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B.Tech. Mechanical EngineeringSemesterI
TOTAL 25
SemesterII
TOTAL 26
SemesterIII
S.No. CourseCode Subjects LTP Credits
1 ME301 EngineeringGraphicsI 002 2
2 GPT301 MoralandValueEducation 200 2
3
ME302
Introduction
to
Manufacturing
Process
200
2
4 LNG302 ProfessionalCommunication 300 3
5 ME304 WorkshopPractice&Technology 202 4
6 CE 401 EngineeringMechanics 300 3
7 MAS411 EngineeringMathematicsI 310 4
8 CHEM513 Chemistry 311 5
S.No. CourseCode Subjects LTP Credits
1
ECE301
Basic
Electronics
211
4
2 LNG303 ProfessionalCommunicationII 300 3
3 EEE303 ElectricalEngineering 301 4
4 PHY312 Engineering Physics 311 5
5 ME 401 EngineeringGraphicsII 002 2
6 COMP410 ComputerandLanguages 202 4
7 MAS490 EngineeringMathematicsII 310 4
S.No. CourseCode Subjects LTP Credits
1 ME 403 MachineDrawingandComputerAidedDrafting 002 2
2 ME 404 AppliedThermodynamics 311 5
3 CE 406 FluidMechanics 301 4
4 CE 408 StrengthofMaterials 300 3
5 ME 410 MaterialScienceandTesting 301 4
6 SES415 EnvironmentalStudies 200 2
7 COMP510 FoundationofInformationTechnology 212 5
8 MAS590 EngineeringMathematicsIII 310 4
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TOTAL 29
SemesterIV
TOTAL 26
SemesterV
S.No. CourseCode Subjects LTP Credits
1 BAM315 ElementsofEconomicsandPrinciplesof
ManagementScience
310 4
2 ME 409 MachineDesign I 202 4
3 ME 503 HeatandMassTransfer 301 4
4 ME 504 DynamicofMachines 301 4
5 ME 506 ProductDevelopmentandDesign 210 3
6
ME507
Manufacturing
Science
II
301
47 ME 508 ICEngine 310 4
TOTAL 27
SemesterVI
S.No. CourseCode Subjects LTP Credits
1 ME 502 RefrigerationandAirConditioning 301 4
2 ME 505 MachineDesignII 301 4
3 EEE509 AutomaticControls 210 3
4 ME 513 MachineToolDesign 310 4
5
ME512
Steam
Power
Engineering
310
4
6 ME 515 FuelCombustion&Pollution 310 4
7 ME 580 SeminarI 002 2
8 CE 576 FluidMachinery 211 4
TOTAL 29
Note:FourWeeksPracticalsummertraining2afterVISemester(tobeevaluatedinVII
Semester)
SemesterVII
S.No. CourseCode Subjects LTP Credits
1 EEE404 ElectricalMachines 301 4
2 ME 405 MeasurementandMetrology 211 4
3
ME407
Kinematics
of
Machines
310
4
4 ME 411 IndustrialEngineering 310 4
5 ME 412 ManufacturingScienceI 301 4
6 ME 416 ManagementInformationSystem 300 3
7 MAS491 ComputerBasedNumerical&Statistical Techniques 201 3
S.No. CourseCode Subjects LTP Credits
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TOTAL 28
SemesterVIII
ENGINEERINGGRAPHICSI
CourseCodeME301 CREDIT:2(002)
1.Introduction:Graphicsasatooltocommunicateideas,engineeringdrawinginstrumentsandits
uses.Letteringanddimensioning,scales, layoutsofdrawingsheetsConstructionofgeometrical
figureslikepentagonandhexagon.
2.OrthographicProjection:Principlesoforthographicprojections,Principaland auxiliaryplanes,
FirstandThirdangleprojections.Projectionofpoints. Pictorialview.Projectionof linesparallel
toboththeplanes.Paralleltooneandinclinedtoother,Inclinedtoboththeplanes.Application
1 ME514 ConditionMonitoring 310 4
2 ME601 ComputerAidedDesign 302 5
3 ME602 ComputeraidedManufacturing 302 5
4 ME603 AutomobileEngineering 211 4
5 ME604 IndustrialTraining 002 2
6
ME605
Power
Plant
Engineering
310
47 ME680 SeminarII 002 2
8 ME699a ProjectFormulation 002 2
S.No. CourseCode Subjects LTP Credits
1 ME 606 MechanicalSystemDesign 310 4
2 ME 650664 Elective 1 300 3
3 ME 650664 Elective 2 300 3
4 ME 650664 Elective 3 300 3
5 ME 699b ProjectExecutionandReport 006 6
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topracticalproblems.Projectionofsolidinsimpleposition,Axisorslantedgeinclinedtooneand
paralleltootherPlane,Solidslyingonafaceorgeneratoronaplane.
Sectioningofsolidslyinginvariouspositions,Trueshapeofthesection.Developmentoflateral
surfaces,sheetmetaldrawing.
3.IsometricProjection:Principlesofisometricprojection,Isometricprojectionusingboxandoffset
methods.
References:
1. BhattN.D.:ElementaryEngineeringDrawing,CharotharPublishing.
2. LaxmiNarayanV&VaishW.:ATextBookofPracticalGeometryonGeometricalDrawing.
MORALANDVALUEEDUCATION
CourseCodeGPT301 CREDIT:2(200)
Mycountryandmypeople,themanyIndians,beingandbecominganIndian,nationalismand
internationalism.
Some life issues love, sexandmarriage,menandmoneyvalueof time,meaningofwork,
humancommunication,humansuffering,addiction,ecology,womensissues.
Understandingonesneighbour,neibhourhoodgroups:theirstructureandfunctions,
Patternsofsocialinteractionofgroupdynamics.
Preparationforacareer,choiceofvocation,motivationforstudyandresearch.Thepresent
educational system: curriculum and syllabus, teaching methods, examination and work
experience.
Definition of value education, moral and ethics, laws and morale based on ten
commandmentsandtwogreatcommandments.
Discoveryof self, selfawareness,growthof intellect mans spiritualnatureemotions,will,
respect,therightsoflife,liberty,property,truthandreputation.
Sin,orignofsin,manifestationofsin,theresultsofsin,theremedyofsin,sinasanact,Sinas
astate,sinasanature.
Conscience asdefined inoxforddictionaryandWinstondictionary.Typesofconsciousness
(suchas
Evil,
convicted,
purged,
pure,
weak,
good,
void
of
offence).
INTRODUCTIONTOMANUFACTURINGPROCESS
CourseCodeME302 CREDIT:2(200)
1. Introduction to engineering materials- Metals & alloys- composition-properties and uses
2. Manufacturing Process Classification, mechanization, Automation , Inter-changeability,
computers in manufacturing , CAD,CAM,CIM,MRP, GT
3. Metal Forming- Brief introduction to press working, casting, plastic processing ,Smithy
operations.
4. Machine Tools-Introduction to lathe machines , Drilling, Shaper, Slotter, Planer , Boring
machines.
5. Machine Operation-Turning, Threading, Boring, Drilling.
6. Plastic Processing
PROFESSIONALCOMUNICATIONI
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CourseCodeLNG302 CREDIT:3(300)1. StudyofselectedLiteracyTexts.
I.Collectionofshortessays.
Ii.Collectionofshortstories.
2.TestingWrittenComprehensionAbility.: ComprehensionPassagesof500wordsMultiple
Choice Questions.
3.Composition
&
Grammar.
4.ReportWriting:CharacteristicsofBusinessReports.Structureofreports:FrontMatter,
Main Body, and Back Matter Style of Reports: Definition, the Scientific Attitude,
Readability of Reports, Choice of Words and Phrases, Construction and length of
sentences,Constructionand lengthofParagraphs.The lineoutorbreakupofaformat
reportBlankFormReport,FrogenReport,MemorandaFormReport,PeriodicReport,
MiscellaneousReport.
5.SpeechDrills:
UsingthelanguagelaboratorytodevelopSpeakingCommunicationSkills.
(i) Word Accent: Production of correct accentual patterns involving two and three
syllabiwords.
(j) Rhythm:Stresstonerhythminsentences.
(k) Intonation:RisingToneandTalkingToneEarTrainingandProductionTests.
References:
1. CloseR.A.:AUniversityGrammarofEnglishWorkbook.
Longman,London,1998.
2. Jones,Daniel:EnglishPronouncingDictionary,ELBS,andLondon,1999.
3. SharmaS.D:ATextbookofSpokenandWrittenEnglish,Vikas,1994.
4. Alvarez,JosephA.:TheElementsofTechnicalWriting,NewYork:Harcourt,1998.
5. 5.Bansal,R.K.:SpokenEnglishForIndia,OrientLongman,1993.
WORKSHOPPRACTICEANDTECHNOLOGY
CourseCodeME304 CREDIT:4(2
02)
I. Introduction to tools- Description , applications of tools used in different shops
2. Carpentry- Classification of tools-marking and measuring-holding and supporting-
planning-cutting- boring striking-miscellaneous-etc.
3. Fitting shop-Marking & measuring, holding, cutting tools etc
4. Smithy- holding and supporting tools, cutting tools , striking tools
5. Sheet metal
1.WeldingII Properties of metals- Strength, elasticity , plasticity, Malleability , hardness, brittleness etc.
III.Timber- Introduction-selection of timbers-seasoning of timbers timber defects
IV.Brief introduction to joining process-Nuts& bolts-Screw- Screws-rivets & riveting-
welding-
electric arc-gas welding- TIG-MIG welding threads
V.Extrusion-Classification-process geometry- Geometrical relationship- analysis of extrusion-stresses- load power maximum reduction possible-working and application of indirect
extrusion- hydrostatic extrusion- defects in extruded parts.
VI . Forging classification- strip sand disc forging- Process geometry-geometrical
relationship- Analysis - defects in forged products
ENGINEERINGMECHANICSCourseCodeCE401 CREDIT:4(2
02)
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1. forceandequilibrium
Basicconcepts,force,momentandcouple,principleoftransmissibility,verigonons
theorem,resultantofforcesystems,concurrentandnonconcurrentcoplanarforces,
funicularpolygon,andfreebodydiagram.
1. Trusses
Planestructures,variousmethodsofanalysisoftrusses,methodofjoints,methodof
sectionsand
graphical
method.
2.Momentofinertia
Centerofgravity,centroidsofline,area,volumeandcompositeBodies,areamomentofinertia
andmassmomentof inertiaforplanefiguresandbodies includingcompositebodies,product
momentofinertia,parallelaxistheorem,principalmomentofinertia.
3.Friction
Introduction,dryfriction,coefficientofstaticfriction,frictioncone,screwjackandbeltfriction.
4.Beams
Bendingmomentandshearforcediagramsforstaticallydeterminatebeams.
5.KinematicsofRigidBodies
Planemotion,absolutemotion,relativemotion,translatingaxesandrotatingaxes.
6.KineticsofRigidBodies
Planemotion,
force
Mass
and
Acceleration,
Work
and
energy,
Impulse
and
momentum,
principlesofenergyconservation,Principleofvirtualwork,DAleMbertsprincipalanddynamic
equilibrium.
References:
1.BeerF.pandJohnstonF.R:mechanicsforengineers,McGrawhill.
2.Meriam,J.L:Statistics,JohnWiley.
3.Meriam,J.L:Dynamics,JohnWiley.
4.ShamesI.H:EngineeringMechanics,PrenticeHallofIndia.
