dimensions and Units of

Mechanics, Secondary dimensional quantities, Laws of dimensional homogeneity,

Scalar and Vector Quantities, Laws of Mechanics.

2

System of Forces and Resultant: Force, Effect of Force on a body, System of Forces,

Resultant of a Coplanar Concurrent Forces, Concurrent Forces in Space, Moment of a

Force, Coplanar Non-concurrent Forces, Couple, Force- Couple System, Resultant of

Non-concurrent Forces, Reduction of a Force- Couple into a Single Force. Equilibrium

of System of Forces: Free-body Diagram, Condition of Equilibrium- Concurrent and

Non-concurrent Forces and its applications.

3 Analysis of Framed Structure (Trusses): Perfect and Imperfect Frame, Determination of


Reactions, Determination of Stresses-Tensile and Compressive, Graphical Method,

Analytical Methods-Method of Joints and Method of Sections.

4

Friction: Limiting Friction, Coulomb’s Laws of Dry Friction and Coefficient of Friction,

Angle of Friction, Determination of Coefficient of Friction, Cone of Friction, Ladder

Friction, Wedge Friction and Screw Friction.

5

Centre of Gravity and Centroid: Centre of Gravity, Centre of Mass, Centroid, Centroid

of a Line, Centroid of an Area, Centroid of Composite Areas. Moment of Inertia:

Second Moment of Area, Radius of Gyration, Parallel Axis Theorem and Perpendicular

Axis Theorem, Polar Moment of Inertia, Moment of Inertia of Basic Shapes, Moment of

Inertia of Composite Areas.

6

Simple Lifting Machines: Concept of a Machine, Relation between Efficiency,

Mechanical Advantage and Velocity Ratio of a Machine, Friction in a Machine, Self

Locking Machine, Law of a Machine, Maximum Mechanical Advantage and Efficiency.

7 Virtual Work: Virtual Displacement, Virtual Work, Principle of Virtual Work,

Application of Principle of Virtual Work.

7

Kinematics of Rigid Bodies: Introduction, Translation and Rotation of Rigid Bodies,

Plane Motion, Absolute Motion, Relative Motion, Forces on a particle having known

motion. Kinetics of Rigid Bodies: Plane Motion, Force, Mass and Acceleration, Work

and Energy, Impulse Momentum and Direct Impact, Torque, Angular Momentum,

Kinetic Energy due to rotation.

8

Vibrations: Introduction, Simple Harmonic Motion, Graphical Representation of SHM,

Springs in Series and Parallel, Motion of a Body attached to a Spring, Energy Method,

Motion of a Body attached to an Elastic String, Simple Pendulum, Seconds Pendulum,

Torsional Pendulum, Undamped Free Vibration, Damped Free Vibration

Text Books:

1. Vector Mechanics for Engineers. By F. P. Beer, E. R. Johnston, E. R. Eisenberg & W. E.

Clausen. (Tata McGraw-Hill Publishing Company Limited)

2. Engineering Mechanics. By A. Nelson. (Tata McGraw Hill Education Private Limited)

3. Engineering Mechanics. By I. H. Shames. (Prentice Hall of India Private Limited)

COURSE : ENGINEERING MECHANICS LABORATORY

Course Code : ME-21L


Detailed Syllabus Exp. No List of experiments

1 Determination of coefficient of friction

2 Parallelogram law of forces

3 Screw jack

4 Rope and pulley system

5 Parallel force systems

6 Law of conservation of mass


COURSE : WORKSHOP PRACTICE – II

Course Code : ME-22


Detailed Syllabus


1

PATTERN MAKING SHOP: Pattern materials, use and care of hand tools, Pattern

allowances Concentration rates for cast metals, types of pattern, core prints and core

boxes, use of wood working Lathe Machine

Simple exercise on solid and split pattern

2

FOUNDRY SHOP: Use and care of hand tools and equipment used in Foundry Shop.

Types of moulding, Sand preparation of moulding sand, moulding methods, core and

core making, uses of gates, risers and runners. Metal melting furnaces for ferrous and

non-ferrous metals, pouring of molten metal, cleaning and finalising of casting defects in

casting. Simple exercises on moulding and casting.

3

WELDING SHOP: Use and care of oxy-acetylene welding equipment, gases used for

welding, gas pressure, filler rods, flux, gas flames, gas welding techniques, gas cutting,

welding joints, brazing and soldering, Simple exercises on gas welding. Use and care of

arc welding equipment (AC & DC), Principle of arc welding, types of electrodes, arc

welding current and Voltage Arc welding methods, edge preparations. Simple exercises

on arc welding.

4

SMITHY SHOP :Use and care of Smithy tools, Safety precautions, forging metals,

heating devices, forging temperatures forging operations. Drawing out, Setting down,

Up-setting, Punching, Bending, Fullering etc. Forge welding, Heat treatment of metal.

Simple exercises involving smithy operations and forge welding.

COURSE : ELECTRICAL SCIENCE

Course Code : EE-21

Theory : 100 Marks



1

DC Networks: Definition of active, passive, linear, non-linear circuit elements and

network; Kirchoff’s laws; Node and mesh analysis; Voltage and current sources;

Network Theorems-Superposition, Thevenin's, Norton’s and maximum power transfer

theorems.

2

Single Phase AC Circuits : Waveforms of alternating voltage and current; Instantaneous

average and rms values; Form factor and peak factor; Forms of representation of

alternating quantities; Concept of phasor and phasor diagrams. Concept of lead & leg:

Reactance and impedance, inductive, R-L, R-C and R-L-C series, parallel and series-

parallel combinations, Impedance and admittance triangle; Active and reactive power and

power


3

Magnetic Circuits: Definitions of mmf, flux density and reluctance; Comparison between

electric and magnetic field; Hysteresis and eddy current losses; Magnetically coupled

circuits; Self inductance, mutual inductance and coupling coefficient, Analysis of

coupled circuits; Dot-rule and equivalent

Conductively coupled forms of magnetically coupled circuits.

4

Three-Phase Circuits: Concept or three-phase A.C. Phase and line values in star and delta

connections; Solutions or simple 3-phase balanced circuits with resistive and reactive

loads; 3-phase power; of instruments-Phase sequence.

5

Classification of instruments: Essentials of indicating type of instruments-deflecting

torque, controlling torque and damping torque; Types of indicating instruments; MC and

MI type ammeters and voltmeters; Extension of range using shunt and multipliers; Errors

and Compensations.

6

Basics of Electrical Installations: Domestic wiring, Types of cables (names only): Types

of wiring Circuit layouts-single-phase A.C. mains to DB; 3- Phase Connections;

Accessories - main switch, ceiling rose, fuse, MCB etc. Testing of wiring installation;

The megger, Earthing -purpose and method. Lamps-fluorescent tube and its connection

and operation; Indian Electricity Rules regarding electrical installation.

COURSE : ELECTRICAL SCIENCE LABORATORY

Course Code : EE-21L


Detailed Syllabus

Exp. No. List of experiments

1 To measure the armature and field resistance of a DC machine.

2 To calibrate a test (moving iron) ammeter and a (dynamometer) Wattmeter with

respect to standard (DC PMMC) ammeter and voltmeters.

3 Verification of circuit theorems – Thevenin’s and superposition theorems (with DC

sources only).

4 Measurement of current, voltage and power in R-L-C series circuit exited by single

phase) AC supply.

5 Open circuit and short circuit tests on a single phase transformer.

6 Connection and starting of a three phase induction motor using direct on line (DOL)

or star – delta starter.

7 Connection and measurement of power consumption of a fluorescent lamp and

voltage – current characteristics of incandescent lamps.

8 Determination of open circuit characteristics (OCC) or a DC generator.

9 Two wattmeter method of measuring power in three phase circuit (resistive load

only)


2.3 Syllabus of B. E. 3rd Semester Courses

COURSE : MATHEMATICS – III

Course Code : MA-31

Theory : 100 Marks


Detailed Syllabus


1 Group A: Series Solutions Series solution of ordinary differential equations.

Bessel’s equations, Bessel’s functions, Legendre equation, legendre polynemial.

2 Group B. Fourier Series Sine, cosine series in any interval, Half range series.

Harmonic analysis.

3

Group C. Partial Differential Equation. First order linear equations. Four

standard forms of non-linear equations, linear equations with constant coefficient.

Solutions by separation of variables. Solutions of boundary value problems.

4

Group D. Laplace Transformation. Laplace transformation of elementary

functions. Inverse Laplace transforms. Laplace transform of derivatives and

integrals. Application to ordinary differential equations.

Text Books:

1) Theory & problems of Laplace Transformations : Murray R. Spiegel (Schaum’s series)

2) Higher Engineering Mathematics – H. K. Das (S. Chand & Co)

3) Engineering Mathematics – Dr. B. S. Grewal (Khanna Pub)

COURSE : APPLIED THERMODYNAMICS – I

Course Code : ME-31

Theory : 100 Marks


Detailed Syllabus


1

Available energy, Availability and irreversible statement. 3rd law of Thermodynamics,

Thermodynamic potential, significance of Gibb’s and Halm Holt’s function, Maxwell’s

relation, estimation of properties, equation of state.

2 Properties of pure substances-V,P-T,T-S diagrams, P-V-T surface, Mollier chart,

Mixture of gases and vapours, particle pressure, Gibb’s law, Dalton’s law.

3 Vapour power cycle: Carnot cycle and its limitations, Rankine cycle, modified Rankine

cycle, its application, Reheat Regenerative and Binary vapour cycle.

4 Steam condensers: Types, comparison, sources of air leakage, vacuum efficiency,

condenser efficiency, air pumps.

5

Steam Nozzles: Types, velocity of steam leaving nozzles, critical pressure ratio, area of

cross section of throat, maximum discharge, length of nozzle, effect of friction in

nozzle.


