Mechanical engineering semester 5 syallabus , mumbai university, mumbai, India

Fluid Mechanics
T.E. Sem. V [MECH]
EVALUATION SYSTEM
 Time  Marks  Theory Exam  3 Hrs.  100
Practical Exam  02(PE)  25
Oral Exam  −  25
Term Work  −  25
SYLLABUS
1.  Fluid Definition and Properties
Concept of continuum, Newton’s law of viscosity, classification of fluid.
Fluid Statics
Definition  of  body  forces  and  surface  forces,  static  pressure,  Pascal’s  law,  Derivation  of  basic
hydrostatic  equation,  Forces  on  surfaces  due  to  hydrostatic  pressure,  Buoyancy  and  Archimedes
Principle.
2.  Fluid Kinematics
Understanding  of Eulerian and Lagrangian−approach to solutions, Velocity and acceleration  in an
Eulerian  flow  field,  Definition  of  streamlines,  path  lines  and  streak  lines.  Definition  of  steady  /
unsteady,  uniform  /  non−uniform,  one  two  and  three−dimensional  flows.  Understanding  of
differential and integral methods of analysis. Definition of a control volume and control surface, types
of control volumes.
3.  Fluid Dynamics
Equations  for  the  control  volume  :  Integral  equations  for  the  control  volume;  Reynolds transport
theorem  with  proof.  Application  to  mass,  energy  and momentum  transport  (linear  and  angular).
Differential  equations  of  the  control  volume:  Conservation  of  mass  (two  and  three  dimensional).
Navier  − Stokes  equations  (without  proof)  for  rectangular  and  cylindrical  co−ordinates.   Exact
solution of Navier −stokes equations: viscous laminar flow of a fluid through a pipe, viscous laminar
flow of a fluid through planes (both stationary, one plane moving with a uniform velocity), Fluid flow
through  concentric  cylinders.  Euler’s  equations  in  two,  three  dimensions;  Bernoulli’s  equation.
Kinetic energy correction factor and momentum energy correction factor.
4.  Ideal Fluid Flow Theory
Definition  of  stream  functions  and  velocity  potential  functions,  rotational  and  irrotational  flows  in
two dimensions, definition of source, sink, vortex,circulation. Combination of simple flow patterns−
e.g. flow past Rankine full body and Rankine half body, Doublet, flow past cylinder with and without
circulation, Kutta −Joukowsky law.
Real Fluid Flows
Definition  of  Reynolds  number,  Turbulence  and  theories  of  turbulence  − Prandtl’s  mixing  length
theory, Eddy viscosity theory, k −epsilon theory. Velocity profiles for turbulent flows: one −seventh
power law, universal velocity profile, velocity profiles for smooth and rough pipes, Darcy’s equation
for head lost in pipe flows, pipes in series and parallel, hydraulic gradient line, Moody’s diagram.
5.  Boundary Layer Flows
Concept  of  boundary  layer  and  definition  of  boundary  layer  thickness,  displacement  thickness,
momentum thickness, energy thickness. Growth of boundary layer, laminar and turbulent boundary
K.G.C.E. KARJAT
layers,  laminar  sub−layer,  Von−Karman  momentum  integral  equations  for  the  boundary layers,
analysis  of  laminar and turbulent boundary  layers,  calculation  of  drag., separation  of the boundary
layer and methods to control it, concept of streamlined and bluff bodies. Aerofoil theory: definition of
an aerofoil, lift and drag on aerofoils, induced drag.
6.  Introduction to Computational Fluid Dynamics
Basic concepts, Basic aspects of discretization. Grids with appropriate transformation, some simple
CFD  techniques.  Finite  volume  method  of  analysis,  solutions  to  simple  flow  problems.  Numerical
solution by means of an implicit method and pressure correction method.