5.Dayaratnam,P:Statistics,TataMcGrawHill.
6.Timeshenko,S.andYpungD:EngineeringMechanics,McGrawHill.
ENGINEERINGMATHEMATICS I
CourseCodeMAS411 CREDIT:4(310)
1. Matrices :Elementary row and column transformations, Linear dependence, Rank of
matrix, Consistency of system of linear equations and solution of linear equations,
Characteristicequation,andCaleyHamilton theorem,Eigenvaluesandeigenvectors,
Diagonalisation,Complexandunitarymatrices.
2. Differential CalculusI:Leibnitz theorem, Partial differentiation, Eulers theorem,
Asymptotes, Curve tracing, Change of Variables, expansion of functions of one and
severalvariables.Cylindricalandsphericalcoordinatesystems
3. DifferentialCalculusII:Jacobian,Approximationoferrors,Extremaoffunctionofseveral
variables,Lagrangesmethodofmultipliers(simpleapplications).4. Multipleintegrals:Doubleandtripleintegrals,changeoforder, changeofvariables,
Gamma&Betafunctions,applicationtoarea,volume,Disrichletsintegralandits
applications.
5. Vector Calculus:Point functions, Gradient, divergence and curl of a vector and their
physical interpretations, line, surface & volume integrals, Gauss divergence theorem
andGreens&Stokestheorem.
References:
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1. ShantiNarayan:ATextBookofmatrices,S.Chand&Co.
2. Thomas/Finney:CalculusandAnalyticGeometry,NarosaPub.House.
3. J.N.Kapur:MathematicalStatistis,S.Chand&Co.
4. C.Prasad:MathematicsforEngineers,PrasadMudranalaya.
5. B.S.Grewal:HigherEngineeringMathematics, KhannaPublishers.
6. Jaggi&Mathur:AdvancedEngineeringMathematics,KhannaPublishers.
7.
Piskunov,N.:
Differential
&
Integral
Calculus,
Moscow
Peace
Pub.
8. H.K.Das,EngineeringMathematics.
9. VijaiShankarVerma&SanjeevKumar,EngineeringMathematics.
10.RakeshDubey,EngineeringMathematics
CHEMISTRY
CourseCode
CHEM
513
CREDIT
:5(3
1
1)
1. GeneralChemistry:AdvancedTheoryofChemicalBonding:Valencebondandmolecular
orbitaltheory.StructureofNH3,H2O,SO3,PCl5,XeO2molecules.Theoriesofbondingin
metalsandsemiconductors,ntypeandptypesemiconductors,Imperfectionsinmaterials.
BornHabercycle,Braggsconditions.
2. PhysicalChemistry:EquilibriumonReactivity:BronstedandLewisAcids,pH,pka,pkb
Scale, Buffer solution. Stereochemistry of organic compounds, Coordination
chemistry,Nomenclature,ValenceBondandcrystalfieldtheory.
ChemicalKinetics
&
Catalysis:
Rate
law,
Order
of
reactions,
Parallel
and
reversible
reactions, Catalysis, Homogeneous and heterogeneous catalysis, Characteristics of
catalytic reaction, Catalytic promoters and poisons, Auto catalysis and negative
catalysis,Intermediatecompoundformationtheoryandabsorptiontheory.
3. Environment Chemistry:Atmospheric Chemistry & Air Pollution: Environment and
Ecology, Environmental segments, Structure and composition of atmosphere,
RadiationBalanceofEarthandGreenHouseEffect,FormationanddepletionofOzone
layer, Chemical and photochemical reactions of various species in atmosphere, Air
pollutionsources,reactionsandsinksforpollutants,AcidrainsandSmogformation.
Pollutioncontrolmethods.
Corrosion and Lubrication: Introduction, causes of corrosion, Theories of corrosion,
Factors influencing Corrosion, Corrosion inhibitors, passivity, Types of corrosion,
Protection from corrosion and protective coatings. Theory, Classification and
mechanismofLubrication.
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4. AppliedChemistry:WaterandWasteWaterChemistry:Introduction,Hardnessofwater,
characteristics impartedby impurities,Analysisofcontaminants,TreatmentofWater
byZeolite,LSprocess,Boilerfeedwater,Wastewatertreatment.
5. Chemistry of Engineering Materials:Fuels & Combustion: Classification of fuels, Non
conventionalEnergy,Biogas,Biomassandsolarenergy.Calorificvalue grossandnet,
characteristics of good fuel, Determinationof calorific value,Solid fuels,Analysisof
coal,Liquidfuels.
Instrumentation:IR,UV,NMR,MASSANDASS.
6. Industrial Chemistry:Polymer Chemistry: Classification of Polymers, Including
Biopolymers condensationandadditionpolymersandtheirapplications.Industrial
Applicationandmechanismofchemicalreaction,Beckman,Hoffman,ReimerTiemann,
Cunnizzaro,DielsAlderandSkraupsynthesis.
References:
1.
Puriand
Sharma/Principles
of
Physical
Chemistry.
2. ManasChandra/AtomicStructureandChemicalBond.
3. BahlandTuli/EngineeringChemistry.
4. JainandJain/ATextBookofEngineeringChemistry
5. S.SDara/EnvironmentalChemistryandPollutionControl.
6. S.SDara/EnvironmentalChemistry.
7. A.KDe/EnvironmentalChemistry.
LISTOFEXPERIMENTS(ANYTEN):
1.To determine the percentage of available chlorine in the supplied sample of Bleaching
powder.
2.TodeterminetheFerrouscontent inthesuppliedsampleof ironorebytitrimetricanalysis
againststandardK Cr
solutionusingK,Fe(CN)gasexternalindicator.
3.TodeterminethechloridecontentinsuppliedwatersampleusingMohrsmethod.
4.Todeterminetheconstituentsandamountofalkalinityofthesuppliedwatersample.
5.TodeterminetheTemporaryandPermanenthardnessofwatersamplebyCoplexometry.
6.TofindtheChemicalOxygenDemandofawastewatersampleusingPotassiumdichromate.
7.Todetermineironconcentrationinthesampleofwaterbyspectrophotometricmethod.
8.To findout theVelocityconstant for the inversionofcane sugar inacidicmediumand to
showthatinversionfollowsthefirstorderkinetics.9.TodeterminetheMolecularweightofapolystyrenesamplebyusingViscometermethod.
10. To determine pH of a solution using a pHmeter and titration of such a solution pH
metrically.
11.TodeterminethecalorificvalueofafuelsamplebyusingaBombCalorimeter.
12.Analysisofacoalsamplebyproximateanalysismethod.
References:
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1. VogelsQualitativeChemicalAnalysis:Ed.ByJafferyBassetteet.al.(ELBS).
2. Applied Chemistry Theory and Practice, 2nd
Ed. By Virmani and Narula (New Age
InternationalPub.).
3. ExperimentsinEngineeringChemistry,Ed.ByMasoodAlam(MaktabaJamiaLimited).
BASICELECTRONICS
CourseCodeECE301 CREDIT:4(211)
1.EnergyBands inSolids:Energyband theoryofsolids,Conceptof forbiddengap, Insulators,
Metalsand Semiconductors.
2.TransportPhenomenon inSemiconductors:Mobilityandconductivity,electronsandholes in
an intrinsicsemiconductor,Donorandacceptorimpurities,Fermilevel,carrierdensitiesin
semiconductor,electricalpropertiesofsemiconductor,Halleffect,Diffusion.
3. JunctionDiode:PNjunction,depletionlayer,VIcharacteristics,dioderesistance,capacitance,
switching time, diode application as a rectifier (half wave and full wave), diode circuits
(clipper, clamper, voltage multipliers) Breakdown mechanism, Zener & Avalanche,
breakdowncharacteristics,Zenerdiodeanditsapplications.
4.BijunctionTransistor:Bipolar
junction
Transistor,
CE,
CB
and
CC
configuration,
characteristic
curves (cut off, active and saturation region), Requirement of biasing, biasing types and
biasinganalysis,stability.
5. TransistorasanAmplifier:GraphicalanalysisofCEamplifier,conceptofvoltagegain,current
gain and power gain, hparameter (low frequency), computation of Av, RI, Ro and
approximateformulae.
6. Operational Amplifiers:Concepts of ideal opamp, inverting, noninverting and unity gain
amplifiers,adders,differenceamplifiers.,Integrators.
7. SwitchingTheory&LogicGates:Numbersystems,conversionofbases,Booleanalgebra,Logic
Gates,conceptofuniversalgate,canonicalforms,andminimizationusingKmap.
8. ElectronicInstruments:Multimeter,CROanditsApplications.
References:
1.Boylestad
&
Nashelsky/Electronic
Devices
&
Circuits/
PHI.
2.MorrisMano/DigitalComputerDesign/PHI.
3.Milliman,J.Halkias/IntegratedElectronics/TMH.
4.Malvino&Leach/DigitalPrinciples&Application/
ListofExperiments:
1. StudyofDiodecharacteristics.
2. StudyofCommonBaseTransistorcharacteristics.
3. StudyofCommonEmitterTransistorcharacteristics.
4. StudyofHalfWaveRectifierwitheffectofCapacitorandalsocalculatetheripplefactor.
5. StudyofFull WaveRectifierwitheffectofCapacitorandalsocalculatetheripplefactor.
6. StudyofVariousLogicGates.
7. StudyofClippingandclampingCircuits.
8. StudyofC.R.O.,Functiongenerator,Multimeter.
PROFESSIONALCOMMUNICATIONII
CourseCodeLNG303 CREDIT:3(30
0)1. TechnicalWrittenCommunication
(a)Nature,originanddevelopmentoftechnicalwrittencommunication.
(b)SalientFeatures.
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(c) Differencebetweentechnicalwritingandgeneralwriting.
2. PrerequisitesofScientificandTechnicalCommunication
(a)Fragmentsentences.
(b)Parallelcomparisons.
(c) Elementsofaseries.
(d)Squintingconstructionandsplitinfinitive.
(e)Modifiers,
connectives,
antecedents
and
clause
subordination.
(f) Danglingparticiplesandgerunds.
(g)Ellipsis.
(h)Coherence, Unity, Chronological method, spatial method, inductive method, linear
method,deductivemethod,interruptedmethod.
3. BusinessCorrespondence
(a)Generalprinciplesofbusinesscorrespondence.
(b)Ramificationsofbusinessletters.
(c) Letters giving instructions, inquiries and answers to enquiries, complaints and
adjustments,lettersurgingaction,employmentletters,applicationandresumes.
4. ProposalWriting
(a)Proposal:Definitionsandkinds.
(b)Division
of
format
proposals
(front
matter,
title
page,
summary/
abstract,
Table
of
contentsetc.)
(c) Statementof request,body statementofproblem,background,scope,methodology,
Advantagesanddisadvantages.
5. WritingScientificandSemitechnicalArticles
(a)Sourcematerial,topicsentence,literaturereview.
(b)Tables,figures,footnotes,bibliography.
6. StudyofScientificandGeneralTexts.
(A).Prescribedtextbooksfordetailedstudy
Arora,V.N(et.al.),Improveyourwriting(Delhi:OxfordUniversityPress,1981.
2 LessonNo.1.2,1.6,2.4,3.5,4.1,4.3,5.1,5.4,6.2.
(B).ForextendedReading(anyoneofthefollowing)
Orwell
George,
Nineteen
Eighty
Four
(New
York:
Penguin,
1984)
2 Hemingway,Ernest,TheoldmanandtheSea,(Oxford:1990)
7.ListeningComprehension
(a).Eartraining.
