Resources
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1 |
Engineering Graphics (Academic Year
2012-2018) |
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Course coverage and
Instructions: Introduction
to Engineering Graphics [PPT] - Different
types of Instruments and their uses (video Lecture), Types of Lines [Assignment
sheet] Curves
- Ellipse
and parabola by Rectangular/Oblong Method, Ellipse by Eccentricity
method, Involute,
cycloid, spiral [Assignment
sheet] Projection
- points, lines
[Assignment
sheet], planes
[Assignment
sheet]-source from internet Orthographic
Projection [Assignment
Sheet]-source from internet Projection
of solids-Prism, Pyramid, cone and cylinder-source from internet Section
of solids and development of surfaces-cone, cylinder. Prism and pyramid
[Assignment sheet]-source from internet Isometric
Projections [Assignment
sheet]-source from internet References: 1.
Engineering Drawing - N D Bhatt 2.
Engineering Graphics - S C Sharma & Naveen Kumar 3.
Engineering Drawing - P S Gill 4.
Engineering Drawing with Auto-CAD - Parvez, Khan & Khalique Text
Book:
N.D.BHATT (Fifty-first edition-2012) |
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2 |
Fluid Machines (2012-2017) |
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Introduction, Classification and field of
application of fluid machines. Jet
Striking Plates- Jet striking flat plate and curve plate; calculation of
force, energy and efficiency exerted by jet on plate [PPT]. Water
Turbines: Theory of Rotodynamic Machines- Euler's Equation, components of
energy transfer, Classification-Impulse and Reaction Turbines, Construction,
Operation, Head and efficiencies, Power calculation and governing of Pelton [PPT] [Problems] , Kaplan [PPT] [Problems] and Francis turbines
[PPT] [Problems]; Draft tube; Surge
tank. Application
of dimensional analysis in fluid machines -
Unit quantities and Specific speed [Problems]. Centrifugal Pumps: Types; Heads and
efficiencies; Construction of impeller and casing; Multi-stage pumps;
Specific speed; Model testing; Characteristic curves; NPSH; Cavitation;
Selection of centrifugal pump [Problems]. Reciprocating Pumps: Classification with
constructional details; Theory; Indicator diagram; Effect of acceleration of
piston; Effect of friction in pipes; Air vessel and its effects; NPSH, Rotary
Positive Displacement Pumps: Types and constructional details [Problems]. Reciprocating air
compressors:
Construction; Indicator diagram; Effect of clearance; Efficiencies;
Multi-stage air compressors. Rotary compressors, Centrifugal Compressor and
Fans: Types, Construction, Operation and power calculation. [Problems]. Selection
steps and testing procedure of fluid machines. References: 1. Fluid Mech.
through problems-R J Garde 2. Hyd. & Fluid
Mech. -J. Lal 3. Fluid Mech.
-Streeter &Wilie 4. Fluid Mech. -I H
Shames 5. Fluid Mech -Som and
Biswas 6. Fluid Mech. And
Fluid Power Engg. -D.S.Kumar |
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3 |
Fluid Mechanics Lab |
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1.
To determine the coefficient of discharge, contraction
& velocity of an orifice 2.
To determine the coefficient of discharge of venturimeter 3.
To verify the Bernoulliʹs Theorem 4.
To determine the Losses in pipe friction 5.
Friction factor in pipe flow 6.
To determine the discharge coefficient for a V-notch. |
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4 |
Kinematics of Machines (2014,
2017-2019) |
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Kinematic
pairs, inversion, mobility and range of movements, degree of freedom,
equivalent mechanism. MechAnalyser software (Downloads - MechAnalyzer) Displacement,
velocity analysis, I-Centre method Acceleration
analysis of planar linkages. Lower
Pair Mechnism, Dimensional synthesis for motion. Simple Mechanism, Devis and
Ackermann steering mechanisms, Hooke joint. Mechanical Couplings Cam
profiles: [video]
Velocity, Acceleration, Synthesis. Types
of gears [video],
different terminology : module,
law of gearing [video],
motion and synthesis of simple gear, reverted and planetary gear trains. Clutches:
Types, Analysis.[video] Brakes:
Types, Analysis. [video] Dynamometers:
rope
brake, Prony Brake, etc Weightage of Marks: MID SEM syllabus: 32 Marks,
END SEM syllabus: 48 Marks; (MID: END=4:6); Class Tutorial/Quiz/surprise
test/Attendance (or combined): 20 Marks = Total 100 Marks MID SEM EXAMINATION: OUT OF 60 Marks END SEM EXAMINATION: OUT OF 100 Marks (MID SEM
syllabus: 20 Marks, END SEM syllabus: 80 Marks) No option will be provided in the MID and END question paper. References: 1.
Theory of Machines-S.S.Rattan (Text Book) 2.