References :
1.  Fluid Mechanics (Streeter and Wylie)McGraw Hill
2.  Mechanics of Fluid 3
rd
edition (Merle Potter, David Wiggert)Cengage Learning
3.  Fundamental of Fluid Mechanics 5
th
edition (Munson)Wiley
4.  Fluid Mechanics (Frank M. White)McGraw Hill
5.  Fluid Mechanics (Cengel, Yunus, Bhattacharya, Souvik)McGraw Hill
6.  Fluid Mechanics (K.L. Kumar)
7.  Introduction to Computational Fluid Dynamics (Niyogi)Pearson Education
8.  An Introduction to Computational Fluid Dynamics  The Finite Volume Method 2
nd
edition  (Versteeg)
 Pearson Education
9.  Introduction to Fluid Mechanics 5
th
edition (Fox)Wiley
10.  Introduction to Fluid Mechanics, (Shaughnessy)et al, OxFord
11.  Introduction to Fluid Mechanics and Fluid Machines 2
nd
ed., Tata McGraw Hill
12.  Fluid Mechanics (Yunus Cengel and John Cimbala) Tata McGraw Hill.
13.  Advanced Fluid Dynamics (Muralidhar and Biswas)
14.  Fluid Mechanics (Douglas)et.al. 5
th
, Pearson Education
15.  Computational Fluid Dynamics (John Anderson)McGraw Hill
16.  Fluid Mechanics with Engineering Applications (John Finnemore, Joseph Franzini)McGraw Hill
17.  1000 Solved Problems in Fluid Mechanics (K. Subramanya)Tata McGraw Hill

Graphic User Interface and Database Management
T.E. Sem. V [MECH]
EVALUATION SYSTEM
 Time  Marks  Theory Exam  −  −
Practical Exam  04(PE)  50
Oral Exam  −  50
Term Work  −  50
SYLLABUS
1.  GUI
Murphy ’s Law of GUI Design, Features of GUI, Iconsand graphics, Identifying visual cues, clear
communication, color selection, GUI standard, planning GUI Design Work. Goal Directed Design,
Software  design,  Visual  Interface  design,  Menus,  Dialog  Boxes,  Toolbars,  Gizmo-  laden  dialog
boxes, Entry gizmos, extraction gizmos, visual gizmos.
Visual programming; Software Component Mindset-role of programming code.
2.  VB. Net
Building  objects  :  Understanding  objects,  building  classes,  reusability,  constructor,  inheritance  the
frame work classes.
Advanced  Technique  :  Building  a  favorites  viewer  using  shared  properties and  methods,
understanding OOP and memory management Building class libraries:- Understanding class libraries,
Using strong names, Registering assemblies, Designing class libraries.
Creating your own custom controls : Windows forms control, Exposing properties from user control,
Inheriting control behavior, Design time or run time, Creating a Form Library.
Accessing Database : Data Access components, Data Binding.
Database  Programming  :  ADO.NET,  The  ADO.NET  Classes  in  action,  Data  Binding  − Unit
References. BVB.Net
3.  Data base concepts and Systems
Introduction  :  Purpose  of  Database  Systems,  Views  of  data,  Data  Models,  database  language,
Transaction  Management,  Storage  Management,  Database  Administrator,  Database  Users,  Overall
System Structure, Different types of Database Systems.
4.  E− −− −R Model :Basic Concepts, Design Issues, Mapping Constraints, Keys, E−R Diagram, Weak Entity set,
Extended E−R features, Design of an E−R Database Schema, Reduction of an E−R schema to Tables.
 Relational Model :Structure of Relational Database, The Relational  Algebra, The tuple relational
calculus, The Domain Relational Calculus, Views.
5.  SQL  :  background,  Basic  Structure,  SET  operations,  Aggregate  functions,  Null  Values,  Nested  Sub
queries, Derived Relations, Views, Modification of Database, Joined Relations, DDL, other SQL features.
 Transaction : Transaction Concepts, State, Implementations of Atomicity and durability, Concurrent
Executions, Serializability, Recoverability, Transaction Definition in SQL.