(b).Usesoflatestscientifictechniques(AVRComprehensiontrainer,
SRA Comprehension trainer, SRA Comprehension Accelerator, AVR Comprehension
Reteometer.)
8.ReadingComprehension.9. PhoneticTranscription 10. StressesandIntonation.
(a)Scanningmethod.
(b)Skimmingmethod.
References
1.Sherman,
Theodore
A.
(et
al)
Modern
Technical
Writing,
New
Jersey,
Prentice
Hall,
1991.
2. Legget,Glenn(etal)Essentialsofgrammarandcomposition,Macmillan,Delhi1994.
3. Strunk,Jr.William(etal),Theelementsofstyle,Macmillan,1987.
4. Sharma,S.DATextBookofScientificandTechnicalWriting,Vikas,Delhi,1990.
ELECTRICALENGINEERING
CourseCodeEEE303 CREDIT:4
(301)
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1.Sinusoidal Steady State Circuit Analysis:Voltage, Current, Sinusoidal & Phasor
representation.1PhaseA.C.Circuitbehaviorofresistance,InductanceandCapacitanceand
their combinations, impedance, concept of power, power factor, series & parallel
resonancebandwidthandqualityfactor.
2.Network Theory:Introduction to basic physical laws, Network theory: Superposition,
Thevenin, Norton, Maximum Power transfer theorems, Stardelta transformation, Circuit
theoryConcepts:
Mesh
and
Nodal
analysis.
3.ThreePhaseSupply:Star/deltaconnections,lineandphasevoltage/currentrelations,Three
phasepoweranditsmeasurement.
4.Basic Instruments:Instruments for measurement of voltage, Current, power and energy:
Construction,principleandapplication.
5.MagneticCircuitandTransformer:Magneticcircuitconcept,theoryandworkingprincipleof
singlephasetransformer.
6.RotatingMachines:Principlesofenergyconversion,Basicconceptsofrotatingmachines,DC
machines, Different types and their characteristics & applications. Elementary idea of
operation of synchronous and induction machines. Singlephase induction & stepper
motors,Applications.
7.Power Systems:Introduction, Elements, Line diagram, Supply systems, Power factor
improvement.
Reference:
1.V.DelToro/PrinciplesofElectricalEngineering/PHI.
2.W.HHayt&J.EKennedy/EngineeringCircuitAnalysis/McGrawHill.
3.I.JNagrath/BasicElectricalEngineering/TataMcGrawHill.
4.A.EFitzgerald/ElectronicInstruments&MeasurementTechniques/PHI.
5.HigginbothamL.Grabel/BasicElectricalEngineering/McGrawHill.
LIST OF PRACTICALS
Aminimumof10experimentsfromthefollowing:
1.VerificationofTheveninsTheorem.
2.Verification
of
Superposition
Theorem.
3.VerificationofNortonsTheorem
4.VerificationofKirchoffsLaw.
5.TomeasurethevalueofimpedanceandpowerfactorinRLCseriesA.C.circuit.
6.TomeasurethevalueofimpedanceandpowerfactorinRLCparallelA.C.
circuit.
7. TostudyresonancebyfrequencyvariationinseriesRLCcircuit.
8. Tocalibratethegivenenergymeterwiththehelpofastandardwattmeter.
9. To find the relationbetween linecurrentandphasecurrentand linevoltageandphase
voltageinStarDeltaconnections.
10.Toperformopencircuitandshortcircuittestanddrawtheequivalentcircuitofasingle
phasetransformer.
11.Tomeasurethreephasepowerbytwowattmetermethod.
12.To
draw
the
magnetizing
characteristic
of
asingle
phase
transformer.
Additionalexperimentsmaybeaddedbasedoncontentsofsyllabi.
ENGINEERING PHYSICS
CourseCodePHY312 CREDIT:5(311)
1.Special Theory of Relativity:Michelson Morley experiment, Inertial frames of reference,
Postulatesofspecialtheoryofrelativity,Lorentztransformationequationofspaceandtime,
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lengthcontraction,timedilaton,additionofvelocities,variationofmasswithvelocity,mass
energyequivalence.
2.Optics :Interference: Coherent sources, Conditions of interference, Fresnels biprism
experiment, displacementoffringes,interferenceinthinfilms,wedgeshapedfilm,Newtons
rings.
Diffraction:Singleslitanddoubleslitdiffraction,diffractiongrating,Reyleighscriterionoflimit
ofresolution,
resolving
power
of
telescope,
microscope
and
grating.
Polarization: Polarization of light, Pictorial representation of polarized light, Brewsters law,
Malus law, Phenomena of double refraction, Geometry of calcite crystal, Optical activity,
Specificrotation,Polarimeter.
3.Fields:Scalarandvectorfields,Gradientofascalarfield,divergenceandcurlofavectorfield,
lineintegral,conservativevectorfield,GaussDivergencetheorem,Stokestheorem.
4. Electrostatics: Gauss law and its applications, Poisson and Laplace equations. Maxwells
equations,BasicConceptsofElectromagneticwavesanditssolutioninfreespace.
5.MagneticPropertiesofMaterials:Para,dia, ferro,antiferroand ferromagneticmaterials,
hysteresis, Methodsofplottinghysteresiscurveofaferromagneticmaterialandtheiruses,
magneticcircuits.
6.XRays: Origin of Xrays, Continuous and characteristic XRay spectra, Moseleys law,
Absorption of Xrays, Diffraction of Xrays, Braggs law, Braggs spectrometer, Practical
applicationof
Xrays,
Compton
effect.
7. Quantum Theory:Wave particle duality, De Broglie concept of matter waves, Davisson and
Germer experiment, Heissenbergs uncertainty principle,Schrodinger wave equation and its
applications.
8. Laser
Spontaneousandstimulatedemissionofradiation,Einsteinscoefficients,Maincomponentsofa
laser,typesoflasersandtheirapplications.
References:
1. ArthurBeiser:ConceptsOfModernPhysics,TMH.
2. Subramanyam&BrijLal:ATextBookofOptics,S.Chand&Co.
3. K.K.Tiwari:Electricity&Magnetism,S.Chand&Co.
4. BrijLal&Subramanyam: Electricity&Magnetism.
5.Wehr,
Richardo
&
Adair:
Physics
of
the
Atom.
ListOfExperiments(AnyTen)
1.TodeterminethewavelengthofmonochromaticlightbyNewtonsring.
2.TodeterminethewavelengthofmonochromaticlightwiththehelpofFresnelsbiprism.
3.To determine the focal length of two lenses by nodal slide and locate the position of cardinal
points.
4.Todeterminethespecificrotationofcanesugarsolutionusinghalfshadepolarimeter.
5.Todeterminethewavelengthofspectrallinesusingplanetransmissiongrating.
6.To determine the specific resistance of the material of given wire using Carey Fosters
bridge.
7.Todeterminethevariationofmagneticfieldalongtheaxisofacurrentcarryingcoiland
thento
estimate
the
radius
of
the
coil.
8.ToverifyStefansLawbyelectricalmethod.
9.Tocalibratethegivenammeterandvoltmeter.
10.Tostudy theHallEffectanddetermineHallcoefficient,carrierdensityandmobilityofa
given semiconductormaterialusingHallEffectsetup.
11.Todeterminetheenergybandgapofagivensemiconductormaterial.
12.TodetermineE.C.EofcopperusingTangentorHelmholtzgalvanometer.
13.To draw hysteresis curve of a given sample of ferromagnetic materialand from this to
determinemagneticsusceptibilityandpermeabilityofthegivenspecimen.
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14.Todeterminetheballisticconstantofaballisticgalvanometer.
15.Todeterminetheviscosityofaliquid.
16.Todeterminerefractiveindexofthematerialofprismusingspectrometer.
ENGINEERINGGRAPHICSII
CourseCode ME401 CREDIT:2(002)
1.Introduction:Graphiclanguage,Classificationofdrawings,Principlesofdrawing:IScodesfor
Machinedrawing,Lines,Sections,Dimensioning,Standardabbreviation.
2. Orthographic Projections: Principles of first and third angle projections, drawing and
sketchingof machineelementsinorthographicprojections,spacingofviews.
3. Screwed (Threaded) Fasteners: Introduction, Screw thread nomenclature, Forms of
threads,Thread series,Threaddesignation.Representationof threads,Boltedjoints,Locking
arrangementsfornuts,Foundationbolts.
4.KeysandCotters:Keys,Cotterjoints.
5. ShaftCouplings:Introduction,Rigidandflexiblecoupling.
6. RivetedJoints:Introduction,Rivetsandriveting,Rivetheads,Classificationofrivetedjoints.
7.AssemblyDrawing:Introduction,Engineparts,Stuffingboxetc.
8.FreeHandSketching:Need for freehand sketching,Freehand sketchingof some threaded
fastenersandsimplemachinecomponents.
References:
1.N.Siddeshwar,P.Kannaiah,V.V.SShastri:MachineDrawing,TMH,NewDelhi.
2.K.L Narayana, P. Kannaiah, K. VenkatReddy: Machine Drawing, New Age International
Publications,2nd
edition.
3.Engineeringdrawingpracticeforschoolsandcolleges,SP461998(BIS).
COMPUTERANDLANGUAGES
CourseCodeCOM410 CREDIT:4(2
02)
1 Computerhardwarecomponentsandtheirfunctions
2 Basicoperatingsystemconcepts
3 MSDOSandgettingtoknowDOScommands
4 FamiliarizingwithWINDOWSenvironment
5 GettingstartedwithUNIX
6 FilesandDirectoriesandtheiruseindifferentOperatingSystemEnvironments
7 Gettingtoknowdifferenteditorslikeedit&vi
8 IntroductiontoInternet
9 GettingfamiliarwithWebBrowserslikeNetscapeNavigator &InternetExplorer
10Sending
&
receiving
mail
over
Internet
11 IntroductiontoPINEand/orELM
12Needofprogramminglanguages.
13 Languagetranslators.
14 IntroductiontoClanguage
15Datatypesoperatorsandexpressions.
16Conditional&loopingstatements.
17Function&Arrays.
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18IntroductiontoPointers&Structures.
References:
1.DOSthecompletereferencebyKrisJamsa,Tata McGrawHillPublication.
2.UNIXPOWERTOOLSbyJ.PeekTimOreilly&M.Locekides,BPBPublication.
3.TheCProgrammingLanguagebyB.WKernighan&D.MRitchie,PrenticeHallofIndia.
4.Using
LINUX
Latest
Edition
by
Jade
Tackett
&
David
Ganter,
Prentice
Hall
of
India.
LIST OF PRACTICALS
1. BasicInternalandExternalDOSCommands.
2. Writeasimplebatchprogram.
3. GivingexposuretoWindowsenvironment.
4. Fileandprogrammanagementinwindows.
5. PracticeofbasicUNIXcommands.
6. Writesimpleshellscript.
7. Introductiontowordprocessing.
8. Exposuretoadvancefeaturesupportedbysomeeditors.
9.
NetSurfing.
10.CreationandcheckingofEmailaccount.
11.WriteCprogramtodemonstrateeachofthefollowing:
1 Conditionalstatements.
2 Loopingstatements.
3 Userdefinedfunctions.
4 Arrays.
5 Pointersandstructures.
12. Familiarizing mail account using PINE, deleting, creating folder/mailmessages, adding
signature,creatingdirectorofaddresses.