Theory of Machines and Mechanisms-John Uicker, Gordon
Pennock, Joseph Shigley 3.
Theory of Machines-Khurmi and Gupta |
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5 |
Kinematics of Machines Lab |
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1.
Coefficient of friction between
sliding belt (rope) and a fixed pulley 2.
Efficiency of a screw jack by
raising & lowering conditions [video link] 3.
Cam profile and follower movement [video link] 4.
Coriolli's component of acceleration 5.
Speed of gear in the output
shaft of a compound gear train |
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6 |
Optimization theory (M.Tech.)
(2014-2018) |
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Basic
Concepts: optimal problem formulation. Single variable optimization
algorithms: bracketing, region elimination, point estimation, and gradient
based methods, root finding. Multivariable
optimization algorithms: unidirectional search [MATLAB Program], direct
search methods: simplex search [MATLAB Program], gradient based methods:
Cauchy's Steepest Descent method [MATLAB Program]. Constrained
optimization algorithms: Transformation Method, penalty function method,
sensitivity analysis, Linear Programming [MATLAB Program], Non Linear Programming
[MATLAB Program]. Nontraditional
optimization algorithms: Genetic algorithms [MATLAB Program], Artificial
Neural Network [MATLAB Program]. Multi-Objective
Optimization: Introduction to linear and nonlinear multi-objective problems,
Use of Evolutionary Computations to solve multi objective optimization Computer
programming practice in MATLAB [MATLAB examples]. Text
/References: 1.
S.S. Rao, Engineering Optimization: Theory and Practice,
New Age International Publishers, 2006. 2.
S.Bradley, A.Hax, T.Magnanti, Applied mathematical programming. Addison
Wesley, 1977. 3.
Rardin L. Ronald, Optimization in operations research, Prentice Hall. 1997. 4.
Strang and Gilbert,
Introduction to applied mathematics, Wellesley-Cambridge
press, 1986. 5.
K.Deb, Optimization for engineering design: algorithms and examples. Prentice Hall of India, New Delhi,
1996. 6.
C.Balaji, Essentials of Thermal System Design and
Optimization, Ane Books Pvt. Ltd., 2011. 7.
K.Deb, Multiobjective
optimization using Evolutionary Algorithm. Wiley. 2001. 8.
MATLAB, https://in.mathworks.com/help/ |
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7 |
Computational Lab (Programming in
MATLAB etc.) (M.Tech.) |
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1.
Modelling and Simulation 2.
Optimization 3.
PID Stabilising and Tracking 4.
Parameter Tuning 5.
Coupled Dynamics Analysis 6.
Dynamics Decoupling 7.
Model Identification 8.
Nonlinear, adaptive and overwhelming control 9.
Fault diagnosis 10.
Different waveform generations in MATLAB |
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8 |
Machine Drawing (2013-2017, 2019) |
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Basics of Engineering
Drawing [PDF] and Instrument
Handling [video]. Revisions: Projection
of Points, lines and planes, True lengths of lines and true shapes of planes,
Projection of Lines and Planes to auxiliary planes. Revision on Projection
and section of solids to various planes and true shapes of sectioned surface.
Inter-penetration of solids and their projections. Surface development of
solids and its uses. Drawing of different
types of nuts, bolts, rivet and welding joint, [1] thread [2]. Drawing of Keys [video], Cotters and Pins. Assembly drawing of
Gib
[video] and cotter joint [video], Knuckle joint [video], universal joint. [keys] Assembly/part drawing
of simple machine and engine parts: Coupling [video], Bearing [video]. Assembly/part drawing of screw jack [video]. Assembly/part drawing of Non return Valves [video], eccentric, large
and small end of connecting rod, piston head. Assembly/part drawing of Spark Plug. Example
of Industrial Drawing on Firefighting
centrifugal Pump |
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9 |
Machine Design Lab - MCC 14203 (2019) |
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1. Design of Cotter
Joint [problem] 2. Design of Bush pin
type flexible coupling [problem] 3. Design of Plammer
block [Steps] 4. Design of Screw Jack
[problem] 5. Design of Hydrostatic
bearing [problem] |
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10 |
Dynamics of Machine Lab - MCC 15201
(2020) |
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1. Experimental
verification of the gyroscopic couple 2. To balance the masses
statically and dynamically of a single rotating mass system (4 rotor) 3. To study the
performance of Porter, Proell and Hartnell Governor [video link] 4. To study the modes of
vibrations can and frequency of whirling shafts 5. To study the cam
dynamics [video link] 6. To study the undamped
free vibration of spring mass system 7. To study the forced
damped vibration of spring mass system 8. To study the
longitudinal vibration of helical coiled spring 9. To study the forced
vibration of simply supported beam for different damping. 10. To study the pressure
profile of lubricating oil at various conditions of load and speed for
Epicyclic Gear Train |
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11 |
Applied Mechanics Lab - MEC 204 (2020) |
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Part-I: Venue- SOM Lab (Any 4
experiments+ 1 Project) - provisional 1.