 Concurrency Control : Lock based protocol, Timestamp based protocol, Validation based protocol,
Multiple  Granularity,  Multi  version  Schemes,  Deadlock  Handing,  Insert  and  Delete  operations,
Concurrency in index structure.
6.  SQL SERVER
 SQL Server Database Architecture- physical Architecture- logical Architecture
 SQL Server administration tasks and tools – The SQL Server Enterprise Manager
Security and user administration, SQL Server Command −Line utilities, Database Maintenance Data
 base design and performance.
K.G.C.E. KARJAT
References:
1.  Using visual basic 6 / (Reselman, Rob: Peasjey, R.Pruchniak)Prentice Hall India pvt. Ltd.,
2.  Visual Basic 6: In Record Time/ (Brown), S.B P B Publication
3.  SQL Server 2000 Black Book (Patrick Dalton, Paul Whitehead)dreamtech press
4.  Beginning SQL Server 2000 for Visual Basic Developers Willis thearon Shroff publishers
5.  An Introduction to Database System (C.J. Date)
6.  Principles of Database System, (Ullman), Galgotia Publications
7.  Database Management Systems (Majumdar / A K Bhattacharyya)Tata Mc Graw Hill
8.  Object Oriented MultiDatabase System (Omran A. Bukhares & A.K. Elmagarmid)Prentice Hall
9.  Database Systems and Concepts, (Henry F. Korth, Sliberschatz, Sudarshan)McGraw Hill
10.  DBMS by Date
11.  Visual Basic 6 Programming Bible (Eric Smith)IDG Books India Pvt. Ltd.
12.  Visual Basic 6 Programming Black Book (Steven Holzner)IDG Books India
13.  GUI Design for dummies, IDG books.
14.  The Essentials of User interface Design, (Alan Cooper)IDG Books India
15.  SQL Server 2000 Black gook (Patrick Dalton)IDG Books India Pvt.
16.  Visual Basic 6 Programming Blue Book by (Peter G. Aitken)Technology Press
17.  Microsoft SQL Server 7.Q Bjeletich S.: (Mable G. Techmedia)

Heat and Mass Transfer
T.E. Sem. V [MECH]
EVALUATION SYSTEM
 Time  Marks  Theory Exam  3 Hrs.  100
Practical Exam  −  −
Oral Exam  −  25
Term Work  −  25
SYLLABUS
1.  Conduction
Mechanism  of  heat  transfer  by  Conduction.   Fourier’s  three−dimensional  differential  equation  for
Conduction with heat generation in unsteady state in the Cartesian co−ordinates. Solution of Fourier’s
equation for one−dimensional steady state Conduction through isotopic materials of various configurations
such as plane wall, plane composite wall, cylindrical and spherical composite walls. (For cylindrical  and
spherical walls, derivation of Fourier’s three −dimensional equation is NOT included.)
2.  Unsteady state Conduction through a plane wall having no internal resistance. Users of Heisler charts.
Extended  surfaces.  Solutions  for  heat  transfer  through  rectangular  fins.  Types  if  fins  and  their
applications. Effectiveness and efficiency of fins.
3.  Convection
Mechanism  of  heat  transfer  by  convection.  Natural  and  Forced  convection.   Hydrodynamic  and
thermal boundary layers. Similarity between velocity profile and temperature profile. Heat transfer
coefficient (film coefficient) for Convection. Effect of various parameters such as physical properties
of the  fluid, system  geometry, fluid flow  etc. on heat transfer coefficient. Heat pipe−Introduction
and  application.   Principle  of  dimensional  analysis.  Application  of  dimensional  analysis  to
Convection  for  finding  heat  transfer  coefficient.   Empirical  relations  for  Convection.  Physical
significance  of  dimensionless  numbers  such  as  Nusselt’s  Number,  Grashoff’s  Number,  Prendtl’s
Number, Reynolds Number and Stanton’s Number. Reynolds analogy between momentum and heat
transfer.  2.8.  Heat  transfer  in  condensation.  Nusselt’s  theory  of  laminar  film  Condensation.  Heat
transfer in boiling Curve & critical heat flux.