ENGINEERINGMATHEMATICSII
CourseCode MAS490 CREDIT:4(310)
1. DifferentialEquations:Ordinarydifferentialequationsoffirstorder,exactdifferential
equations,Lineardifferentialequationsof1storderwithconstantcoefficients,
Complementaryfunctionsandparticularintegrals,Simultaneouslineardifferential
equations,Solutionofsecondorderdifferentialequationbychangingdependentand
independentvariables,Methodofvariationofparameters, Applicationstoengineering
problems(withoutderivation).
2.SeriesSolution&Special Functions:Series solutionsofODEof2ndorderwith variable
coefficientswithspecialemphasistothedifferentialoflegendreandBessel. Legendres
polynomials, besselsfunctionsandtheirproperties.
3.LaplaceTransform:Laplace transform, Existence theorem, Laplace transform derivatives
andintegrals,
Inverse
Laplace
transform,
Unit
step
function,
Dirac
Delta
function,
Laplace
transformofperiodicfunctions,convolutiontheoremApplications tosolvesimplelinear
andsimultaneousdifferentialequations.
4.FourierSeriesAndPartialDifferentialEquations:Periodicfunctions,Trignometricseries,
Fourierseriesoffunctionswithperiod2n,Eulersformulae,functionshavingarbitrary
period,evenandoddfunctions,changeofinterval,halfrangesineandcosineseries.
Introdutiontopartialdiffertialequations,linearpartialdifferentialequationwithconstant
coefficientsof2ndorderandtheirclassifications,parabolic,elliptic&hyperbolicwith
illustrativeexamples.
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5. ApplicationofPartialDifferentialEquations
Methodofseparationofvariablesforsolvingpartialdifferentialequation,Waveequation
uptotwodimension,Laplaceequationintwodimension,Heatconductionequationsupto
twodimension,EquationoftransmissionLines.
References:
1.
E.Kreyszig:
Advanced
Engineering
Mathematics,
Wiley
Eastern
Ltd.
2. B.SGrewal:HigherEngineeringMathematics, KhannaPublishers.
3. Jaggi&Mathur:AdvancedEngineeringMathematics,KhannaPublishers.
4. C.Prasad:AdvancedMathematicsforEngineers,PrasadMudranalaya.
MACHINEDRAWING&COMPUTERAIDEDDRAFTINGLAB
CourseCode
ME
403
CREDIT
:2(0
02)
Review(1Class)
Orthographicprojection,missinglines,interpretationofviewsandsectioning.
PartandAssemblyDrawing(2Classes):
Introduction,assembliesdrawingofstuffingbox,steamenginecrosshead,airvalves,lathe
tailstock,gatevalve,screwjack,connectingrods,sparkplug,toolpost,safetyvalvesetc.Drawing
exercise.
SpecificationofMaterials:
Engineeringmaterials,codedesignationofsteels,copperandaluminumanditsalloys.
Limits,Toleranceandfits:(1Class)
Introduction,Limitsystems,tolerancefits,drawingsandexercises.
Surface Roughness:Introduction, surface roughness, machining symbols, indication of surface
roughness,drawing
exercises.
Production Drawing:Introduction to developing and reading or production drawing of simple
machineelements likehelicalgear,bevelgear, flange,pinionshaft,connecting rot,crankshaft,
beltpulley,pistondetailsetc.Ideaabouttooldrawing.
ComputerAidedDrafting:Introduction, input,outputdevices, introductiontodraftingsoftware
like AutoCAD,basiccommandsanddevelopmentofsimple2Dand3Ddrawings.
References:
1.MachineDrawingbyNarayana,et.all,NewAge.
2.ProductionDrawingbyNarayana,et.all.NewAge.
3.AutoCAD14forEngineeringDrawingbyP.NageswaraRao,TMH.
APPLIEDTHERMODYNAMICS
CourseCodeME404 CREDIT:5
(311)
ReviewofThermodynamics: Briefreviewofbasiclawsofthermodynamics,Helmholtz&
Gibbsfunction,Mathematicalconditionsforexactdeferential.TheMaxwellRelations,
ClapeyronEquation,JouleThompsoncoefficientcurve,Availability&Irreversibility.
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Steam Boilers:Briefreviewofpropertiesofsteam,useofsteamtableandMollierchart,Steam
generators classifications,workingoffiretubeandwatertubeboilers,boilermountings&
accessories,Airpreheater,Feedwaterheater,Superheater,Boilerefficiency,Equivalent
evaporation,Heatbalance.Boilerdraught.
SteamEngines:RankineandmodifiedRankinecycles,Workingofengineindicatordiagram.
Nozzle:Flowthroughnozzle,variationofvelocity,areaandspecificvolume,Nozzleefficiency,
Criticalcondition.
SteamTurbines:Classification,impulseandreactionturbines,Compounding,Velocitydiagram,
workdone,Reaction,Efficiency,Bleeding,Comparisonwithsteamengines,Reheatfactor,
Governingofturbines,Velocitydiagram,Workdone,Efficienciesofreactionandimpulse
turbines.
ICEngines:Classification,Constractiondetails.Applicationoffourstrokeandtwostrokeengines,
ReviewofOtto,dieselandDualcycles,Workdone,Efficiencies,Indicatordiagram,Valvetiming
diagram.Efficiencies
GasTurbines:ReviewofBryatoncycle,Thermalrefinementofagasturbinecycle,Comparison
withICEngineandsteamturbine.
RefrigerationandHeatPumpCycles:Definition,Types,Carnotrefrigeratingcycle,BellColemancycle.
Unitofrefrigeration.Descriptionofsimplevapourcompressionandvapourabsorptionsystems.
Introductiontoairconditioning.
Compressors:Reciprocating
compressor,
Construction
details
and
working
principle,
Efficiency,
Powerinput,Intercooling,Workingprincipleofcentrifugalandaxialflowcompressor,Power
inputcalculation.
Reference:
1. HeatEngineeringbyV.P.Vasandani&D.S.KumarPublisherMetropolitionBookCo.(P)Ltd.
2. ThermalEngg.ByP.L.Blallaney,KhannaPublishers.
3.Theory
of
Steam
Turbine
by
W.
J.
Kearton
4. AppliedThermodynamicsbyR.Yadav6th
edn,CPH,Allahabad.
5. ThermalEngg.,ByR.K.Rajput,LaxmiPublication.
6. TurbineCompressors&FansbyS.M.Yahya,HMT
7. ThermalEngg.ByS.K.kulshrestha,Vicars,Pub.HouseLtd.
8. FundamentalofEngg.ThermodynamicsbyR.Yadav7th
edn,CPH,Allahabad
9. Engg.ThermodynamicsbyNag
10.Engg.ThermodynamicsbyC.P.Arora
FLUIDMECHANICS
CourseCodeCE406 CREDIT:4(3
01)
I.Introduction:FluidsandcontinuumPhysicalpropertiesoffluids,idealandrealfluids,Newtonian
andNonNewtorianfluids,measurementofsurfacetension.
II.KinematicsofFluidflow:Steadyandunsteady,uniformandnonuniform,laminarandturbulent
flows,one,twoandthreedimensionalflows,streamlines,streak linesandpath lines,continuity
equation, rotation and circulation, elementary explanation of stream function and velocity
potential,graphicalandexperimentalmethodsofdrawingflownets.
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III.FluidStatics:Pressuredensityheightrelationship,manometers,pressureonplaneandcurved
surfaces center of pressure, buoyancy stability of immersed and floating bodies, fluid masses
subjectedtouniformaccelerations,measurementofpressure.
IV. Dynamics of fluid flow:Eulers equation of motion along a streamline and its integration,
Bernoullisequationand itsapplicationsPitot tube, flowthroughorifices,mouthpieces,nozzles,
notches & weirs, sluice gates under free and submerged flow conditions, Aeration of nappe,
cavitation,free
and
force
vortex
momentum
equation
and
its
application
of
energy
and
momentumequations,flowmeasurements,determinationofCd,Cc,andCv,energyloss.
V.DimensionalAnalysisandHydraulicSimilitude:Dimensionalanalysis,BuckinghamsTheorem,
important dimensionless numbers and their significance, geometric, Kinematic and dynamic
similarity,modelstudies.
VI. Laminar and Turbulent flow through pipes, stokes law, flow between parallel plates, flow
through porous media, fluidisation, measurement of viscosity, transition form laminar to
turbulentflwo,turbulentflow,equationforturbulentflow,eddyviscosity,mixinglengthconcept
andvelocitydistributioninturbulentflow,HotwireanemometerandLDA.
VII.BoundaryLayerAnalysis:Boundarylayerthicknessesboundarylayeroveraflatplate,laminar
boundarylayer,applicationofmomentumequation,turbulentboundarylayer,laminarsublayer,
smoothandroughboundaries,atmosphericboundarylayer,localandaveragefrictioncoefficient,
separationandits control,measurementofshear.
VIII.Pipe
flow:Nature
of
turbulent
flow
in
pipes,
equation
for
velocity
distribution
over
smooth
androughsurfaces,resistancecoefficientanditsvariation,flowinsuddenexpansion,contraction,
diffusers,bends,valvesandsiphons,conceptofequivalentlength,branchedpipes,pipesinseries
andparallel,simplenetworks.
IX.FlowpastSubmergedBodies:Dragand lift,dragonasphere,cylinderanddisc, lift,Magnus
effectandcirculation.
X.CompressibilityEffectsinpipeFlow:Transmissionofpressurewaves inrigidandelasticpipes,
waterhammer,analysisofsimplesurgetankexcludingfriction.
References:
1.Som&Biswas:Introductionoffluidmechanics&Machines,TMH.
2.S.K.Agrawal:FluidMechanics&Machinery,TMH
3.Garde,R.J.andA.G.Mirajgaoker,EngineeringFluidMechanics(includingHydraulicMachines),
SecondEd.
Nemchand
&
Bros,
Roorkee,
1983
4.Garde,R.J.FluidMechanicsthroughProblems,WileyEasternLimited,NewDelhi,1989
5.HunterRouse,ElementaryMechanicsofFluids,JohnWiley&Sons,Omc.1946
6.L.H.Shames,MechanicsofFluids,McGrawHill,Int.Student,Education.
7.FluidMechanicsbyJagdishLal
8.VijayGuptaandS.K.Gupta,FluidMechanicsanditsApplications,VilleyEasternLtd.
9.FluidMechanicsbyModi&Seth.
FLUID MECHANICS LAB
1. Todetermineexperimentallythemetacentricheightofshipmodel.
2.
Toverify
the
momentum
equation
experimentally.
3. Todeterminethecoefficientofdischargeofanorifice(oramouthpiece)ofagivenshape.Also
todeterminethecoefficientofvelocityandthecoefficientofcontractionoftheorifice (orthe
mouthpiece)
4. Toplottheflownetforagivenmodelusingtheconceptofelectricalanalogy.
5. Tomeasuresurfacetensionof aliquid.
6. To calibrate an orifice meter and study the variation of the coefficient of discharge with the
Reynoldsnumber.
7. ToverifyDarcyslawandtofineoutthecoefficientofpermeabilityofthegivenmedium.
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8. To study the transition from laminar to turbulent flow and to determine the lower critical
Reynoldsnumber.
9. Tostudythevelocitydistribution inapipeandalsotocomputethedischargeby integratingthe
velocityprofile.
10.Tostudy thevariationof friction factor,f for turbulent flow insmoothandroughcommercial
pipes.