6

Steam Turbine: Impulse and Reaction turbines, velocity diagrams, output, axial thrust,

diagram efficiency, stage efficiency, overall efficiency, turbine blade height, reheat

factor, condition curve, compounding of Impulse turbine.

Text Books:

1. Applied Thermodynamics: P. K. Nag

2. Applied Thermodynamics: Zemansky

3. Applied Thermodynamics: Rajput

COURSE : MECHANICAL DRAWING

Course Code : ME-32

Theory : 100 Marks


Detailed Syllabus


1 Orthographic Projections and views of machine elements

2 Sectional views and projection of machine elements

3 Review of Temporary Fastenings-Representation of screw threads, threaded fastening,

locking devices, foundation bolts, keys and cotters

4 Review of Permanent fastenings, Rivets and Riveted joints, welding symbols and

welded joints

5

Making of assembly and workshop drawings of engineering components such as

knuckle joints, cotter joints, plumber block, valves, cross head, staffing box, eccentric

etc. including sectional and half sectional views

Text Books:

1. Machine Drawing – N. D. Bhatt

2. I. S. Code 1991

3. Machine Drawing by Jons and Jones

COURSE : FUNDAMENTALS OF COMPUTING

Course Code : CS-31

Theory : 100 Marks


Detailed Syllabus


1

Components of a digital computer, block diagram, software, hardware, I/O devices,

languages-machine, assembly, high level, compiler, interpreter, problem solving –

algorithms , pseudo code, flowchart , Learning the form of a C program, Declaring

variables, designing program flow and control, defining and using functions, using

standard terminal I/O functions.

2 Character types, Integer, short, long, unsigned, single and double-precision floating


point, storage classes - automatic, register, static and external , Using numeric and

relational operators, mixed operands and type conversion, Logical operators, Bit

operations, Operator precedence and associativity.

3

Applying if and switch statements, nesting if and else, restrictions on switch values, use

of break and default with switch. Uses of while, do and for loops, multiple loop

variables, assignment operators, using break and continue.

4 Passing arguments by value, scope rules and global variables, separate compilation, and

linkage, building your own modules.

5

Array notation and representation, manipulating array elements, using multidimensional

arrays, arrays of unknown or varying size, Purpose and usage of structures, declaring

structures, assigning of structures, Components in overlapping memory, declaring and

using unions .h vs. private .c files, Hiding private variables and functions.

6

Pointer and address arithmetic, pointer operations and declarations, using pointers as

function arguments, Dynamic memory allocation, manipulation of linked linear list,

pointer to structure, arrays and pointers, array of pointers, function pointers

7

Bit access and masking, pointing to hardware structures. Reading command line

arguments, creating and accessing files, file opening modes, formatted disk I/O,

preprocessor directives, Defining and calling macros, utilizing conditional compilation,

passing values to the compiler, Input / Output : fopen , fread, etc., string handling

functions, Math functions : log, sin, alike Other Standard C functions.

Text and references Books

1. Herbert Schield, Complete reference in C, TMH

2. Yashwant Kanetkar, Let US C, BPB

3. Balaguruswamy, Programming in ANSI C, TMH

4. Yashwant Kanetkar Pointers in C

5. Kernighan and Ritchie, The C programming language

COURSE : BASIC ELECTRONICS

Course Code : EE-31

Theory : 100 Marks


Detailed Syllabus


1

Bond model of Silicon crystal: Intrinsic carrier concentration, Effect of doping on

carrier concentration, Holes and electrons, Majority and minority carriers, Mobility and

diffusion constants, Passage of current through semiconductor materials, Drift and

diffusion processes, Recombination and carrier life-time, Effect of temperature.

2

The p-n junction: Basic construction, Abrupt junction and graded junctions,

Symmetrically and asymmetrically doped devices, Built-in field and depletion region

approximation, Analysis of the capacitance associated with a diode devices, Effect of

temperature on the current flow.

3 Circuit models of a diode: Piece-wise linear static model and dynamic incremental

model; Practical circuits employing diode; Voltage multiplier, Clipper and clamper;


Power rectifying circuits; Power filters; Special purpose diodes – LED, Photodiode,

Schottky diode.

4

Bipolar junction transistor (BJT): Basic construction and the physical behaviour of the

device; Low level injection condition; Forward active region (FAR) and the study of the

flow of carriers through the BJT; Control valve action; Volt-amp curves; Base width

modulation and early effect; Static circuit models; Ebers – Moll equations for the current

of BJT forward bias conditions; A simple amplifier circuit; Bias stability, compensation

and biasing methods; The common base (CB), common emitter (CE) and common

collector (CC) configurations.

5

Small signal operation of the BJT amplifier: Incremental models for the BJT; Hybrid-

he help of incremental models; Simplified low

frequency operation; Gains, input and output impedances of the amplifiers; Some ideas

about high frequency analysis such as Miller effect and Dominant pole approximation;

Determination of the Hybrid- meters; Details about Two port - and h-parameter

analysis.

6

Multiple stage BJT amplifiers: PNP and NPN combinations; Voltage and current

biasing methods; Gains; Frequency response of the amplifiers; High power circuits (Class

A, B & B-Push-Pull, AB and C operations) and their efficiencies; Distortion;

Introduction to negative feedback amplifier.

7

Field effect transistor (FET): Construction and characteristics of Junction FET (JFET);

Principle of operation; Characteristic parameters of JFET; Effect of temperature on JFET

parameters; Biasing of JFETs; Common drain (CD), Common source (CS) and Common

gate (CG) configurations; Frequency response of JFET amplifiers; Metal oxide

semiconductor FET (MOSFET); Enhancement MOSFET (EMOSFET) and Depletion

MOSFET (DMOSFET); Differences between JFETs and MOSFETs; Biasing of

EMOSFET and DMOSFET; Applications of MOSFETs; Complementary MOSFET

(CMOS).

Text Books:

1. Electronic Principles Physics Models and Circuits – Paul S. Gray and Campbell J Scarls, Wiley

Eastern Ltd

2. Electronics Devices and Circuits – Allen Mottershed, PHI

3. Electronic Principles – Alvert Paul Malvino, TMH

4. Integrated Electronics – Millman & Halkias, TMH

COURSE : ELECTRICAL ENGINEERING

Course Code : EE-32

Theory : 100 Marks


Detailed Syllabus


1

Polyphase Circuits: Polyphase source and circuits; balanced three phase source with

balanced and unbalanced loads in Y and

line voltages and currents; phasor diagrams; power relations in three phase loads;

measurement of three phase power by two wattmeter method.


2 Measurement: Induction type single phase energy meter- construction, torque equation,

errors, adjustments and compensation.

3

Electrical machines :

a) D.C. Generators : Construction and principle of operation, armature winding,

armature reaction and commutation, interpoles and compensating winding,

E.M.F. equation, classifications, characteristics and uses, losses and efficiencies,

condition for maximum efficiency.

b) D.C. Motors : Principle of operation, classification, characteristics and uses,

losses and efficiency, condition for maximum power output, starting and speed

control.

c) Transformer : Construction of core type, shell type and berry type transformers,

classification, working principle, e. m. f. equation, phasor diagram, leakage

reactance, equivalent circuits, voltage regulation, losses and efficiency, open

circuit and short circuit tests, all day efficiency.

d) Polyphase induction motors : Construction, types of induction motor, principle

of operation, equivalent circuit, torque equation, slip – torque curves, losses and

efficiency, condition for maximum torque, no load and blocked rotor tests,

methods of starting and speed control.

e) Altenators : Construction, classification, working principle, armature winding

and winding factors, e.m.f. equation, armature reaction, synchronous reactance

and impedance, phasor diagram, open-circuit and short –circuit tests, voltage

regulation by synchronous impendence method.

Single phase induction motors: Construction, principle of operation on the basis of

double revolving field theory, characteristics, types and starting methods.

COURSE : ELECTRICAL SCIENCE LABORATORY

Course Code : EE-32L


Detailed Syllabus


1 Open Circuit Characteristics of a DC generator

2 Load Test on a shunt generator

3 Calibration of a single phase energy meter

4 Speed control of a DC shunt motor

5 Open circuit and short circuit test on a single phase transformer

6 Polarity test and load test on a single phase transformer

Regulation of an alternator

Measurement of power in three phase circuit by two wattmeter method.


2.4 Syllabus of B. E. 4th Semester Courses

COURSE : MATHEMATICS – IV

Course Code : MA-41

Theory : 100 Marks


Detailed Syllabus


1

Group A: Vector Calculus Vector functions, variable vectors and preliminaries,

differentiation, differential operators, identities, gradient, divergence, curt & their

physical meaning. Line, surface and volume integrals, Gauss, Green and Stoke’s

Theoram, Simple applications to engineering problems.

2

Group B. Tensor Analysis Introduction: Summation convention. Transformation of co-

ordinates. Tensor of order zero. Knonecker delta, contra variant and covariant vectors,

contravariant and covariant tensors of order two. Symmetric and skew symmetric

tensors, addition of tensors, outer product and inner product of tensors. Quotient law,

Riemannian space, metric tensor, conjugate tensor, Chritoffel symbols, Transformation

of Christoffel symbols.

3

Group C. Infinite Series Convergency and divergency of infinite series, comparison

test, Ratio Test, Root test, Raabe’s test, Logarithmic test. Absolute convergence,

uniform convergence, power series and radius of convergence.

4

Group D. Integral Calculus Double, Triple integral. Green’s Theorem connecting line

and surface integral, change of variable, change in order of integration. Application to

areas, volumes, centroids, moment of inertia.

Definition of improper integrals, their convergence, Beta & Gamma functions,

differentiation under the integral sign.

Text Books:

1) Theory and problems of Vector Calculus –. Murary R. Spiegel (Schaum’s series)

2) Advanced Engineering Mathematics by H. K. Das (S. Chand & Co.)