Tensile Strength Testing of a
given mild steel on UTM 2.
Compressive Strength testing of
a given specimen on UTM 3.
Hardness testing of given
specimen using Rockwell and Vickers / Brinell testing 4.
Torsional rigidity test of
shaft 5.
Young's Modulus (E) of M.S and Timber beam by
flexure of beam method. 6.
Impact testing on Impact
testing Charpy and Izod. 7.
Project Part-II: Venue- KOM
Lab (4 experiments+ 1 Project) - provisional 8.
Coefficient of friction between
sliding belt (rope) and a fixed pulley 9.
Efficiency of a screw jack by
raising & lowering conditions [video link] 10.
Cam profile and follower movement [video link] 11.
Coriolli's component of acceleration 12.
Speed of gear in the output
shaft of a compound gear train 13. Project |
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12 |
Machine Design Lab - MCC 15204 [Manual]
(2020) |
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1.
Design of Journal Bearing 2.
Design of Spur Gear [video link] 3.
Design of Helical Gear 4.
Design of Bevel Gear [video link] 5.
Design of Worm Gear 6.
Design of Flywheel 7.
Selection of Rolling Element Bearing from Manufacturer's
Catalogue 8.
Selection of V Belt Drive 9.
Selection of Chain Drive |
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13 |
Fluid Machines - MEC 206 (2021) |
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Syllabus
almost same as Fluid Machines, mentioned above. Only
additional content is - Introduction
(history of fluid machines) Compressible
and incompressible flow [PPT] |
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14 |
Thermodynamics and Fluid Mechanics Lab
- MEC 205 (2021) |
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1. Determination of Calorific value of solid/liquid fuel (Bomb
calorimeter) [Video link] 2. Volumetric analysis of pollutants in flue gas by Orsat apparatus 3. Performance study of Single cylinder 4-S Petrol Engine 4. Performance study of single Cylinder 4-s Diesel Engine 5. Jouleʹs
experiment for mechanical equivalent work [Video link] 6. Darcyʹs friction coefficient 7. Verification of
Bernoulliʹs
theorem 8. Reynoldʹs apparatus for laminar
and turbulent flow 9. Determination of Cd, Cv,
and Cc |
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15 |
Turbomachinery - MED 545 (2022) |
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Introduction:
History of Turbomachinery [PPT], Classification of
turbomachinery [PPT] Turbomachinery
units and laws: Work and efficiencies in Turbomachines, compressible and
incompressible flow [PPT], Thermodynamics of
fluid flow [PPT], Dynamics
of fluid flow, Theory of rotodynamic machines [PPT] Incompressible
flow machines: Hydraulic Turbines: Impulse turbine: Pelton turbine [PPT], Reaction Turbine:
Kaplan turbine (axial) [PPT], Francis turbine
(radial) [PPT], the effect of size
on turbomachine efficiency, cavitation Dimensional
Analysis: Principle of Similarity, [PPT] Wind
turbine and Hydrokinetic turbine: classification, aerofoil concept, power
generation equation, design and performance [PPT] Incompressible
flow machines : Pumps: Classification, Heads and efficiencies; Construction
of impeller and casing; multi-stage pumps; Specific speed; slip factor; Model
testing; Characteristic curves; NPSH; Cavitation; Selection of centrifugal
pump and axial pump. [PPT] Compressible
flow machines : Radial compressors: stage velocity diagram, enthalpy entropy
diagram, optimum design at inlet, stage losses and efficiency, performance
characteristics [PPT] Compressible
flow machines : Axial flow compressors: stage velocity diagram, enthalpy
entropy diagram, stage losses and efficiency, Performance characteristics [PPT] Compressible
flow machines: Gas Turbine: Axial flow Turbine, Radial Turbines, stage
velocity diagram, enthalpy entropy diagram, stage losses and efficiency,
Performance characteristics [PPT]. Power-Transmitting
Turbomachines: Working Principle of a Power-Transmitting Turbomachine,
Analysis of Power-Transmitting Turbomachines, Fluid Coupling, Torque
Converter |
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16 |
MCC 18202 Energy conservation
Management Lab (2022) - guest lecture |
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Experiment No. 5: To determine efficiency of
a hydrokinetic turbine
[Video Link] |
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MEC 210 Heat Transfer and Fluid
Machines Lab |
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Study on impact of jet on different blade [Video
link] Performance study of Pelton Turbine, constant
discharge [Video
link], constant speed [video
link] Performance test on Francis turbine [Video
link] Performance study of Kaplan Turbine [Video
link] Performance test on Centrifugal pump test rig
Study of Air compressor |
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Page
created on 20th January 2018, Last modified on 16th June 2022