11.To
determine
the
loss
coefficients
for
the
pipe
fittings.
12.To study the flow behavior in a pipe bend and to calibrate the pipe bend for descharge
measurement.
13.To study the boundary layer velocity profile and to determine boundary layer thickness and
displacementthickness.Alsotodeterminetheexponentinthepowerlawofvelocitydistribution.
STRENGTH OF MATERIALS
Course Code CE-408 CREDIT : 3 (3-0-
0)
Introduction: Brief review, concept of stress, strain, ductility, toughness, elastic constants,
hardness,
brittleness,
tension,
compression,
shear,
Brief
review
of
Mohrs
circle
for
compound
stresses&forprincipalstresses.
TheoriesofFailure:Varioustheoriesoffailureanditscomparison.
Review ofBending and Torsion:Brief review of bending of beams and shear force & bending
momentdiagram.Reviewoftorsionofcircularshaftandcombinedbending&torsion.Shearing
stressesinbeamssection.
DeflectionofBeams:Deflectionofbeams,Integrationmethod,Macaulaysmethod,Areamoment
method,Unitloadmethod.
ColumnsandStruts:Theoryofcolumns&Struts,EulersandRankineformulae.
Thin Cylinders: Theory of thin cylinders subjected to pressure. Expression for hoop stress and
longitudinalstress.Designofthincylinders.
Thick Cylinders and Spherical Shells:Stresses and strain in thick shells/cylinder subjected to
pressures.Compoundcylinderspressfitsonsolidshaft.
Fracture,Fatique
and
Creep:Stress
concentration,
Grifiths
formula.
Fatigue
loading,
endurance
limit,Creep.
References:
1.StrengthofMaterialsbyRyder
2.StrengthofMaterialsbySinger
3.StrengthofMaterialsbyOimoshenko
4.Engg.MechanicsofSolidsbyPopov
5.MechanicsofMaterialsbyBearJohnson
6.StrengthofMaterialsbyR.K.Rajput
7.StrengthofMaterialsbyRamamrutham&Narain.
MATERIALSCIENCE&TESTING
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CourseCodeME410 CREDIT:4(30
1)
Introduction:Historicalperspective,importanceofmaterials,Briefreviewofmodern&atomic
conceptsinPhysicsandChemistry.Atomicmodels,Periodictable,Chemicalbondings.
Crystallographyand
Imperfections:
Concept
of
unit
cell
space
lattice,
Bravais
lattices,
common
crystalstructures,Atomicpackingfactoranddensity.Millerindices.Xraycrystallographytechniques.
Imperfections,Defects&Dislocationsinsolids.
Mechanical Properties and Testing: Stress strain diagram, Ductile & brittle material, Stress Vs
Strength. Toughness, Hardness, Fracture, Fatigue and Creep. Testing such as Strength testings,
Hardnesstesting,Impacttestings,FatigueTestingCreeptesting,Nondestructivetesting(NDT)
Microstructural Exam: Microscope principle and methods. Preparation of samples and
microstructureexamandgrain sizedetermination.Comparative studyofmicrostructureofvarious
metals&alloyssuchasMildsteel,CI,Brass.
Phase Diagram and Equilibrium Diagram: Unitary and Binary diagrams, Phase rules, Types of
equilibrium diagrams: Solid solution type, eutectic type and combination type. Ironcarbon
equilibriumdiagram.
FerrousMaterials:
Iron
and
steel
manufacture,
furnaces.
Various
types
of
carbon
steels
alloy
steels
andcastirons,itspropertiesanduses.
Heat Treatment: Various types of heat treatment such as Annealing, Normalizing Quenching,
Temperingandcasehardening.TimeTemperatureTransformation(TTT)diagrams.
NonFerrousmetalsandalloys:NonferrousmetalssuchasCu,Al,Zn,Cr,Ni,etc.anditsapplications.
Various type Brass, Bronze, bearing materials, its properties and uses. Aluminum alloys such as
Duralumin.Otheradvancedmaterials/alloys.
Magnetic Properties: Concept of magnetismDia, para, ferro Hysteresis. Soft and har magnetic
storages.
Electric Properties: Energy ban concept of conductor, insulator and semiconductor. Intrinsic &
extrinsic semiconductors, Pn junction and transistors. Basic devices and its application. Super
conductivity and its applications. Messier effect. Type I & II Superconductors. High Te
Superconductors.
Ceramics:Structure
types
and
properties
and
applications
of
ceramics.
Mechanical/Electrical
behaviourandprocessingofplastic.
Plastics: Various types of polymers/plastics and its applications. Mechanical behaviors and
processingofplastics.Futureof plastics.
OtherMaterials:Briefdescriptionofothermaterialsuchasconcrete,wood,glassetc.anditsuses.
Performanceofmaterials inService:Brieftheoreticalconsiderationof fracture,Fatigue,Creepand
Corrosionanditscontrol.
References:
1.W.D.Callister,Jr.MaterialScience&EngineeringAdditionWeslyPublishingCo.
2.VanVlash ElementsofMaterialScience&EngineeringJohnWiley&Sons.
3.V.Raghvan MaterialScience,PrenticeHallofIndia
4.Narual MaterialScience,TMH
5.Srivastava,
Srinivasan
Science
of
Materials
Engineering
Newage.
MATERIALSCIENCEANDTESTINGLAB
A.MaterialScienceLabExperiments:(atleast5ofthefollowing)
1.Makingaplasticmouldforsmall metallicspecimen.
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2.Specimen preparation for micro structural examination cutting, grinding, polishing,
etching.
ENVIRONMENTAL STUDIES-1
Course Code SES-415 CREDIT 2(2 0 -
0)
1: The Multidisciplinary Nature of Environmental Studies.
Definition, Scope and Importance.
(i) Ecosystems.
Concept of an Ecosystem.
Structure and function of an Ecosystem.
Producers,consumers and decomposers.
Energy flow in he ecosystem.
Ecological successsion.Food chains,food webs and ecological pyramids.
Introduction,types,Characteristics features,structures and function of the following ecosystem:
(a) Forest Ecosystem.
(b) Grassland Ecosystem.
(c) Desert Ecosystem.
(d) Aquatic Ecosystem (Ponds,streams,lakes,rivers,oceans,estuaries).
(ii) Social Issues and the Environment
From unsustainable to sustainable development.
Urban problems related to energy.
Water conservation, rain water harvesting, water shed management.
Resettlement and rehabilitation of people; its problems and concerns case studies.
Environmental ethics: Issues and possible solutions.
Climate change, global warming, acid rain, ozone layer depletion, nuclear accidents andholocaust, Case studies
Wasteland reclamation.
Consumerism and waste products.
Environment Protection act.
Air (Prevention and Control of Pollution) Act
Visit to local polluted site-Urban/Rural/industrial/Agricultural.
Study of Common plants, insects, birds.
Study of simple ecosystems-ponds, river. Hillslopes etc(Field work equal to 5 lecture hours).
Issues involved in enforcement of environmental legislation; public awareness.
FOUNDATIONSOFINFORMATIONTECHNOLOGY
Course
Code
COMP
510
CREDIT :5 (2-1-2)
FundamentalConceptofInformation
InformationConceptandProcessing: DefinitionofInformation,NeedofInformation,Qualityof
Information, Value of Information, Concept of Information, Entropy Category and Level of
informationinBusinessOrganization,DataconceptsandDataProcessing,DataRepresentation.
InformationRepresentation:InformationContents,Introductiontoinformationrepresentationin
Digital Media, Text, Images, Graphics, Animation, Audio, Video, Elementary concepts in
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information Preservence, Data compression, Huffman Coding, Shannon Principles, Adaptive
Compression,LZWCoding,ImagesCompression,IntroductiontoJpeg,Mpeg,Mheg.
ComputeProgramming
ComputerAppreciation: Definition of Electronic computer, History, Generations, Characteristic
andapplicationofcomputers,classificationofcomputers,RAM/ROM,ComputerHardware,CPU,
VariousI/ODevices,Peripherals,StorageMedia,SoftwareDefinition.
ProgrammingLanguage
Classification
&
Program
Methodology:
Computer
Languages,
Generations of Languages, Introduction to 4 GLS, Software Development Methodology, Life
Cycles,SoftwareCoding,Testing,Maintenance,IndustryStandards,IntroductiontoISO,SEICMM
StandardsforITIndustry.
Digital Devices and basic Network Concepts: Digital Fundamentals: Various Codes, Decimal,
Binary, Hex Decimal Conversion, Floating Numbers, Gates, Flip Flops, Minimization adder,
Multiplexers.
ComputerNetworksandCommunication:NeedForDataTransmissionOverDistances,Typesof
DataTransmission,Media forDataTransmission,NetworkingofComputersIntroductionofLan
andWAN,NetworkTopologies,basicConceptsinComputerNetworks,ClientServerArchitecture,
Introduction to Advanced Communication Techniques, ISDN, ATM, Token Based Protocol,
CSMA/CD,Mobile
Communication.
InternetandWebTechnologies
Internet&WorldWideWeb:HypertextMarkupLanguage,DHJML,WWW,Gopher,FTP,Telnet,
WebBrowsers,NetSurfingSearchEngines,Email,BasicconceptsinECommerce,EDI,Electronic
Payments,DigitalSignatures,Network,Security,Fireball.
WebTechnologies:Elementary Concepts in, Object Oriented Programming, Corba, Com/Dcom,
WirelessApplicationProtocol,ASPScripting,HTML,Java,JavaApplets,WAP,WML,JSP,EJB,XML.
AdvancedConceptsinInformationTechnology:
IT Industry Trends, Careers and Applications in India: Scientific, Business, Educational and
entertainmentapplications, IndustryAutomation,Weather forecastingawarenessofongoing IT
projects in India, NICNET ernet, Application of IT to E Commerce, Electronic Governance,
Multimedia,Entertainment.
SuggestedText
Books
&
References:
1.Curtin,InformationTechnology:BreakingNews,Tm+1
2.RajaRaman,V.IntroductiontoComputers
3.Bajpai,Kushwaha&Yadav,IntrductiontoComputer&CProgramming,NewAge.
4.Nelson,DataCompression,BPB
5.Bharohoke,FundamentalsofInformationTechnology,Excel
6.PeterNortansIntroductiontoComputers,TM+1
7.Leon&LeonFundamentalofInformationTechnology,VikasPublishingHouse
8.Kanter,managingInformationSystem
9.Lehngart,Internet101,AddisionWesley
10.CistemsInternet,AnIntroduction,TataMcGrayHill.
IT LAB
WritePrograms
in
Cfor
the
following.
1.ConversionofBinarytoHexadecimal, DecimaltoBCDandviceversa
2.LOGICDesigningofgatesandflipflops.
3.ForMinimizationmethods
4. Introductiontoinformationrepresentationindigi8talmediatext,Images,Graphics,Animations,
Audio,Video.
5.DataflowdiagramforgenerationofPrimeNumbers
6.DemonstrateDifferentLanTopologies
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WorldWideWeb,FileTransferProtocol,Goffer,Telenet,Webbrowsers, Searchengine,EmailSites
7.Institutionsmayadd4moreexperimentsaspertheavailabilityofexpertiseavailablewiththem.