3) Higher Engineering Mathematics by Dr. B.S. Grewal (Khanna Pub)

COURSE : MANUFACTURING SCIENCE – I

Course Code : ME-41

Theory : 100 Marks


Detailed Syllabus


1

Introduction to Manufacturing- Introduction, Origin and History of Manufacturing,

Types of Manufacturing ,Difference of manufacturing and Production, Types of

Production, Process Layouts, Design cycle, Process selection, Introduction to

Computers in Manufacturing.


2

Casting &Plastic Processing-Introduction, Pattern & Mould, Preparation of Mould,

Melting, Gases in mould, Types of Pattern& Allowances, Green sand moulding and

Casting, Furnaces, Gating Design, Cooling and Solidification, CFR, Types of Gates and

Riser,Their Designing, Placement, Caine’s, Chvorinov’s rule, Effective Parasitic Volumes,

Defects in Casting, Special Casting Processes- Shell Moulding, Investment(Lost

Wax),Gravity,Die,Centrifugal,Slush,CO2 Casting; Defects and Inspection of Casting .

3 Plastic Processing- Classification of Polymers, Thermosetting and Thermo-Plastics,

Plastic Processing methods-Compression, Transfer and Injection Moulding.

4

Forming- Introduction, Cold and Hot Forming, Plastic Deformation and Yield Criteria,

Tresca’s and Von Mises’ Criteria, Relationship between Tensile and Shear Yield Stresses,

Mechanics of Rolling, Forging, Drawing, Deep Drawing, Extrusion, Punching & Blanking;

Design of Dies, Introduction to Bending, Coining, Thread Rolling, Tube Piercing,

Spinning, Stretch Forming; Calculation of various Forming forces. Advantage and

Disadvantage of Hot and Cold Forming, Friction and Lubrication, Defects in Forming.

V

Welding- Introduction; Types of jointing; Solid, Liquid and Solid/Liquid State Welding,

Heat sources, Arc Structure, Voltage ,Current and Power Characteristics; Welding Position,

Welding Symbols, Modes of Metal Transfer, Heat Flow Characteristics, Cooling and

Solidification; Arc Welding, Oxy acetylene Gas Welding and Gas Cutting, Soldering

Brazing and Adhesive Bonding; Special Welding-GMAW, GTAW, SAW; Various

Resistance Welding Processes, Ultrasonic Welding, Electron Beam Welding, Laser Beam

Welding, Cold Welding, Welding Defects and Inspection.

Text Books:

1. Manufacturing Science- Ghosh & Mallick.

2. Production Technology (Manufacturing Processes)-PC Sharma

3. Engineering and Technology-Kalpakjian & Schmid.

4. Casting Technology and Cast Alloys, A. K. Chakrabarti

5. Welding and Welding Technology, RL Little

6. Principles of Powder Metallurgy, PS Gill

7. Powder Metallurgy , AK Sinha

COURSE : DYNAMICS OF MACHINERY - I

Course Code : ME-42

Theory : 100 Marks


Detailed Syllabus


1

Kinematics links, kinematics pair, kinematic chain, mechanism, inversion of mechanism,

velocity and acceleration mechanism, relative velocity method, instantaneous centre

method, acceleration and velocity diagrams

2

Friction drives- Transmission of power by belt, rope and chain drives, pivots and collars,

power screws, plate and cone clutch, based and block brakes, friction in journal bearing

and lubrication

3 Fly wheels, fluctuation of speed, fluctuation of energy, turning moment diagram,


calculation of flywheel size

4 Gear Trains- Simple, compound and planetary gear train, velocity ration

5

Gears- Classification of gears and basic terminology, fundamental law of gearing,

geometric and kinematic characteristics of involutes and cycloidal tooth profiles,

undercutting and interferences – minimum no of teeth velocity of sliding arc and size of

constant ( approach and recesses)

Text Books:

1. Theory of Machines – Thomas Bevan

2. Theory of Machines - J. E. Shinglay

3. Theory of Machine-A. Ghosh and A.K. Malik

COURSE : MECHANICS OF MATERIALS

Course Code : ME-43

Theory : 100 Marks


Detailed Syllabus


1

Simple Stress and Strain: Stress, Shear Stress, Strain, Modulus of Elasticity and Modulus

of Rigidity, Elongation of A Bar, Principle of Superposition, Bars of Tapering Section,

Elongation Due to Self-Weight, Stresses in A Compound Bar, Temperature Stresses,

Stresses due to Shrinking on (Hoop Stress), Poisson’s Ratio, Net Strain in Two-

Dimensional and Three-Dimensional Stress Systems, Volumetric Strain, Tensile Test

Diagram, Factor of Safety, Elastic Constants, Relation Between Elastic Constants.

2

Compound Stress and Strain: Stress Analysis in Direct, Bi-axial, Pure Shear and Bi-axial

and Shear Stresses Conditions, Principal Stress, Mohr’s Stress Circle, Ellipse of Stress,

Principal Stresses from Principal Strains, Strain Analysis, Mohr’s Strain Circle.

3

Strain Energy and Theories of Failure: Strain Energy, Resilience, Proof Resilience,

Modulus of Toughness, Strain Energy in Three-Dimensional System, Shear Strain Energy,

Shear Strain Energy in Three-Dimensional System, Stresses due to Various Types of

Loading, Strain Energy due to Bending, Strain Energy due to Torsion, Theories of

Failures, Graphical Representation of Theories of Failures.

4

Shear Force and Bending Moment: Types of Supports and Beams, Shear Force, Bending

Moment, Relation between Load, Shear Force and Bending Moment, S.F. and B.M.

diagrams for Cantilevers, Simply Supported Beams and Overhanging Beams with

Concentrated Loads, Uniformly Distributed Loads, Uniformly Varying Loads, Inclined

Loads and Couples, Points of Contraflexture, Loading and B.M. Diagrams from S.F.

Diagram.

5

Bending Stress in Beams: Theory of Simple Bending, Section Modulus, Moment of

Resistance, Moment of Inertia, Parallel Axis Theorem, Beams with Uniform Bending

Strength, Composite Beams, Reinforced Concrete Beams. Shear Stress in Beams:

Variation of Shear Stress, Shear Stress Variation in Different Sections, Built-up Beams.


6

Slope and Deflection: Beam Differential Equation, Sign Convention, Slope and Deflection

at a Point for Cantilevers, Simply Supported and Overhanging Beams with Concentrated

and Uniformly Distributed Loads – Double Integration Method, Macaulay’s Method,

Moment-area Method and Conjugate Beam Method, Castigliano’s First Theorem,

Introduction of Maxwell’s Reciprocal Deflection Theorem and Betti’s Theorem of

Reciprocal Deflections.

7 Torsion: Theory of Torsion, Circular Shafts, Power Transmission, Shafts in Series and

Parallel, Combined Bending and Torsion.

8

Thin Cylinders and Spheres: Thin Cylinders, Hoop Stress, Longitudinal Stress, Maximum

Shear Stress, Hoop and Longitudinal Stresses with Efficiency of Joints, Circumferential

and Longitudinal Strains, Thin Spherical Shell, Thin Cylinder with Spherical Ends,

Volumetric Strain of Thin Cylinders and Thin Spherical Shell (Neglecting and

Considering the Effect of Internal Pressure), Wire Winding of Thin Cylinders.

9

Properties and Testing of Materials: Mechanical Properties, Choice of Factor of Safety,

Tensile Testing, Compression Testing, Torsion Testing, Hardness Testing – Brinell,

Vicker & Rockwell, Impact Testing – Izod & Charpy.

Text Books:

1. Mechanics of Materials by F. P. Beer, E. R. Johnston and J. T. DeWolf.

2. Strength of Materials by S. S. Ratan.

3. Mechanics of Materials–1 by E. J. Hearn

4. Strength of Materials by W. A. Nash

COURSE : FLUID MECHANICS – I

Course Code : ME-44

Theory : 100 Marks


Detailed Syllabus


1 Introduction: Flow properties-density, specific weight, specific volume, relative density,

viscosity, Newton’s law of viscosity, classification of fluids, continuum.

2

Fluid Static’s: Introduction, pressure at a point, Pascals law, Pressure variation in a fluid at

rest, measurement and scales of pressure, pressure measuring devices, hydrostatic force on

a horizontal, vertical, inclined planes and rough surface, buoyancy stability of floating and

submerged bodies, metacentre and metacentric height, conditions of equilibrium of a

floating and submerged bodies.

3

Kinematics of Fluids: Flow field and description of fluid motion, velocity and

acceleration, stream line pathline, streak line, stream tube, steady, unsteady flow uniform

and non-uniform flow, rotational and irrational flows, translation, vorticity, stream

function, velocity potential function, flow net, source, sink, vortex flow, free and forced

vortex, doublet, continuity and its analysis based on integral form.

4 Dynamics of Fluid Flow: Euler’s equation of motion, its vectorial approach, Euler’s eq.

along a streamline, analytical and vectorial approach of Bernoulli’s equation, energy


equation and momentum equation and its vectorial approach, application of Bernoulli’s eq.

to real fluid flow, dynamic forces on plain and curved surfaces due to impingement of

liquid jets.

5

Flow measurement: Concept of static and Stagnation pressure, application of pitot tube,

hot wire anemometer, venturimeter, orifice meter ,the phenomenon of jet contraction,

hydraulic co-efficient of an orifice, factors affecting orifice coefficients.

6 Dimensional analysis and Dynamic Similitude: Buckingham Pi theorem, dimensionless

numbers, distorted models.