4.  Radiation
Mechanism of heat transfer by Radiation. Concept of black body and grey body. Emissive power and
Emissivity. Basic laws of Radiation: Planck’s law,Kirchoff’s law, Stefan −Baoltzman law, Wien’s−
displacement  law  and  Lambert’s  Cosine  law.  Intensity  of  Radiation  Radiosity.   Radiation  heat
exchange between two black bodies. Electrical network analogy for radiation heat exchange between
two and three grey bodies. Shape factor for simple geometries. Properties of shape factor.
5.  Heat Exchangers
Classification of heat exchangers. Logarithmic Mean Temperature Difference, Correction factor and
effectiveness of heat exchangers. Effectiveness asa function of Number of Transfer Units and heat
capacity ratio. Overall heat transfer coefficient,Fouling factor.
6.  Mass Transfer
Mechanism  of  mass transfer. Importance  of  mass transfer  in  engineering. Fick’s  law  of  diffusion.
Steady State diffusion of gases and liquids throughplane, cylindrical and spherical walls. Equimolal
diffusion.   Isothermal  evaporation  of  water  into  air.   Convective  mass  transfer  and  mass  transfer
coefficient. Empirical relations for mass transfer,in terms of Sherwood Number, Reynolds Number
and Schmidt’s number.
K.G.C.E. KARJAT
References:
1.  Elements of Heat Transfer (Jakole and Hawkins)
2.  Heat Transfer (James Sucec)JAICO Publishing House
3.  Heat Transfer (Donald Pitts & L.E. Sisson Schaums Series)McGraw Hill International
4.  Engineering Heat Transfer (James R. Weity)
5.  Engineering Heat Transfer (Shao Ti Hsu)
6.  Heat and Mass Transfer (Eckert and Drake)
7.  Heat Transfer (M.Necati Ozisik)McGraw Hill int. education
8.  Heat Transfer (Incropera and Dewitt)Wiley India
9.  Fundamentals of Momentum, Heat and Mass Transfer4
th
ed.(Welty)Wiley India
10.  Engineering Heat Transfer N.V.Suryanarayana Penram publication
11.  Heat Transfer (S.P. Sukhatme)University Press
12.  Heat Transfer (Ghosdastidar)Oxford University press.
13.  Heat Transfer 9
th
ed. (J.P.Holman)McGraw Hill
14.  Principles of Heat Transfer 6
th
ed., (Frank Kreith)CENGAGE Learning
15.  Heat and Mass Transfer (C.P.Arora) Dhanpatrai and Co.
16.  Heat and Mass Transfer (Prof. Sachdeva)
17.  Heat and Mass Transfer (R. Yadav)
18.  Heat Transfer (Y.V.C. Rao)University Press
19.  Heat and Mass Transfer (R.K.Rajput)S.Chand & Company Ltd.
20.  Fundamentals of Heat and Mass Transfer Incropera Wiley India
21.  Heat and Mass Transfer (Domkundwar)Dhanpatrai and Co.
22.  Heat and Mass Transfer 2
nd
ed. (Nag P.K.)Tata McGraw Hill
23.  Introduction to Thermodynamics and Heat Transfer with ESS Software 2
nd
ed.(Yunus A. Cengel)
 McGraw Hill International
24.  Fundamentals of Heat and Mass Transfer (Thirumaleshwar)Pearson Education

Mechanical Measurement & Metrology
T.E. Sem. V [MECH]
EVALUATION SYSTEM
 Time  Marks  Theory Exam  3 Hrs.  100
Practical Exam  −  −
Oral Exam  −  25
Term Work  −  25
SYLLABUS
1. Significance  of  Mechanical  Measurements,  Classification  of  measuring  instruments,  generalized
measurement system, types of inputs: Desired, interfering and modifying inputs.