ENGINEERINGMATHEMATICSIII
Course Code MAS 590 Credit (3-1-
0) 4
1. OrdinaryY.DifferentialDifferenceEquations: ODEof2nd
orderwithconstantcoefficientsboth
homogeneousand non homogeneous Typeswithapplications to electricalandmechanical
systems.Differenceequationsandtheir Solutionsbyztransform.SeriessolutionsofODEof2nd
orders with variable Coefficients with special emphasis to the differential equations of
Legendre,Besseland Chebyshev.Legendrespolynomials,ChabyshevpolynomialsandBessels
functionsand Theirproperties.
2. Integral Transforms: Fourier transform and integral Hanker transforms and Hilbert
transformsand their Properties, some simpleapplications.Partial Differential Equations:
LinearPDE
with
constant
coefficients
of
2
nd
order
and
their
classifications,
PDE
of
Parabolic,
elliptic and hyperbolic type with illustrative examples. Separation of variables Method for
solvingPDE.Suchastwodimensionalheatequations,waveequationsand Laplaceequations.
3. Functions of a Complex variable: Analytic (functions, Gauchy Riemam equations, harmonic
functions line integral in the Complex plane, caucrys Integral theorem cauchys integral
formuladerivativesofanalytic Functions,LiouvillesTheorem,fundamentaltheoremofAlgebra
representation of a Function py power series, Taylors series and Laurents Series, poles,
Singularities and Zeros. Residue theorem, evaluation of integrals using. Residue theorem.
Conformal Mapping, linear fractional transformations, special linear fractional
transformations.
Reference:
Kreyszig,E.(1993):AdvancedEngg.Mathematics7th
Edition,JohnWilley&sonsinc.
Paopoulis:SignalAnalysis3rd
Edition(1988)MeGrawHill.
ELECTRICAL MACHINES
CourseCodeEEE404 Credit4(30
1)
D.C.Machines:Constructionalfeaturesandprinciplesofoperationofshunt,seriesandcompound
generatorsandmotorsincludingEMFequationandarmaturereaction,Performancecharacteristics
ofgeneratorsandmotors,starting,Speedcontrolandbrakingofmotors.TwoQuadrantandFour
Quadrant
operation
of
motors,
choice
of
DC
motors
for
different
applications,
Losses
and
efficiency.
Transformers:Construction, EMF equation, Principle of operation, Phasor diagram on noload,
dffectof load,equivalentcircuit,Voltageregulation,Lossesandefficiency,Testsontransformers,
Predictionofefficiencyand regulation,Autotransformers, Instrument transformers,Threephase
transformers.
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InductionMotors:Rotatingmagnetic fields, principle ofoperation,Equivalent circuit,Torqueslip
characteristic, Starters foe cage and wound rotor type induction motors, Speed control and
braking,SinglePhaseinductionmotorsandmethodsofstarting.
Synchronous Machines:Construction, EMF equation, Effect of pitch and distribution, Armature
reactionanddeterminationofregulationofsynchronousgenerators,Principleofmotoroperation,
effectofexcitationonlinecurrents(Vcurves),methodsofsynchronization,typicalapplicationsof
ACmotorsinindustries.
Reference:
1. HughesEdward,ElectricalTechnology,AddisionWesleyLongmanLtd.
2. NagrathI.J.&KothariD.P.,ElectricalMachines,TMH
3. CottonH.,AdvancedElectricalTechnology,Wheeler&Co.
4. Fitzgerald,Kingsley.Kusko,DumasElectricalMachinesTMH
5. KosowL.L.,electricalMachineryandTransformers,PHI
6. ParkerSmith,ElectricalEngineeringProblems,CBS.
MEASUREMENT&METROLOGY
Course Code (ME-405 Credit4(2-1-1)
1. MechanicalMeasurements
Introduction:IntroductiontoMeasurementandMeasuringinstruments,GeneralizedMeasuring
systemand functionalelements,unitsofMeasurement,staticanddynamicperformance
characteristicsofMeasurementdevices,calibration,conceptoferror,sourcesoferror,statistical
analysisoferrors.
SensorsandTransducers:TypesofSensors,typesoftransducersandtheircharacteristics.
TimeandTransducers:Counters,Stroboscope,frequencymeasurementbydirectcomparison
Measurement of pressure: Gravitational, direct acting, elastic and indirect type pressure
transducers.Measurement
of
very
low
pressures.
MeasurementsofForceandTorque:Differenttypesofloadcellselastictransducers,Pneumatic
&Hydraulicsystems.
Temperature Measurement: By thermometers, bimetallic, thermocouples, thermostats and
pyrometers.VibrationandNoiseMeasurement
Seismicinstruments,vibrationpickupsanddecibelmeters,vibrometersaccelerometers.
Data Acquisition system: Introduction to data acquisition systems, single and multichannel
system,microprocessorsandPCbaseddataacquisitionsystems.Inputoutputdevices.
SignalTransmissionandProcessing:DevicesandSystems.
METROLOGY
II.MetrologyandInspection:Standardsoflinearmeasurement,lineandendstandards.Limit,fits
and tolerances.Interchangeabilityandstandardization.
Linearandangularmeasurementsdevicesandsystems.
Limitgaugesclassification,TaylorsPrincipleofGaugeDesign.
Measurementofgeometricformslikestraightness,flatness,roundnessandcircularity.
Toolmakersmicroscope,profileprojectautocollimator.
III Interferometer:principleanduseofinterferometry,opticalflatandinterferometers,laser
interferometers.Measurementof screwthreadsandgears.
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4.PlantlayoutandMaterialsHandling:Plantlocationtypeoflayout,principlesoffacilitylayout
principlesofmaterialhandling,Materialhandlingempts.
5.Production Planning and Control: Objectives, function, steps in PPC. Planning routine,
scheduling,Dispatching&Followup,EffectivenessofPPC.
6.ReplacementAnalysis:Depreciationcauses,obsolescence,servicelifeofassets,Replacement
ofitems.
7.Inventory
Control:
Inventory,
function,
cost,
deterministic
models.
8.IntroductiontoMRP&JITqualitycontrol:Introduction,processcontrol,ControlCharts,Single
doubleandsequentialsampling,IntroductiontoTQM&benchmarking.
9.Organization:Principlesoforganization,DevelopmentofOrganizationalcharts like line,staff,
lineandstaff&functionaltypes.
10.IndustrialOwnership:Proprietorship,partnership,Jointstock&cooperativestores.
11.ManpowerPlanning:Resources,Humanrelationship.
12.Factory Legislation India: Factory acts, payment of wages, workmen compensation, E.S.I.
Salesmanagement&forecastingcostaccounting,Budgetarycontrol.
13.Project management & CPM/PERT: Methods of drawing networks and computations of
varioustimes,updatingresourcesalocation,projectmanagement.
14.BreakEvenAnalysis:Introduction,Assumption,StepsionBEA,purpose,fixed&variablecosts,
marginofsafety,Angleofincidenceprofitvolumegraph.
15.Operation
Research:
Brief
outlines
of
problems,
linear
programming,
transportation
problems.Graphicalmethods.
References:
1. Principlesofmanagement,AnanalysisofmanagementfunctionsH,Koontz&C.O.Donnel,
Tata McGrawHillCo.
2. ManufacturingManagement JMoorePrenticeHallEnglewoonCliffs:NewJersey.
3. ModrnProductionOperationsManagement BuffamE.S.WileyEastern.
4. IndustrialEngg.&ManagementbyO.P.Khanna
5. IndustrialEngineeringbyRaviShanker
6. IndustrialEngineeringbyMahajan.
MANUFACTURINGSCIENCE 1
CourseCode
(ME
412
)
Credit4(3
01)
Introduction:
Importanceofmanufacturing,economic&Technologicalconsiderationinmanufacturing.
SurveyofManufacturingProcess.Materials&manufacturingprocessforcommonitems.
MetalFormingProcess:
Elastic&Plasticdeformation,yieldcriteria.HotworkingVscoldworking,Loadrequiredto
accomplishmetalformingoperation.
Analysis(equilibriumequationmethod)offormingprocesswithslidingfrictionstickingfriction
andmixedconditionforslabanddisc.Workrequiredforforging.
AnalysisofWire/Stripdrawingandmax.Reduction,Tubedrawing,Extrusionanditsapplication
Conditionforrollingforceandpowerinrolling.Rollingmills.
Design,lubricationanddefectsinmetalformingprocesses.
SheetMetalWorking:
Die&assemblyandpressworkmethodsandprocesses.Cuttingmechanism,blankingVspiercing.
CompoundVs.progressingdie.FlatfacesVsinclinedfacepunch.
Analysisofformingprocesslikecup/deepdrawingandbending.
UnconventionalMetalFormingProcesses:
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UnconventionalMetalformingProcessessuchasexplosiveforming,electromagnetic,electro
hydraulicforming.
PowderMetallurgy:
Powdermetallurgymanufacturingprocesses.Theprocess,advantageandapplications.
Casting:
Basicprinciple&surveyofcastingProcess.Typesofpatternsandallowances.Typesandproperties
ofmoulding
sand.
Element
of
mould
and
design
considerations,
gatting,
riser,
runner,
core.
Solidificationofcasting,theoryandanalysis.Sandcasting,defectandremediesandinspection.
Cupolafurnace.
Diecastingcentrifugalcasting,Investmentcasting.
ManufacturingOfPlasticComponents:
Plasticanditspast,present&futureuses.Injectionmoulding.Extrusionofplasticsection.Welding
ofplastics.Futureofplastic&application.
Jigs&Fixtures:
Locatingandclampingdevices/principle.Jigsandfixturesanditsapplication.
Books:
1.ManufacturingsciencebyGhoshandMallik.
2.Production
Engg.
Science
by
P.C
Pandey
3.ProductiontechnologybyR.K.Jain.
4.ManufacturingtechnologybyP.N.Rao
5.MaterialandmanufacturingbyPaulDegarmo.
MANUFACTURINGSCIENCE1LAB
EXPERIMENTS:
SayMinimum8ExperimentsoutofFollowing(OrSuchExperiment)
1.Designofpatternforadesiredcasting(containghole).
2.Patternmaking.
3.Makingamould(withcore)andcasting.
4.Sand
testing
(at
least
one
such
as
of
grain
fineness
number
determination).
5.Injectionmouldingofplastic.
6.Forgingbyhandforgingprocesses.
MANAGEMENTINFORMATIONSYSTEM
CourseCodeME416 Credit3(300)
PartI:Organizations,ManagementandtheNetworkedEnterpriseInformationSystemsinGlobal
BusinessToday
GlobalEBusiness:HowBusinessesUseInformationSystemsInformationSystems,Organizations,and
StrategyEthicalandSocialIssuesinInformationSystems
PartII:InformationTechnologyInfrastructureITInfrastructureandEmergingTechnologies
FoundationsofBusinessIntelligence:DatabasesandInformationManagement
Telecommunications,theInternetandWirelessTechnologySecuringInformationSystemsPartIII:KeySystemApplicationsfortheDigitalAge
AchievingOperationalExcellenceandCustomerIntimacy:EnterpriseApplications
ECommerce:DigitalMarkets,DigitalGoodsManagingKnowledgeEnhancingDecisionMaking
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COMPUTERBASEDNUMERICAL&STATISTICALTECHNIQUES
CourseCode (MAT491) CREDIT3(3
11)
Introduction:ErrorsinNumericalComputation,MathematicalPreliminaries,Errorsandtheir
Analysis,MachineComputations,ComputerSoftware.
Algebraic&TranscendentalEquation:BisectionMethod,IterationMethod,MethodofFalse
Position,RateofConvergence,MethodforComplexRoot,MullersMethod,QuotientDifference
Method,NewtonRaphsonMethod.