Text Books

1. Fluid Mechanics---Subramanya

2. Fluid Mechanics- Streeter

3. .Fluid Mechanics—Rajput

COURSE : MATERIAL SCIENCE

Course Code : ME-45

Theory : 100 Marks


Detailed Syllabus


1

CRYSTAL GEOMETRY : Space lattice and Unit cell, Crystal Systems and Bravais

Lattices, Principal Metallic Crystal Structure : BCC, FCC, HCP; Coordination number ,

Atomic Packing Fraction, Calculation of density, Linear and Planer density, Miller

Indices, Interplaner spacing, Crystal structure analysis.

2

SOLIDIFICATION AND CRYSTALLINE IMPERFECTIONS: Solidification of metal,

Solid solution, Hume Rothery’s rule for alloy formation, Crystalline Imperfections: point,

line, planer and volume defect, Experimental techniques for identification of

Microstructure and Defects.

3

PHASES AND PHASE DIAGRAM: Phase diagram of pure substance , Gibbs Phase rule,

Cooling curves, Lever rule, Binary phase diagram: Eutectic, Eutectoid, Peritectic,

Peritectoid; Iron-Carbon equilibrium diagram, Microstructure changes during phase

transformation

4

HEAT TREATMENT: Transformation in plain carbon steel: TTT diagram, Different heat

treatment processes: Hardening, Tempering, Annealing, Normalizing, Case Hardening,

Cyaniding, Nitriding, Flame and Induction Hardening.

5 CORROSION: Electrochemical Corrosion of Metal, Galvanic Cells, Corrosion rates,

Types of Corrosion, Oxidation of Metals, Corrosion Control.

6

ENGINEERING Materials: Cast Irons, Low alloy steels, Stainless steels, Aluminium

alloys, Copper alloys. Polymeric Materials: Thermoplastics, Thermosetting Plastics,

Elastomers. Ceramics: Simple Ceramic Crystal Structures, Processing of Ceramics,

7 Glasses. Composite materials: Fiber-Reinforced-Plastic Composite Materials, Concrete.


Text Books:

1. Applied Thermodynamics: P . K.Nag



COURSE : MATHEMATICS – V

Course Code : ME-51

Theory : 100 Marks


Detailed Syllabus


1

Group A: Numerical Analysis (50 Marks)

Interpolation:- Finite differences, Newton-Gregory forward and backward

interpolation, Newton’s and Lagrange’s formulae for unequal intervals, Sterling’s

and Bessel’s interpolation formulas.

Numerical differentiation and Numerical Integration:- Trapezoidal and Simpson’s

rules for numerical integration. Solution of ordinary differential equation: Taylor’s

series, Runge-Kutta (4th order) and Milne’s predictor-corrector methods.

Solution of Transcendental and polynomial equations, Bisection, Regula-Falsi and

Newton-Raphson method.

Solution of simultaneous linear equations: Gauss elimination and Gauss-seidel

iterative method.

2

Group B: Complex Variables: (50 marks)

Functions of complex variables, Elementary functions, Analytic functions, Cauchy-

Riemann equations, Harmonic functions and their application to two-dimensional

problems. Conformal transformation.

Complex line integral, Cauchy’s integral theorem Cauchy-Goursat theorem(without

proof), Cauchy’s integral formula, Liouville’s theorem. Taylor’s and Laurent’s

series Singularities, Residue theorem and its applications.

Textbooks/References Books

1. Finite Differences and Numerical Analysis By H.C. Saxena, S. Chand and Company.

2. Numerical Analysis By Gupta and Malik

3. Complex Variables By J.N. Sharma

4. Complex Variables and applications By R. V. Churchill and J.W. Brown

COURSE : MANUFACTURING SCIENCE – II

Course Code : ME-51

Theory : 100 Marks



Detailed Syllabus


1

Introduction: Importance of metal removal, different metal removal processes,

classification, plastic deformation and its mechanics, ductility and toughness, plain –

strain deformation,

2 Theory of metal cutting: Mechanics of metal cutting, chip formation, orthogonal and

oblique cutting, shear plane, cutting ratio, shear angle, velocity relationships.

3

Cutting tools: materials and tool geometry; single and multipoint cutting tools, desirable

properties and characteristics of important tool materials, selection of tool materials, tool

angle specification systems, selection of tool angles.

4 Forces in metal cutting: Forces in orthogonal cutting, Merchant’s theory, Lee and

Shaffer’s and related theories, force measurements, dynamometry.

5

Temperature in metal cutting, factors effecting temperature, temperature measurements,

cryogenic machining, cutting fluids: Functions, types and methods of application,

selection of cutting fluids.

6 Tool wear and tool life: factors affecting tool life, tool life equations, machinability.

7 Process topology: Shaping and planning, Turning, drilling, milling, grinding, broaching,

cutting of gears

8

Machine tools: Functions and classification, basic machine tools, primary cutting

motions, kinematic elements in machine tools, constructional features and block

diagrams of lathe, milling, drilling, grinding and shaping machine.

9 Economics of machining: Costs associated with machining, optimization of process

parameters for different economic criteria.

Text Books

1. Manufacturing Science: Ghosh and Malik

2. Production Technology: HMT

COURSE : MACHINE DESIGN – I

Course Code : ME-54

Theory : 100 Marks


Detailed Syllabus


1

FUNDAMENTALS OF DESIGN : a). Design Process – Computer aided design –

Optimum design – factor influencing machine design, selection of materials based on

mechanical properties, Types of loads – Stresses –Static, varying, thermal, impact and

residue – Factor of safety – Stress concentration factors b). STEADY STRESSES AND

VARIABLE STRESSES IN MACHINE MEMBERS.

2

DESIGN OF BASIC MACHINE ELEMENTS: Design of shafts, keys, couplings:

Design of solid and hollow shafts based on strength, rigidity and critical speed – Design

of keys and key ways - Design of rigid and flexible couplings, Design of Belt Drives.


3 a).DESIGN OF JOINTS : Cotter Joints, Knuckle Joints, Riveted Joints b) DESIGN OF

SPRINGS: Design of Helical springs Compression and tension – Leaf springs

Text Books

1. V.B. Bhandari, ―Design of Machine Elements‖, Tata McGraw-Hill Publishing Company Ltd,

1998 2. R. S. Khurmi & J. K. Gupta, ―A Text book of Machine Design‖, S. Chand & Company,

2004.

References Books:

1. Bernard J. Harmrock, B O Jacobson, ―Fundamentals of Machine Elements‖, McGraw- Hill,

1999. 2. Sharma C.S., Kamlesh Purohit, ―Design of Machine Elements‖, PHI 2003.

3. T. J. Prabhu, ―Design of Transmission Elements‖, Mani Offset Printers, 2004.

4. V. B. Bhandari, ―Design of Machine Elements‖, Tata McGraw-Hill Publishing Company Ltd,

1998.

5. Norton R.L, ―Design of Machinery‖, Tata McGraw-Hill Book Co, 2004. 6. Spotts M.F., Shoup

T.E ―Design and Machine Elements‖ Pearson Education, 2004.

COURSE : MECHANICS OF MATERIALS – II

Course Code : ME-52

Theory : 100 Marks


Detailed Syllabus


1

COLUMN AND STRUTS: Failure of a Column, Euler’s Column theory, Effective

length of a column, Slenderness ratio, Rankine’s formula, Formula by I.S. code for Mild

Steel, Columns with eccentric load.

2

BENDING OF CURVED BARS : Expression for stresses in a 2curved bar,

Determination of Factor h for various sections, resultant stress in a curved bar subjected

to direct stresses and bending stresses, resultant stress in a hook, stresses in Circular

Ring.

3 STRESSES DUE TO ROTATION: Expression for stresses in rotating Ring, Rotating

thin disc, Disc of uniform strength.

4

UNSYMMETRICAL BENDING AND SHEAR CENTER: Product of inertia, Principal

Axes and principal Moment of Inertia, Stresses and deflection of beam due to

Unsymmetrical Bending, Shear center for channel section.

5

MECHANICAL PROPERTIES: True stress-strain diagram, Fatigue: fatigue limit and S-

N diagram, Mechanism of fatigue fracture, Creep: Creep curves, creep laws, mechanism

of creep, Fracture: Ductile fracture and brittle fracture.

6 Introduction to finite element method (FEM) and its application using ANSYS.


Text Books :

5) Strength of Materials : R.k.Rajput ( S.Chand & Company Ltd.)

6) Strength of Materials : Dr. R.K.Bansal ( Laxmi Publications (P) Ltd. )

7) Strength of Materials : S.S. Rattan ( Tata McGraw-Hill)

8) Finite Element Methods for Engineer : U.S.Dixit (Cengage Learning)

9) Textbook of Finite Element Analysis : P.Seshu ( PHI Learning Pvt Ltd)

COURSE : ADVANCED FLUID MECHANICS

Course Code : ME-54

Theory : 100 Marks


Detailed Syllabus


1

Viscous flow: Fluid deformation Navier-Stokes momentum equation, vorticity transport

equation, laminar flow through pipes, Hagen Poisseullie’s equation, flow between parallel

boundaries-fixed and movable,

2

Turbulent flow: Characteristics ,classification, theories of turbulent mean motion and

fluctuation, governing equation for turbulent flow, boundary conditions, Prandtl mixing

length theory, universal velocity distribution law, friction factor in duct flow fo very large

Reynold number, Karman’s similarity hypothesis, velocity distribution in rough pipes,

Karman-Prandtl resistance equation., internal flow friction factor, Darcy-Weisbach and

Fannings friction factor, Moody’s diagram..

3

Compressible flow:1-D compressible flow, energy equation, subsonic, supersonic and sonic

flows, Mach number, Mach cone, pressure velocity relation in isentropic flow, flow in ducts

of varying cross sectional area, stagnation properties and relations in terms of Mach

number, discharge through nozzles, condition of maximum discharge, relation of maximum

discharge with air.

4

shock waves-Normal shock, Rankine-Hugoniot relation, condition of occurrence of normal

shock, Prandtl-Meyer relation, Fanno and Rayleigh lines, isothermal flow, Pitot-static tube,

oblique shock

5 Open channel flow: classification, Chezy’s equation, Manning formula, most economical

section.