Static  characteristics:  Static  calibration,  Linearity,  Static  Sensitivity,  Accuracy,  Static  error,
Precision, Reproducibility, Threshold, Resolution, Hysteresis, Drift, Span & Range etc.
Error in measurement: Types of errors, Effect of component errors on combination and distribution
of combination errors on components, Probable errors.
2.  Displacement  measurement: Transducers  for  displacement  measurement,  Potentiometers,  LVDT,
Capacitance type, Digital transducers (optical encoder), Nozzle flapper transducer.
Strain  measurement: Theory  of  Strain  Gauges,  Gauge  factor,  Temperature  compensation,  Bridge
circuit, Orientation of Strain Gauges for Force andTorque measurement, Strain Gauge based Load
Cells and Torque Sensors.
3.  Measurement  of  angular  velocity:  Tachometers,  Tachogenerators,  digital  tachometers  and
Stroboscopic methods.
Pressure  measurement: Pressure  standards,  Elastic  pressure  transducers  viz.  Bourdon  Tubes,
Diaphragm,  Bellows  and  piezoelectric  pressure  sensors.  High−pressure  measurements,  Bridgman
gauges Calibration of pressure sensors.
Vacuum measurement:  Vacuum  gauges viz. McLeod gauge,  Ionization and Thermal Conductivity
gauges.
4.  Acceleration  Measurement: Theory  of  accelerometers  and  vibrometers.  Practical  Accelerometers,
strain gauge based and piezoelectric accelerometers.
Temperature  measurement:  Thermodynamic  Temperature  Scale  and  IPTS.  Electrical  methods,  of
temperature measurement, Resistance thermometers, Thermistors and Thermocouples, Pyrometers.
5.  Metrology
Standard  of  measurement,  line  and  end  standards  wave  length  standard,  working  standards,
requirements  of  interchangeability,  allowance  and  tolerance,  limits  and  fits,  B.S.  and  I.S.
specifications  for  limits  and  fits,  limits  gauging, automatic  gauging,  needs  in  semi−automatic,
automatic production, principle of operation, features of in process gauging system.
6.  Use  of  comparators  such  as  mechanical,  optical,  electrical,  electronics  and  pneumatic.   Angular
measurements,  angle  gauges,  sine  bar,  levels,  clinometers  and  taper  gauges.   Metrology  of  screw
threads, limits gauging of screw threads. Gear measurements. Measurement of flatness and square
ness, surface finish definition and measurement of  surface texture, study and use of profile projector
and tool maker’s microscope, dividing head and auto−collimator.
K.G.C.E. KARJAT
References :
1.  Experimental Methods for Engineers (J.P.Holman)McGraw Hills Int. Edition.
2.  Engineering Experimentation (E.O.Doeblin)McGraw Hills Int. Edition.
3.  Mechanical Measurements (S.P.Venkateshan)Ane books, India
4.  Metrology for Engineers (J.F.W Galyer & C.R.Shotbolt)
5.  Theory and Design for Mechanical Measurements, 3
rd
ed., Wiley
6.  Principals of Engineering Metrology (Rega Rajendra)Jaico. Publication
7.  Measurement Systems (Applications and Design) 5
th
ed.- (E.O. Doebelin)−McGraw Hill.
8.  Dimensional Metrology, (Connie Dotson), CENGAGE Learning
9.  Mechanical  Engineering  Measurement  (Thomas  Beckwith,  N.Lewis  Buck,  Roy  Marangoni) Narosa
Publishing House, Bombay.
10.  Mechanical Engineering Measurements (A.K.Sawhney)−Dhanpat Rai & Sons. New Delhi.
11.  Instrumentation Devices & Systems (C.S. Rangan & G.R.Sarrna)Tata McGraw Hill.
12.  Instrumentation & Mechanical Measurements (A.K.Thayal)
13.  Engg. Metrology (R.K.Jain)