Interpolation:Introduction,ErrorsinPolynomialInterpolation,FiniteDifferences,Decisionof
Errors,NewtonsFormulaeforInterpolation,Gauss,Stirling,Bessels,EverettsFormulae,
InterpolationbyUnevenlySpacedPoints,LagrangesInterpolationFormula,Divided
Difference,
Newtons
General
Interpolation
Formula.
Curve Fitting, Cubic Spline & Approximation:Introduction, Method of Least Square Curve
Fitting Procedures, Fitting a Straight Line, Curve Fitting by Sum of Exponentials, Data Fitting
with Cubic Splines, Approximation of functions.
NumericalIntegration&Differentiation:Introduction,Numericaldifferentiation,Numerical
Integration,TrapezoidalRule,Simpson1/3Rule,Simpson3/8Rule,Boole'sandWeddle's
Rule,EularMaclariaun Formula,GaussianFormula,NumericalEvaluationofSingular
Integrals.
StatisticalComputation:FrequencyChart,RegressionAnalysis,LeastSquareFit,Polynomial
Fit,Linear&NonLinearRegression,MultipleRegressions,StatisticalQualityControl
Methods.
References:
1.Jain,Iyengar,Jain,NumericalMethodsforScientific&EngineeringComputation,New
AgeInternational.
2.Balaguruswamy,NumericalMethods,TMH.
3.Sastry,IntroductoryMethodofNumericalAnalysis,PHI.
4.Gerald&Wheatly,AppliedNumericalAnalysis,AddisionWesley.
5.Probability&Statistic,SchaumSeries.
6.Hulquit,NumericalMethodforEngineers&ComputerScientist,AddisionWesley.
7.Flowers,NumericalMethodsInC++,OxfordUniversityPress.
8.Vedamurthy,
Numerical
Methods,
Vikas.
ListofExperiments:
Write Programs in C
1.TodeduceerrorsinvolvedinpolynomialInterpolation.
2.AlgebraicandtranscendentalequationsusingBisection,Iterativemethodoffalseposition,also
giverateofconversionsofrootsintabularformforeachofthesemethods.
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3.ToimplementBesselsfunctions,Newtons,Sterling,Languages.
4.Toimplementmethodofleastsquarecurvefitting.
5.Implementnumericaldifferentialusingtrapezoidal,Simpson3/8rules.
6.Toshowfrequencychart,regressionanalysis,LinearSquarefitandpolynomialfit
ELEMENTSOFECONOMICSANDPRINCIPLESOFMANAGEMENTSCIENCE
CourseCode(BAM315) CREDIT4(310)
IndustrialEconomics;
1.Introduction: Natureandsignificanceofeconomics,meaningof science,Engineeringand
technologyandtheirrelationshipwitheconomicdevelopment.
2.Basicconcept: Theconceptofdemandandsupply,indifferencecurveanalysis,priceeffect,
incomeeffectandsubstitutioneffect.
3.
Money
and
banking:
Function
of
money,
value
of
money,
inflation
and
measure
to
control
it. Brief idea function of banking system, viz; commercial and central banking, business
fluctuation.
Management:
4.Introduction:Definition,natureandsignificanceofmanagement,evaluationofmanagement
thought,contributionofMaxWeber,TaylorandFayol.
5.Human behaviour: Factors of individuals behaviour, perception. Learning and personality
development,interpersonalrelationship andgroupbehaviour.
References:
4. Dewett,K.K./ModernEconomicsTheory.
5. Luthers,Fred/OrganizationalBehaviours.
6.Prasad
L.M/
Principles
of
Management
7.A.W.Stonier&D.CHergne/ATextBookofEconomicsTheory/OxfordPublishing HousePvt
Ltd
MACHINEDESIGNI
CourseCode(ME409) Credit4(202)
Introduction,Definition,Methods,Standardsindesign&selectionofpreferredsizeSelectionof
materials,BISsystemofdesignationofsteels,steel&alloys,plastics&rubbers.
Design against static load
Modesoffailure,Factorofsafety,stressstrainrelationship,principalstresses,theoriesoffailure,
endurancelimit,designforfinite&infinitelife,Soderberg&Goodmancriteria
Design against Fluctuating Load
JointsRivetedjoints,weldedjoint,screwedjoints,eccentricloadingofabovejoints,designfor
fatigueloading.
Shaft,Keys&coupling.
Designagainststaticload,strength&rigiditydesign,designofsquare&flatkeys&splines, rigid&
flexiblecouplings.
MechanicalSprings.
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Helicalspring,stressequation,deflectionequation,designagainststatic&fatigueloading,Multileaf
spring,Nippling,Design,spiralsprings.
Power Screws
Formofthreads,squarethreads,trapezoidalthreads,stressesinscrew,designofscrewjack.
Reference:
1.Machinedesign:Sharma&Agarwal,Kataria
2.DesignofM/cElements:BhandariTMH
3.M/cDesign:Maleev&Hariharan
4.MachineDesignSIeditionbyShegley,McGrayHill
5.MachineDesignbyblack&Adams,McGrayHill
6.DesignofmachineelementsbySprots.
MECHINE DESIGN I LAB
1. Design&drawingofRivetedjointsforgivenoperatingconditions
2. Design
of
an
eccentrically
loaded
welded,
riveted
or
bolted
joint
3. Designofboltedjointforfluctuatingloads
4. Design&drawingofacotterjoint.
5. Design&drawingofaKnucklejoints.
6. Design&drawingofasimplescrewjack
7. Designofshaftfordifferentloadingconditions
8. Design&drawingofrigidcoupling(flangedtype)
9. Design&drawingofaflexiblecoupling(pinbushtype)
10. Design&drawingofaleafspringforandautomobile
11. Design&drawingofahelicalspringforagivenapplication
Note-
1.Studentsmaybeadvisedtousedesigndatabookfordesign
2.Drawingshallbemadewherevernecessaryonsmalldrawingsheets
HEAT&MASSTRANSFER
CourseCode(ME503) Credit4(3
01)
General:ModesofheattransferConductionConvection Radiation,scopeandapplicationof
heattransfer,principlesinEngineeringPractice.
Conduction:Fourier lawThermal conductivity of solids, liquids and gases, factors affecting
thermalconductivityGeneraldifferentialequationforconductions.Onedimensionalsteadystate
conductionthroughhomogeneousandcompositesurfacePlane,cylindricalandsphericalwalls
Effect of variable thermal conductivity Shape factor, Overall heat transfer coefficientCritical
radiusofinsulationsolutionofmultidimensionalsteadystateproblemsusingrelaxationmethod.
Transientheatconductionbasedonlumpedparametermethod.
Convection:Principlesofdimensionalanalysispitheorem,Applicationofdimensionalanalysisto
free and forced convection. Empirical relations for flat plate and tubular geometry. Forced
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convectionfromtubes&tubebundles incrossflow.Simpleapplicationtostraight,rectangular
andtriangularfinseffectivenessoffins.Fundamentalsofboilingheattransfer,poolboiling,Heat
transferincondensation:dropwiseandfilmcondensation:empiricalequations.
Radiation:Nature of thermalradiationDefinitions and concepts Monochromatic and total
emissivepowerAbsorptivitiyReflectivityBlack,grayandrealsurfacesconceptofablackbody
Plancks distribution lawConfiguration of geometrical factor Heat exchange by radiation
between black surfacesLarge parallel black plates, equal parallel and opposite black squares,
blackrectanglesperpendiculartoeachotherhavingacommonedgeheatexchangebyradiation
betweenlargeparallelplanesofdifferentemissivity.RadiationshieldsElectricalnetworkmethod
ofsolvingradiationproblems.Solarradiation&Collectors.
Heat Exchangers:Tubes of heat exchangers Parallel flow, Counter flow evaporator and
condenser, Log mean temperature difference, effectiveness, NTU method, Introduction to
compactheatexchangers.
Fickslawofdiffusion,Diffusioncoefficient,steadystatediffusionthroughstationarymedia,
steadystate
diffusion
through
astagnant
gas
films,
steady
state,
equivocal
counter
diffusion.
References:
1. Principles ofHeat TransferFrnakKreithMcGrayHill BookCo.HeatandMassTransferCD
BennettandJEMyears,TataMcGrawHill(19975)
2. FundamentalofmomentandheattransferWetly
3. HeatandmassTransferEckert&Drake,McGrawHillBookCo.
4. EngineeringHeatTransferJ.P.Homan,McGrawHillBookCo.
5.Heat
Transfer
by
Pitts
ane
Sission,
Schaum
series.
6. HeatMassTransferbyR.Yadav
7. HeatMassTransferbyC.P.Gupta
8. HeatandMassTransferbyDomkundvar
9. Heat&MasstransferbyR.C.Chandra
10.Heat&MassTransferbyVijayGupta
11.Heat&MassTransferbyD.S.Kumar
HEAT & MASS TRANSFER LAB1 Conduction Compositewallexperiment
2 Conduction Compositecylinderexperiment
3 Convection PoolBoilingexperiment
4
ConvectionExperiment
on
heat
transfer
from
tube
natural
convection.
5 Convection HeatPipeexperiment
6 Convection Heattransferthroughfinnaturalconvection.
7 Convection Heattransferthroughtube/finforcedconvection.
8 Anyexperiment SuchasonStefansLaw
9 AnyexperimentonradiationSuchasonsolarcollector.
10Heatexchanger Parallelflowexperiment
11Heatexchanger Counterflowexperiment
12Anyothersuitableexp.Suchasoncriticalinsulationthickness.
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DYNAMICSOFMACHINES.
Course Code ( ME-504) Credit 4(3-
0-1)
1.
Force
Analysis.
Turning
moment
&
Fly
Wheel:
Static
force
analysis
of
linkages,
Equivalent
offset
inertiaforce,Dynamicanalysisofslidercrankand4Barmechanism.Pistonandcrankeffort,inertia,
torqueTurningmomentdiagrams,fluctuationofenergy,flywheel.
2.BalancingofMachines:Staticanddynamicbalancing,balancingofrotatingandreciprocationmasses,
Primaryandsecondaryforcesandcouples.
3.Friction:Pivotandcollar friction, frictioncircle, singleplate,multipleandconeclutches,centrifugal
clutches,Michele&Kingsburrosthrustbearingandrollingcontactbearing,Beltsandpulleys,flatand
VBelts,designandselection.
4.Brakes and Dynamometers: External and internal shoe brakes, band and block brakes, hydraulic
brakes,and
absorption
and
transmission
dynamometers.
5.Governors:Dead weight and spring loaded governors, sensitivity, stability, hunting, isochronisms,
effortandpower,frictionandinsensitivity,gyroscopiccoupleandrection.
6.GyroscopicMotion:Principles,Gyroscopicacceleration,gyroscopiccoupleandreaction.
7.Mechanical Vibration: Single degree free & forced, undamped and damped vibrations, Critical
speeds.
Book & Preferences1.TheoryofMachines:ThomasBevan(ELBS/CBSpub.,NewDelhi)
2.TheoryofMachines:S.S.Rattan(TMH)
3.Mechanisms&DynamicofMachines Mabie
4.Theoryofmachines:Shinglay
5.TheoryofmachinesR.K.Bansal(LaxmiPublication)
6.MechanismsandMachineTheoryA.K.AmbekarJainBros.