Text Books

1.Fluid Mechanics---Subramanya

2.Fluid Mechanics- Streeter

3.Fluid Mechanics—Rajput

4.Fluid Mechanics- S. W. Yuan


COURSE : OBJECT ORIENTED PROGRAMMING

Course Code : CS-51

Theory : 100 Marks


Detailed Syllabus


1 Fundamental Notating: Primitive and composite data types, Dependence of algorithms

on data structure.

2

Data structures: Linear lists, stakes, queues, arrays, link-lists, sparse matrices (transpose

and multiplication algorithms), trees and graphs (binary tree traversing, DFS and BFS

algorithm, connected components algorithms, spanning tree algorithm) --- their

representation in sequential storage and link lists and algorithms for manipulation

operation.

3

Concept of object-oriented programming: Object-oriented language features- object,

classes, instances, inheritance, class library, abstraction, polymorphism, encapsulation,

dynamic binding, operator overloading.

4

Study of following features of C++ : Review of C language, class, objects, operator

overloading, inheritance, containership, arrays and strings; virtual, friend and static

functions, abstract classes, pointer in C++, files and streams, features of graphic functions

in C++.

Text books:

1. Data structures in Pascal – Horowits and Sahni.

2. Object- oriented programming with C++ -- E. Balaguruswami. (TMH)

3. Programming with C++ - John R. Hubbard, Ph.D ( Schaum’s Series)

COURSE : WORKSHOP (PCL)

Course Code : ME-55

Practical : 25

Detailed Syllabus

Exp. No List of Experiments

1

Machine shop :

a) Study of machine tools in particular Lathe machine (different parts, different

operations, study of cutting tools)

b) Demonstration of different operations on Lathe machine

c) Practice of Facing, Plane Turning, step turning, taper turning, knurling and

parting. Study of Quick return mechanism of Shaper.

2

Carpentry:

a) Study of Carpentry Tools, Equipment and different joints.

b) Practice of Cross Half lap joint, Half lap Dovetail joint and Mortise Tenon

Joint


3

Foundry Trade:

a) Introduction to foundry, Patterns, pattern allowances, ingredients of moulding

sand and melting furnaces. Foundry tools and their purposes

b) Demo of mould preparation

c) Practice – Preparation of mould by using split pattern.

4

Welding:

a) Introduction, Study of Tools and welding Equipment (Gas and Arc welding)

b) Selection of welding electrode and current, Bead practice.

c) Practice of Butt Joint, Lap Joint.

Text Books:

1. Raghuwanshi B.S., Workshop Technology Vol. I & II, Dhanpath Rai & Sons.

2. Kannaiah P. and Narayana K. L., Workshop Manual, 2nd Edn, Scitech publishers.

3. John K.C., Mechanical Workshop Practice. 2nd Edn. PHI 2010.

4. Jeyapoovan T. and Pranitha S., Engineering Practices Lab Manual, 3rd Edn. Vikas

Pub.2008.

Reference Books:

1) Material Science and Engineering: K.M.Gupta (Umesh Publication)

2) Material Science and Engineering: Willium F Smith, Javad Hashemi, Ravi Prakash (Tata

McGraw Hill)

3) Material Science and Engineering: V. Raghavan (Prentice Hall )

4) Material Science : S. L. Kakani, Amit Kakani (New Age International Publishers)

COURSE : MECHANICAL ENGINEERING LABORATORY

Course Code : ME-56

Sessional 50 Marks

List of equipment

Exp. No. Title of Experiment

1 Universal Governor Apparatus; (a) Watt Governor (b) Porter Governor (c)

Proell Governor

2 Compound Pendulum Apparatus

3 Torsional Pendulum

4 Study of Longitudinal Vibration of Helical Spring

5 Gyroscopic Couple

6 Journal Bearing Apparatus

7 Coriolis Component Of Acceleration Apparatus

8 Cam Analysis Apparatus

9 Balancing Apparatus

10 Polar Planimeter.

11 Valve Setting Diagram of an Oil Engine.



COURSE : PRINCIPLES OF ECONOMICS AND ACCOUNTANCY

Course Code : HU-61

Theory : 100 Marks


Detailed Syllabus


1 Concept & Classification of Accounts, Transaction – Rules of “Debit and Credit”,

Double entry system of book keeping.

2 Preparation of Subsidiary Books, Types of Cash Book, Imprest Petty Cash Book,

Bank Reconciliation Statement.

3 Preparation of Ledger Accounts, Form of Ledger Accounts, Rules Regarding Posting,

Rules for determining balances, Balancing of Ledger Accounts.

4 Trial Balance – Objects and limitations.

5 Final Accounts – Preparation of Trading Account, Profit & Loss Accounts, Balance

Sheet with adjustments.

6

Concept of Capital Expenditure and Revenue Expenditure, Bad Debts, Provision for

Bad and Doubtful Debts, Provision for Discount on Debtors, Outstanding Expenses,

Prepaid Expenses, Accrued Income.

7 Preparation of Cost sheet or Cost Statement with adjustment of Raw Materials work

in progress, Finished Product, Item excluded from cost statement.

Text Books

1. Book Keeping & Accountancy (Part-1) – C. Mohan Junaja, R.C. Chawla, K. K. Saksena

2. Cost Accounting (Principles & Practice) – S.P. Jain, K. L. Narang

COURSE : APPLIED THERMODYNAMICS – II

Course Code : ME-61

Theory : 100 Marks


Detailed Syllabus


1

Internal combustion engines: Ideal and actual cycles, working principle of different types of

S.I. and C.I. engines, carburetor, fuel injection systems, methods of ignition, engine cooling

systems, power measurement- I.P.,B.P., effiencies: mechanical, thermal, relative, M.E.P.,

specific fuel consumption, delay period, knocking, detonation, knock rating of fuels,-cetane

and octane numbers, Turbo-charging, supercharging, scavenging .

2 Combustion of fuels: Solid, liquid and gaseous fuels and their characteristics, flash and fire

points, calorific value, combustion reactions, heat formation heat of combustion.

3

Air compressors: Reciprocating-effect of clearance volume, compression ratio, intercooling,

volumetric efficiency, elementary constructional details, types of rotary compressors,

applications, axial flow and centrifugal compressor characteristics. Charging and chocking.


4 Gas turbines: Open and closed cycle, Brayton cycle, methods of improving thermal

efficiencies, gas turbine vs I.C.engines.

5

Refrigeration and air conditioning: Refrigeration cycles, air cycles, vapour compression and

vapour absorption, COP analysis Psychrometry, basic terms and processes, psychrometric

charts, psychrometer and basic principles of air conditioning.

Text Books

1. Applied Thermodynamics: P.K.Nag

2. Applied Thermodynamics: Zemansky


COURSE : DYNAMICS OF MACHINERY – II

Course Code : ME-62

Theory : 100 Marks


Detailed Syllabus


1

Governor: Functions of Governor, governor characteristics, types of governors,

sensitiveness and stability, isochronisms, hunting, effort and power, controlling force, effect

of friction and insensitiveness.

2 Gyroscopic motion: Introduction, gyroscopic couple and reaction, effect of gyroscopic

couple on aero plane, naval ship, vehicle etc.

3 CAM: Introduction, types of cams, types of followers, motion of followers, constant

velocity, simple harmonic and constant acceleration and retardation, cam profile.

4

Balancing: Causes of unbalance, static and dynamic balancing, balancing of revolving

masses, primary and secondary forces, couple concept of direct and reverse cranks,

balancing of radial and V- engines. Locomotive engines, hammer blow, swaying couples,

tractive force.

5

Control engineering: Concept of automatic control system, open and close loop systems,

differential equations, transfer functions. Stability, Routh’s criterion, polar and logarithmic

plot, Bode and Nyquest stability criterion.

Text Books :

1. Theory of Machines – Thomas Bevan

2. Theory of Machines - J.E. Shinglay

3. Theory of Machine-A. Ghosh and A.K. Malik

4. Theory of machines by V. P. Singh.

5. Control system engineering by I. J. Nagrath and M. Gopah.

6. Automatic control by B. C. Kuo.


COURSE : MANUFACTURING METHODS

Course Code : ME-63

Theory : 100 Marks


Detailed Syllabus


1 Machinability aspects of machining: Criteria of machinability, variables affecting

machinability, evaluation of machinability, long and short term tests.

2

Surface finish and surface integrity: Machining parameters and surface finish, cost of

surface finish, dimensional tolerance, surface integrity, methods of improving surface

integrity, post processing surface treatments.

3 Grinding: Wheel specification and selection, mechanism of cylindrical grinding,

temperature and grinding fluids.

4 Lapping: Mechanism, laps, and abrasives, technological parameters, honing- kinematics

parameters, super finishing and burnishing.

5 Powder Metallurgy: processing of plastics and ceramics

6 Jigs and Fixtures: Principles and design of Jigs and fixtures.

7 Numerical control and computer aided manufacturing: Modern developments, CAM, FMS

and CIM, the unmanned factory, components of NC machines.

8

Non-conventional Machining processes: Need, history and topology , AJM,USM, CAM,

CHE, ECG, ECM, EDM, EBM, LBM, PAM. Comparative analysis of the processes.

Nanotechnology- Recent developments and future scope.

Text Books

1. Manufacturing Science: Ghosh and Malik

2. Production Technology: HMT

3. Production Engineering: PC Sharma

4. Technology of Machining Systems: B K Mullick

5. Fundamentals of Metal Cutting and M/C tools: Juneja

COURSE : MACHINE DESIGN – II

Course Code : ME-64

Theory : 100 Marks


Detailed Syllabus


1 DESIGN OF GEARS: Design of gears – Spur, Helical, Bevel and Worm gears – Design

of multistage speed reducers.