7.TheoryofMachinesW.T.Green
8.Mechanism&MachineTheory Rao&Dukhipati(NewAge)
9.TheoryofMachineandMechanism Ghsoh&Mullick
10.TheoryofMachinesP.L.Ballaney(KhannaPub.)
PRODUCT DEVELOPMENT & DESIGNCourseCode(ME506) Credit3(210)
Product,Definition,Scope,Terminology: Designdefinitions,Oldandnewdesignmethods,designby
evolution,examples suchasevolutionbicycle, safetyrazoretc.Needbaseddevelopments,Technology
baseddevelopments,Physicalreliability&Economicfeasibilityofdesignconcepts.
Morphologyofdesign,Divergent,transformationandconvergentphasesofproductdisigh,Identification
ofneed,Analysisofneed.
Designforwhat?Design,criteria,functionalaesthetic,ergonomics,form,shape,size,colour.
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Mentalblocks,Removalblocks,Ideationtechniques,creativity,checklist,transformations,brainstorming
andsyneerics,Morphologicaltechniques.
Utility concept, Utility value, Utility index, Decision making under multiple criteria. Economic aspects
fixedandvariablecosts,Breakevenanalysis.
Reliabilityconsiderations,Bathtubcurve,reliabilityofsystemsinseriesandparallel,failurerte,MTTF
andMTBF,Optimumsparesfromreliabilityconsiderations.
Designof
displays
and
controls,
Man
machine
Interface,
compatibility
of
displays
and
controls
ErgonomicAspects,Anthropometricsdataanditsimportanceindesign.
ApplicationofComputersinproductdesign.
BookReferences:
1. ProductDesign&ManufacturingA.K.Chitat&R.C.Gupta,PHI(EEE)
2. TheTechnologyofCreationThinking R.P.Gewford Ph.D.
3. TheArtofthought GrohemWallas Brev&Co.,NewYork.
4. ProductDesign&DectionTheroryM.K.Starr,PH
5. Engg.ProductDesignC.D.Lain,BusinessBook
6. IndustrialDesignforEngineersW.H.MayallHiffe
7. HumanFactorEngg.MccormicE.J.,McGrawHill
8.Engineering,
An
Introduction
to
creative
Profession
G.C.
Beabley
&
HW
Leach,
Mc
Millan
MANUFACTURINGSCIENCEII
Course Code (ME-507) Credit4(3-0-
1)
MetalCuttingandMachineTools MetalCutting
Lathe: Principle, types, operations, Turret/Capstan, Semi/Automatic, Tool layout. Shaper, slotter
planer:Operation,drive.
Milling: Milling cutter, Up & Down milling, Dividing head, indexing. Max chip thickness, power
required.
Drillingandboring:Drilling,boring,reamingtools.Geometryoftwistdrill
Grinding:Grindingwheel,abrasive,cuttingaction.Grindingwheelspecification.Grindingwheelwear
attritiouswear, fracturewear.Dressingand trueing.Maxchip thicknessandGuestcriteria.Flatand
cylindricalgrinding.Centerlessgrinding.Superfinishing:Honing,lapping,polishing.MetalJoining
Welding:
Survey of welding and allied processes. Gas welding and cutting, process and equipment. Arc
welding:Powersourcesandconsumables.TIG&MIGprocessesandtheirparameters.Resistance
welding spot,seamprojection.
Otherweldingprocessessuchasatomichydrogen,submergedare,electroslag,frictionwelding.
Thermodynamic and Metallurgical aspects in welding and weld. Shrinkage/residual stresses in
welds.Defects
in
weld
and
remedies.
Weld
decay
in
HAZ.
NonconventionalMachiningandNonconventionalWelding
Benefits,applicationandworkingprinciplesofnonconventionalmachiningprocess. Introduction
to Nonconventional Machining and welding (EDM,ECM, LBM, EBM, USM, AJM) similarly, non
conventionalweldingprocessessuchasLBW,USW,EBW,Plasmaarcwelding,explosivewelding.
Books:
1.ManufacturingsciencebyGhoshandMullick
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2.FundamentalsofMetalCuttingandMachineToolsbyBoothroyd
3.ProductionTechnology,byR.K.Jain
4.ProductionTechnologyHMT
5.ProductionEngineeringSciencebyP.C.Pandey
6.ModernMachiningbyP.C.Pandey
7.Manufacturingby Degarmo
8.Fundamentals
of
metal
cutting
&
machine
tools
Juneja
&
Shekhoin
9.Process&materialsofmanufacturing Lindburg
10.AdvancedmachiningprocessbyV.K.Jain
MANUFACTURING SCIENCE II LAB
1. Shearangledetermination(usingformula)withtubecutting(fororthogonal)onlathemachine.
2. Bolt(thread)makingonLathemachine
3. Toolsgrinding(toprovidetoolangles)ontoolgrindermachine.
4. Gearcuttingonmillingmachine.
5. Machiningablockonshapermachine.
6. Finishingofasurfaceonsurfacegrindingmachine.
7. Drillingholesondrillingmachineandstudyoftwistdrill
8.Study
of
different
types
of
tools
and
its
angles
&
materials.
9. Experimentontoolwearandtoollife
10.Experimentonjigs/Fixturesanditsuses
11.Gasweldingexperiment
12.Arcweldingexperiment
13.Resistanceweldingexperiment
14.Soldering&Brazingexperiment
15.Experimentoninconventionalmachining
16.Experimentonunconventionalwelding
17.ExperimentonTIG/MIGWelding
18.Macroandmicrostructureofweldingjoints,HAZ.
I.C.ENGINES
CourseCode:ME508
Credit4(3
10)
Introduction:ReviewClassification,Application,Constructionsdetails,Workingprinciple,Valve
timings,Environmentfriendlyengines.Listofauxiliarysystem.
GasCycle&Processes: ReviewofOtto,DieselandDualCycles,Comparison,SterlingandBryaton
Cycle, ImprovementofPerformancebymodificationofgasturbinecycles,Fuelaircycle,Actual
cycle.
Combustion in SI & CI Engines: Stiochiometric air fuel, Combustion theory, Combustion
phenomena.
Enginevariables
on
ignition
delay
and
flame
Speed
Abnormoral
Combustion,
DetonationorKnock,Variableaffectingknock,Effectsofknock,Methodstoreducedetonation,
Combustorchambersdesign.
FuelsforI.C.Engine:Types,ChemicalStructure,Petroleumrefiningprocess,PropertiesofSI,CI
andaviationfuels,KnockingratingofSIandCIfuels,Non petroleumfuels,Alternativefuelsfor
I.Cengine.Stiochiometricairfuelratio.
Carburetion and gasoline Injection: Intake and exhaust system, Engine airfuel requirement,
Simplecarburetor,Completecarburetoranditselements,Types,Fuelpump,Fuelsystem,Multi
pointfuelinjectionsystem.GoverningofSIengines.
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C.I.FuelInjectionSystem:Requirementsofinjectionsystem,Types,Injectionpump,Governing,
Fuelinjector,Injectornozzle.
IgnitionSystem:Requirements,TypesBatteryandMagnetoignitionsystem,Sparkplug,Contact
breaker,Dualangle,Firingorder,Spark advancemechanism,Electronicignitionsystems
Engine Friction and Lubrication: Total engine friction, Factors affecting engine friction,
Lubrication, Mechanism of lubrication, Lubricants and their properties, Additives, Lubrication
systems.Engine Cooling System: Necessity of cooling, Heat transfer and energy balance, Parameters
affectingengineheattransfer,Coolingsystem.
Supercharging:Objective,Methods,Turbocharger,performance.
Two stroke Engines: Classification, Scavenging processes, advantages and disadvantages,
Performance.
Measurement,Testing&Performance:Performanceparameters,Typeoftestsspeedfueland
airconsumption, friction, Indicatedandbrakepower,Performancecharacteristics,Heatbalance
sheet.
AirPollutionandControl:Sourcesandclassification,Effectsofairpollution,PollutantsfromI.C.
engines,Mechanismofformationofpollutants,Particulateemissions,Exhaustgastreatment.
References:
1.I.C.
engine
Analysis
and
practice
E.F.
obert
2.ACourse in internalcombustionenginesM.L.Mathur&R.P.Sharma,Dhanpat,Rai&sons,
NewDelhi.
3.Internalcombustionengines Maleev
4.HeatEngg.Vasandani&Kumar
5.InternalCombustionEngineGillandSmith
6.InternalcombustionEnginesandAirPollution R.Yadav,CPH,Allahabad
7. I.C.EnginesbyV.Ganesam,TMH
8. InternalcombustionEngine Heywood,McGrawHill
REFRIGERATION&AIRCONDITIONING
CourseCode
(ME
502)
Credit:
4(3
01)
Refrigeration:IntroductiontoRefrigerationSystem: Methodsof Refrigeration,CarnotRefrigeration
cycle,UnitofRefrigerationcapacity,C.O.P.applications.
Air Refrigeration cycle, Bryton Refrigeration cycle, Optimum C.O.P. & pressure ratio, Air craft
Refrigeration,classificationofAircraftRefrigerationsystem,ActualpowerforRefrigerationsystem,
DryAirRatedTemperature(DART).
VapourCompression system:Singlestagesystem,EffectofpressurechangeonC.O.P.useofph
chart,EffectofsubcoolingofcondensateonC.O.P.&capacity,effectofsuperheatingofvapour
compressionconstructionaldetailsofRefrigeratorandAirconditioner.
VapourAbsorption System:Working Principle of continuous Absorption System. Comparison
between Absorption & compression system. Theory of mixtures, Tempconcentration Diagram,
Enthalpy concentrationdiagram.Adiabaticmixingof two systems. LithiumBromidewater vapour
absorptionsystem.Workingprinciple,comparisonwithAmmoniawatersystem.
Refrigerants: Classification, Nomenclature, Desirable properties of refrigerants, common
refrigerantssecondaryrefrigerantsandCFCfreerefrigerant.
AirConditioning:Introductiontoairconditioning,psychrometrics,terms.
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References:
1.MechanicalEngineeringDesighJosephE.ShigleyMcGrawHillPublications.
2.Designofmachinemembers alexValanceV.Idoughtie,MggrawHillCo.
3.MachinedesignD.N.Reshetov,MirPublishers:Mosow.
4.Machine
design
D.N.
Reshetov,
Mir
Publisher:
Mosow.
5.FundamentalsofMachinedesigh[Vol:15]Porlov,ir.Pun:Mocow
6.Machineelements:Dobrovsky,Mir,Pub.Moscowdatabooks
7.FundamentalsofMachinedesignRechardM.Phelan,TataMcGrawHillPu.[1978]
8.MachineDesignMaleevandHartman,CBS.
9.MachineDesignSharma&Agrawal,Kataria
10.DesignofMachineElementsBhandariTMH
11.MachineDesign Black&Adams,McGrawHill
MACHINE DESIGN II LAB
Atleast2experiments/turns(lectureclasses)fromeachofthe4followingsections,say,3turns
forA,3turnsforB,2turnsforCand2turnsofD,total10.
A. Conventional Design & Drawing-
Conventionaldesign&drawingonsmalldrawingsheetusinghandbookforitemssuchasengine
parts,shafts,gears,bearingsetc.bystudents.
B. Computer and Language-
LecturesshouldbegivenbyteachersonintroductiontocomputerandlanguagessuchasC/Input
Outputstatements,controlstatements,if,forwhile,switchstatementetc.Functionanditsuses.
Structure.Tomakestudentabletowritecomputerprogram.
C. Writing computer programme for conventional de