2 BEARINGS: Journal bearings , Lubrication in journal bearings, Selection of rolling

element bearings- Ball and Roller Bearings

3 DESIGN OF ENGINE PARTS: Design of Clutch, Brakes, Flywheels


4

DESIGN OF FASTNERS & JOINTS: Threaded fasteners - Design of bolted joints

including eccentric loading – Design of welded joints for pressure vessels and structures,

Power screws

Text Books

1. V.B. Bhandari, “Design of Machine Elements”, Tata McGraw-Hill Publishing Company Ltd,

1998.

2. R. S. Khurmi & J. K. Gupta, “A Text book of Machine Design”, S. Chand & Company, 2004.

3. Bernard J. Harmrock, B O Jacobson, “Fundamentals of Machine Elements”, McGraw-Hill, 1999.

Reference Books

1. Sharma C.S., Kamlesh Purohit, “Design of Machine Elements”, PHI 2003.

2. T. J. Prabhu, “Design of Transmission Elements”, Mani Offset Printers, 2004.

3. V. B. Bhandari, “Design of Machine Elements”, Tata McGraw-Hill Publishing Company Ltd,

1998.

4. Norton R.L, “Design of Machinery”, Tata McGraw-Hill Book Co, 2004.

5. Spotts M.F., Shoup T.E “Design and Machine Elements” Pearson Education, 2004.

COURSE : MECHANICAL ENGINEERING LABORATORY

Course Code : ME-65

Practical 50 Marks

Detailed Syllabus

Exp. No. Title Of Experiment

1 Universal Governor Apparatus; (a) Watt Governor (b) Porter Governor (c) Proell

Governor

2 Compound Pendulum Apparatus

3 Torsional Pendulum

4 Study of Longitudinal Vibration of Helical Spring

5 Gyroscopic Couple

6 Journal Bearing Apparatus

7 Coriolis Component Of Acceleration Apparatus

8 Cam Analysis Apparatus

9 Balancing Apparatus

10 Polar Planimeter.

11 Valve Setting Diagram of an Oil Engine.

COURSE : WORKSHOP PRACTICE

Course Code : ME-66


Sessional 50 Marks

List of Equipment:

Sl. No List of Equipment

1 Power Saw machine

2 Centre lathe machine


3 Grinding machine

4 Column and Knee type universal milling machine

5 Column and knee type vertical milling machine

6 Planner machine

7 Shaper machine


COURSE : INDUSTRIAL ORGANIZATION

Course Code : ME-71

Theory : 100 Marks


Detailed Syllabus


1 Concept of Group Dynamics, Industrial Psychology, Organization, Types of Organization,

Functions of Management

2 Plant Location and Locational Economics, Methods of Locational Analysis, Plant Layout-

Types, Scheduling, Routing and Dispatching

3

Decision Tools, Decision Tree, Productivity: Definition, Factor Productivity, Productivity

Improvement Tools, SME- Entrepreneurship, Government Initiatives for Development of

SMEs

4

Quality Management: Concept of Quality, Control Charts, Latest Trend in Quality

Management, TQM, ISO 9000 Series Maintenance Management: Différent types, Latest

Trend in Maintenance Management, TPM Project Management: Definition of Project,

Network Analysis, PERT and CPM Inventory Management: Concept, EOQ Model Safety

in Workplace, Fire and Safety

COURSE : FLUID MACHINERY

Course Code : ME-72

Theory : 100 Marks


Detailed Syllabus


1 Review of Euler equations of Turbo-machinery, Impact of jet on stationery flat, fixed

curved blades, flow over radial vanes, velocity triangles. Problems. .

2

Turbines: i) Pelton Wheel: Wheel diameter, jet diameter, bucket shape, size, speed control,

use, efficiency, specific speed and specific diameter, problems. ii)Francis: Runner, flow

and speed ratio, casing guide, vanes, flow control, speed control, specific speed

(dimensional and non dimensional), runner shape variation with the change of speed, draft

tube, surge tank, penstock, cavitation, cavitation parameters, Thomas cavitation factor,

performance characteristics, problems. iii) Axial flow turbine and Kaplan turbine:

Properties, discharge, number of blades, problems.


3

Rotodynamic Pumps: i) Centrifugal pumps: Single, multistage, vector diagrams, specific

speeds, heads, power, principle of similarity. Efficiencies: hydraulic, overall. Loss in

pumps, speed ratio, pump characteristics, surging, cavitation, priming, self-priming,

applicatios, problems. ii) Positive displacement pump: Indicator diagram, slip, effect of

friction, acceleration theory of air vessels, pressure variation effect of the acceleration in

the suction and delivery pipes. Applications, problems.

4 Miscellaneous Pumping devices: Propeller or axial flow pumps, air lift pump, vane pump,

gear wheel pump, applications.

5 Hydraulicsystems:Accumulator,intensifier,coupling,ram,lift,press,crane

Text Books

1. Fluid Machineries-Rajput

2. Principles of Turbo-machiner D. D. Shephert

3. theory of Turbo machines-G. T. Csanady

COURSE : DYNAMICS OF MACHINERY –III

Course Code : ME-73

Theory : 100 Marks


Detailed Syllabus Module Details of module

1

Vibration and its causes, degree of freedom, simple harmonic motion, free and forced

vibration,, types of damping, equivalent springs, method of analysis, D’ Alembert’s

method, energy method, equation of motion.

2

Single degree free vibration with and without damping, longitudinal, transverse

and torsional vibration, harmonic

and constant force, force unbalance, reciprocating, rotary, critical or whirling speed,

vibration isolation, force and motion transmissibility, absorbs, self-excited

vibration

3

Two degree freedom systems, normal modes and natural frequency, torsional

vibration, dynamics vibration absorbers, response to harmonic excitation Multi degree

freedom systems, solution of vibration problems, longitudinal, transverses and torsional,

solution of vibration problems, matrix method,

4 Holtzer’s method Rayleigh method, etc.,

5 Vibration measuring Instruments-frequency, displacement, velocity, acceleration

Measuring instruments, seismic types.

Text Books:

1. Mechanical Vibration by G. K. Grover

2. Vibration for engineer by Keaeal k peejara

3. Mechanical Vibration by V. P Singh

4. Theory of vibration with application by Oilliam T Thomson.

5.


COURSE : HEAT AND MASS TRANSFER – I

Course Code : ME-74

Theory : 100 Marks


Detailed Syllabus


1 General modes of heat transfer, applications in engineering.

2

Conduction Heat Transfer: Fourier law, thermal conductivity of solid, liquid and gases,

factor affecting thermal conductivity, electrical analogy,1D steady state conduction,

conduction through homogeneous and composite surfaces,-flat, cylindrical, spherical,

variable thermal conductivity, shape factors, overall heat transfer coefficient, critical

radius of insulation, problems.

3

Conduction: Heat Transfer-3-D heat conduction, differential equation, different boundary

conditions, concept of thermal diffusivity, Fourier equation, poisson’s equation, Laplace

equation,1-D heat conduction with heat generation-slab cylinder and sphere(plane and

composite),problems.

4 Transient conduction-concept, lumped system analysis, mixed boundary conditions, Biot

number, Fourier number, use of Heisler charts.

5

Radiation Heat Transfer: Nature of thermal radiation, definitions, concepts of

monochromatic and total emissive power, absorptivity, reflectivity, transmissivity, black,

gray and heat surfaces, concept of black body, intensity of radiation, laws of black body

radiation, radiation to and from real surfaces..

6

Radiation heat exchange between surfaces: radiation between two black bodies, radiation

shape factor and properties, shape factors for different geometries, radiation between two

infinitely lo0ng parallel

7 plates, between two infinitely long concentric cylinders, radiation between non-black

bodies, electrical network analogy, radiation shields, problems.

Text Books:

1. Heat transfer by M.Necati Ozasik

2. Heat transfer by Frank Kreith

3. Heat transfer by Holman

2.7.1 Syllabus of B.E. 7th Semester Elective Courses

COURSE : REFRIGERATION AND AIR CONDITIONING

(ELECTIVE I )

Course Code : ME-75

Theory : 100 Marks



Detailed Syllabus


1

AIR REFRIGERATION SYSTEM: Simple cycle, Bell- Coleman, Bootstrap, regeneration

and reduced ambient system, air craft refrigeration system, actual cycles, advantages and

disadvantages of different systems. Refrigerants : Nomenclature, classification, desirable

properties.

2

VAPOUR COMPRESSION REFRIGERATION SYSTEMS: Vapour compression

refrigeration, analysis of vapor compression systems, methods for improving COP, vapour

compression refrigeration systems with multiple evaporators and compressors,

performance of simple vapour compression refrigeration cycles.

3

VAPOUR ADSORPTION REFRIGERATION SYSTEMS: Basic adsorption system and

thermodynamically analysis of the system, actual ammonia absorption system. Electoflux

refrigeration, COP of the system, Lithium-bromide absorption system.

4 PSYCHOMETRY: Psychometric relations, charts and processes, requirements of comfort

air conditioning.

5

COOLING LOAD CALCULATION AND DESIGN OF AIR CONDITIONING

SYSTEMS: Different heat source by conduction, radiation, occupant load, design of air

conditioning systems, cooling coil and dehumidifying washers.

6

AIR CONDITIONING SYSTEMS: Factors for human comfort, equipments used in air

conditioning system, Classification of air conditioning systems: Comfort, industrial,

winter summer air conditioning systems, Grand sensible heat factor.

Text Books :

1) Refrigeration and Air Conditioning : Jordon and Prister

2) Refrigeration and Air Conditioning : C.P.Arora

3) Refrigeration and Air Conditioning : S. Domkundwer

COURSE : INTERNAL COMBUSTION ENGINE (ELECTIVE - I)

Course Code : ME-75

Theory : 100 Marks


Detailed Syllabus


1 Engine types and their operation: introduction, engine classification, engine components,

stratified charge engine, turbo charging and supercharging.

2

Carburetion: introduction, definition factors affecting carburetion, air-fuel mixtures,

working principle of carburetor, simple carburetor, essential parts of modern carburetor,

automobile carburetor. fuel injection system for c.i. engine: introduction, fuel injection

system: air injection, solid injection, fuel pump and fuel injector: fuel pump, fuel injector.

3

Combustion and combustion chambers: introduction, homogeneous and heterogeneous

mixtures, stages of combustion in si engine, flame front propagation, abnormal

combustion, knocking in si and ci engine.


4 Engine lubrication and cooling systems: determination of engine friction, types of

lubricants, lubrication systems. necessity of engine cooling, different cooling systems.

5 Ignition systems (si engine): introduction, basic ignition system, battery ignition system,

magneto ignition system, firing order, ignition timing, spark plug.

6 Testing and performance of ic engine: performance parameters, basic measurements,

engine performance curves.

7 Introduction to software used in automobile industries: catia, unigraphics

Text Books:

1) A Course in Internal Combustion Engine : M. L. Mathur, R.P.Sharma ( Dhanpati Rai & Sons)

2) Internal Combustion Engine : R. K. Rajput (Laxmi Publications Ltd)

3) Internal Combustion Engine : V. Ganesan ( Tata McGrow Hills)

4) Automotive Mechanics : William H. Crouse, Donald L. Anglin (Tata McGrow Hills)

COURSE : OPERATIONS RESEARCH TECHNIQUE

Course Code : ME-75

Theory : 100 Marks


Detailed Syllabus


1

Introduction : Optimization, Classification of beginning and progress of O.R,

Mathematical modeling in O. R. Optimization Problems The Linear Programming:

Introduction, Formulation of L.P. models graphical solution for L.P.P., Simplex method,

Duality in LPP, Importance of dual, Dual simplex method, Sensitivity Analysis in LP,

Introduction to Special LP Models

2

Transportation Model/ Problems: Initial solution by NWCM, VA.M. Optimization of the

solution, degeneracy in transportation problem, alternate solutions Assignment Model/

Problems : Hungarian Method and relevant problems

3

Integer Programming: Branch and Bound technique, Gomory's cutting plane method.

Dynamic Programming: Introduction Investment problem, Stagecoach problem,

Equipment replacement problems.

4 Decision Theory: Introduction, Minimax decision

5

procedure, Bayes decision procedure with / without data, Regret function Vs loss function.

Game Theory: Introduction, Minimax, Maximin procedure, Pure strategy, Mixed strategy,

Expected pay off, Solution of 2 X 2 games, Dominance rules.

6

Queuing Theory: Introduction, Queuing system, Characteristics of queuing systems,

Queuing models with Poisson input, Exponential service time, Single channel infinite

population / finite population model, Multi channel finite / infinite population model,

Queuing problems for formulated as a Markov chain.

Text Books :

1. Introduction to O.R., Billey E. Gillet, Tata MC Hill

2. Optimising Theory and Applications, S.S. Rao


3. Operations Research, Kanti Swarup

4. Optimisation Techniques, Phillips and Ravindran

COURSE : STATISTICAL QUALITY CONTROL

Course Code : ME-75

Theory : 100 Marks


Detailed Syllabus


1

Introduction : The history and Background of Quality Control, Need for Quality Control,

Evolution of Quality Control and different Quality Management Philosophies(Overview),

Quality Assurance- Phases of Quality Assurance. Quality Definition: Characteristics /

dimensions of quality, Juran's Quality Trilogy Quality Spiral, Causes of Variation-change

and Assignable Causes. Quality Costs : Reason for Quality Costs Analysis, Categories of

Quality Costs(Cost of poor Quality), Concept of Optimum Quality Cost Model

2

Statistical Concelots: Sample Parameters and Universe Parameters, Central Tendency and

Dispersion and their measures, Data Representation Frequency Distribution Curves,

Continuous and Discrete Distributions, Normal curve and its characteristics, Normal

Table, Hypothesis Testing, Chi-square distribution. Inspection: Types of Inspection,

Inspection Error, Inspection and Quality, Samples Inspections- Its Importance and

Application Theory of Sampling: Population and Sample, Sample Statistics and

Population Parameters, Rational Sub Grouping, Shewhart Normal Bowl Experiment.

3

Statistical Process Control: Statistical Aspects of Quality Control, Type I and Type II

Error in Statistical Analysis, Shewart Control Charts- Variable and Attribute Charts( X,R-

charts, b-chart, c- chart,up-chart) Control Charts for Variables: X Bar and R Charts, X Bar

and Sigma Charts construction of the charts. Interpretation of the Charts. Manufacturing

and Non Manufacturing Application of the Charts. Control Charts for Attributes : p Chart,

100p Chart, n-p Chart, c Chart, U chart Interpretation of the Charts, Application

4

Acceptance Sampling Plans for Attributes: Introduction, Importance, Situation leading to

Economic use Sampling Plans, Concept of AQL and relevant terms, OC Curves-Type A

and Type B OC Curves, Different types of Sampling Plans, ASN Curve, ATI Curve.

Sampling Schemes-MIL STD105D-Rules for Switching Dodge and Romig Tables:

Acceptance Sampling Plans for Variables: Introduction, Sampling Plans for Sigma Known

and Sigma Unknown, Application.

5

Concept of Total Quality Management : Introduction, Tools and Techniques of TQM,

Brief Introduction Reliability : Distinction between Reliability and Quality, Relevant

Terms, The Characteristics Curve( Bath-Tub Curve ), Failure- Types, Causes of Failure,

Reliability Function in terms of Failure Rate and its characteristics, Reliability

improvement- Series and parallel Systems

Text Books

1. Statistical Quality Control, H.L. Grant.

2. Quality Management, Juran.


COURSE : INDUSTRIAL SAFTEY AND HAZARD MANAGEMENT

Course Code : ME-75

Theory : 100 Marks


Detailed Syllabus


1 Introduction: Safety program, Engineering ethics, Accident and loss statistics, Acceptable

risk, Public perception

2 Toxicology: How toxicants enter biological organisms, How toxicants are eliminated from

biological organisms.

3 Industrial Hygiene: Government regulations, Identification, Evaluation, Control.

4

Fire and Explosion: The fire triangle, Distinction between fire and explosions; Definitions,

Flammability characteristics of liquids and vapors, MOC and inerting, ignition energy,

Auto ignition, Auto oxidation, Adiabatic compression, Explosions.

5 Designs to prevent fires and explosions: Inserting, Explosion proof equipment and

instruments, Ventilations, Sprinkler systems.

6 Introduction to Relief: Introduction to Relief: Relief concepts, Definitions, Location of

relief’s, Relief types, Data for sizing Reliefs, Relief systems.

7

Relief Sizing: Conventional spring operated reliefs in liquids, Conventional spring

operated relief's in vapor or gas service, Rupture disc relief's in liquid, vapour or gas

service.

8 Hazards Identification: Process hazards checklists, Hazards surveys, Hazop safety reviews

Text Books

1 D. A. Crowl & J. F. Louvar - Chemical Process Safety (Fundamentals with applications),

Prentice Hall (1990).

2. Industrial Hygiene and

3. Chemical Safety References:

1. H. H. Fawcett and W. S. Wood -Safety and Accident Prevention in Chemical Operations, 2nd

edition, John Wiley and sons, New York 1982

2. Coulson and Richardson's - Chemical engineering - R. K. Sinnot, Vol.6, Butterworth-Heinmann

Limited 1996



COURSE : INDUSTRIAL ENGINEERING

Course Code : ME-81

Theory : 100 Marks


Detailed Syllabus


1

Introduction to Industrial Engineering : Definition, Objectives, Techniques of Industrial

Engineering Productivity : Definition & Concept, Dynamics of productivity change,

Productivity measures, Factors influencing productivity, Techniques of productivity

improvement

2

Work Study: Importance, Work study procedure. Method Study: Objectives, Scope,

Steps involved Method Study Symbols, Charts: Operation process chart, Flow process

chart, Two handed process chart, Multiple activity chart. Micro -motion study: Therbligs,

Simo chart. Work Measurement (Time Study) ; Objectives, Techniques, Performance

rating, Factors affecting performance rating, Allowances, Computation of standard time.

Job evaluation and Merit Rating: Objectives, Procedure job specification Method of job

evaluation, Merit rating.

3 Plant layout and Line Balancing: Principles of plant layout, Different types of layout,

Moodie and young and RPW method of assembly line balancing, Group layout.

4

Production planning and Production Control: Functions and Principles of Production

control, Types of production activities and processes, demand fore casting,

Manufacturing methods and PPC, Information requirement of PPC. Production Control:

5

Outline of Production control, Loading, Sequencing and Scheduling, Sequencing

problems, Assignment model. Production Cost Concept and Break-even Analysis: Costs

of Production, Cost classification, Analysis of Production costs, Break-even analysis,

Make & Buy decisions, Factors affecting Make & Buy decisions

6

Value Engineering and Value Analysis: Origin, Definition, Value analysis Vs Value

Engineering; Value Engineering & other cost reduction techniques, Steps in Value

Analysis, Techniques

7

Inventory Control : Inventory classification, ABC, VED analysis, EOQ model,

Modifications of EOQ model, Reorder point, P-policy and Q-policy, Static inventory

problem under risk, Dynamic inventory problem with varying demand and also with

certainty of annual demand.

8

Maintenance and equipment Replacement Policy : Objectives, Types of maintenance,

Economics of preventive maintenance, Replacement of equipment, Methods for selection

of alternatives

9

Project Management : Project concept and definition, Characteristics of project, Project

feasibility, Tools and Techniques of Project Management, Project Scheduling with CPM

and PERT


Text Books :

1. Work Study by R.C. Patel

2. Plant Layout and Design by J. M. Moore

3. Inventory Control by Starr and Miller

4. Mass Production by M.L. Riggs

5. Hand Book of Industrial Engineering by L. Grant.

COURSE : MEASUREMENTS

Course Code : ME-82

Theory : 100 Marks


Detailed Syllabus


1

Applied Mechanical Measurement: Tachometers, Stroboscope, use of LISAJOUS

diagram for determination of frequency and phase relations, Measurement of Angular

motion.

2 Pressure Measure: Introduction, Pressure standards, Pressure measuring Systems,

Pressure Measurement of low and high Pressures.

3

Temperature Measurement: Method of measuring temperature, use of biomaterial

thermometers, different types of thermistor, thermocouple, pyrometer, method of

measurement of low and high temperature, calibration of temperature measuring devices,

measurement of temperature gases.

4

Flow Measurement: Flow measurement methods, flow characteristics, obstruction

meters, variable area flow meter, measurement of fluid velocity, anemometers, special

flow measuring methods and devices, turbine flow meters, magnetic flow meters,

ultrasonic type flow meters

5

Strain gauges and strain measurement: Strain gradient, mechanical, optical and electrical

strain gauge, bonded wire strain gauge, calibration of strain gauge, problems associated

with the use of strain gauge.

Text Books:

1. Mechanical Measurement By R. S. Sirohi & H. C. Radhakrishna

2. Mechanical & Industrial Measurement by Er. R.K Jain

3. A Corse in Mechanical Measurement & Instrumentation by A. K. Sawheny

4. Measurement Systems Application and Design by Ernest O. Doeblin.

5. Mechanical Measurement and Instrumentation by R. K. Rajput.

COURSE : HEAT AND MASS TRANSFER – II

Course Code : ME-83

Theory : 100 Marks



Detailed Syllabus


1 Convective Heat Transfer: Introduction, the basic law, convective heat transfer

coefficient.

2

Forced convection: application of dimensional analysis, over a flat plate (external flow),

in circular duct (internal flow),empirical correlations for different geometries, laminar

tube flow with constant heat flux at the wall, various N-D numbers associated and their

physical significance, thermal boundary layer over a flat plate, problems.

3

Free convection: Dimensional analysis, convection over a vertical flat plate, various N-D

numbers associated and their physical significance, empirical correlations for different

geometries, problems.

4 Heat transfer from extended surfaces: Application to straight, rectangular, circular and

triangular fins, efficiency, effectiveness, condition for maximum heat transfer, problems.

5 Boiling and condensation: Concepts, laminar film condensation theory, dropwise

condensation, pool boiling heat transfer phenomena, boiling correlations.

6

Mass Transfer: Introduction, Fick’s law of diffusion, analogy between mass, momentum

and heat transfer, convective mass transfer, evaporation of water into air, application of

dimensional analysis to free and forced convection, empirical correlations, problems.

Text Books

1. Heat transfer by M. Necati Ozisik

2. Heat transfer by Frank Kreith

3. Heat transfer by Holman

2.8.1 Syllabus B.E of 8th Semester Elective Courses

COURSE : CRYOGENIC ENGINEERING (ELECTIVE II)

Course Code : ME-84

Theory : 100 Marks


Detailed Syllabus


1

INTRODUCTION TO CRYOGENIC SYSTEMS: Introduction, Historical background.

Properties of cryogenic fluids, cryogenic temperature sensors. Application of cryogenic

and industrial gases, cryogenic safety.

2

GAS LIQUEFACTION SYSTEMS: Introduction, thermodynamically ideal system,

production of low temperature: Joule Thomson effect, adiabatic expansion. Liquefaction

systems: Simple Linde-Hampsion system precooled Linde-Hampsion system, Linde dual

pressure system, Claude system, Kapitza system, liquefaction system for Neon, hydrogen

and helium.

3 SEPARATION AND PURIFICATION SYSTEMS: Ideal separation of gases,

characteristics of mixtures, principles of gas separation, air separation systems.


4

CRYOGENIC REFRIGERATION SYSTEMS : Ideal refrigeration systems,

thermodynamically ideal isothermal source system, isobaric source system, refrigeration

for temperature above 2 K.

5

CRYOGENIC FLUID STORAGE AND TRANSFER SYSTEMS: Cryogenic fluid

storage vessels, basic storage vessels, inner vessel design, outer vessel design, insulation

system.

Reference Books:

1. Cryogenic Systems : Randall F. Barron

2. Cryogenic Process Engineering: Klaus D. Timmerhaus and Thomas M. Flynn

COURSE : TOTAL QUALITY MANAGEMENT

Course Code : ME-84

Theory : 100 Marks


Detailed Syllabus


1

INTRODUCTION: Definition of Quality, Dimensions of Quality, Quality Planning,

Quality costs - Analysis Techniques for Quality Costs, Basic concepts of Total Quality

Management, Historical Review, Principles of TQM, Leadership – Concepts, Role of

Senior Management, Quality Council, Quality Statements, Strategic Planning, Deming

Philosophy, Barriers to TQM Implementation.

2

TQM PRINCIPLES :Customer satisfaction – Customer Perception of Quality, Customer

Complaints, Service Quality, Customer Retention, Employee Involvement – Motivation,

Empowerment, Teams, Recognition and Reward, Performance Appraisal, Benefits,

Continuous Process Improvement – Juran Trilogy, PDSA Cycle, 5S, Kaizen, Supplier

Partnership – Partnering, sourcing, Supplier Selection, Supplier Rating, Relationship

Development, Performance Measures – Basic Concepts, Strategy, Performance Measure

3

STATISTICAL PROCESS CONTROL (SPC) :The seven tools of quality, Statistical

Fundamentals – Measures of central Tendency and Dispersion, Population and Sample,

Normal Curve, Control Charts for variables and attributes, Process capability, Concept of

six sigma, New seven Management tools.

4

TQM TOOLS :Benchmarking – Reasons to Benchmark, Benchmarking Process, Quality

Function Deployment (QFD) – House of Quality, QFD Process, Benefits, Taguchi

Quality Loss Function, Total Productive Maintenance (TPM) – Concept, Improvement

Needs, FMEA – Stages of FMEA

5

QUALITY SYSTEMS: Need for ISO 9000 and Other Quality Systems, ISO 9000:2000

Quality System – Elements, Implementation of Quality System, Documentation, Quality

Auditing, TS 16949, ISO 14000 – Concept, Requirements and Benefits.


Text Books

1. Dale H. Besterfiled, et al., Total Quality Management, Pearson Education, Inc. 2003. (Indian

reprint 2004). ISBN 81-297-0260-6.

References Books:

1. James R. Evans & William M. Lidsay, The Management and Control of Quality, (5th Edition),

South-Western (Thomson Learning), 2002 (ISBN 0-324-06680-5).

2. Feigenbaum. A. V. ―Total Quality Management, McGraw-Hill, 1991.

3. Oakland. J. S. ―Total Quality Management Butterworth – Hcinemann Ltd., Oxford. 1989.

4. Narayana V. and Sreenivasan, N.S. Quality Management – Concepts and Tasks, New Age

International 1996.

5. Zeiri. ―Total Quality Management for Engineers Wood Head Publishers, 1991

COURSE : POWER PLANT ENGINEERING (ELECTIVE II)

Course Code : ME-84

Theory : 100 Marks


Detailed Syllabus

Module Details Of Module

1

FUNDAMENTAL OF POWER PLANT: Concept of power plant, classification, Power

development in India, Resources for power generation, present power position in India.

POWERPLANT ECONOMICS AND VARIABLE LOAD PROBLEM: Terms and

factors, factors affecting power plant design, Load curve, Ideal and realized load curve,

Effect of variable load on power plant design.

2

HYDROELECTRIC POWER PLANT: Introduction, Hydrograph and flow duration

graph, site selection for hydro-electric power plants, classification, general arrangements

of hydroelectric power projects, its operation, advantages of hydroelectric power plants.

Design, construction and operation of different components of hydroelectric power

sections, Reservoirs, dams, spillways, canals and penstocks, water hammer and surge

tank power house and turbine setting, prime movers, governing water turbines.

3

THERMAL POWER PLANT: Setting of thermal power plant, general layout of modern

thermal power plants (TMP), Site selection for TMP. Fuels for thermal power plant, in-

plant handling of coal, coal feeding and burning methods, related equipments, and

pulverized fuel system. Ash handling system, dust collection and its disposal, dust

disposal systems. Steam generation: high pressure boiler, economizer, superheater,

reheater, regenerator, air preheater. Cooling tower and ponds. Steam Turbine: Principle

of operation of steam turbine, classification, Installations, testing and maintenance,

trouble shooting.

4

NUCLEAR POWER PLANT: Introduction, Safety measure of nuclear power plant, site

selection and commissioning procedure, Nuclear reactor, classification of nuclear

reactor, Nuclear power plant in India.

5

DIESEL POWER PLANT: Introduction, Plant layout, Engine Performance, Heat

Balance, Advantages/disadvantages of diesel power plant. GAS TURBINE PLANT:

Classification, Elements of gas turbine power plant, Site selection, layout, operation and

maintenance performance, Waste heat boiler.


Text Books :

1) Power Plant Technology : Wakil ( Tata-McGrow Hills)

2) Power Plant Engineering : P. K. Nag ( Tata-McGrow Hills)

3) Power Plant Engineering : Dr. P. C. Sarma (S.K.Kataria & Sons)

4) Power Plant Engineering : A. K. Raja, Amit Prakash Srivastava, Manish Dwivedi ( New Age

International)

Documents

Old Course Structure and Syllabus of Dibrugarh University ... · torsion of a rod, torsional oscillation, bending of a beam. Viscosity, Bernoulli’s theorem, viscous flow of liquid