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PART-III

Curriculum, Syllabi, PEOs andOutcomes

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PEOs MAPPING WITH CURRICULAM

REGULATION 2008

SEM/SUBJECTS PEO s

P1 P2 P3 P4 P5 P6SEMI

Technical English-I Mathematics I Engineering Physics-I Engineering Chemistry-I Engineering Graphics Fundamentals ofComputing and Programming

Computer Practicea!oratory "I

Engineering Practicesa!oratory

Physics # Chemistrya!oratory-I

SEMII

Technical English-II

Mathematics II Engineering Physics-II

Engineering Chemistry-II Engineering Mechanics $asic Electrical and ElectronicsEngineering

Computer Practicea!oratory "II

Physics # Chemistrya!oratory-II

Computer %ided &rafting andModelinga!oratory

SEMIII

Transforms and Partial &ifferentialE'uations

Manufacturing Technology " I

Engineering Thermodynamics

(inematics of Machinery

Fluid Mechanics and Machinery

Electrical &ri)es and Control Manufacturing Technology a! " I

*

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Fluid Mechanics and Machinerya!oratory

Electrical Engineering a!oratory

SEMI+ Statistics and ,umerical Methods eat and Mass Transfer

Manufacturing Technology " II

Engineering Materials # Metallurgy

Strength of Materials

Electronics and Microprocessor

Manufacturing Technology a! " II Strength of Materials a! Computer %ided Machine &ra.inga!oratory

SEM+

Thermal Engineering

Computer %ided Manufacturing

&esign /f Machine Elements

&ynamics /f Machinery

ydraulic # Pneumatic Systems

Composite Materials

Thermal Engineering a!oratory

(inematics # &ynamics a!oratory Electronics # microprocessorsa!oratory

SEM+I

FI,ITE EEME,T %,%0SIS

&esign /f Transmission System

%utomo!ile Engineering

Po.er Plant Engineering

Gas &ynamics %nd et Propulsion

Engineering Economics %nd Finance Simulation # %nalysis a!oratory Computer %ided Manufacturinga!oratory

eat Po.er a!oratory

Comprehension a!oratory and MiniProect

SEM $usiness Concepts

3

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+II &esign /f igs4 Fi5tures4 Press Tools%nd Moulds

Metrology # Measurements

Mechatronics

6ncon)entional machining processes Internal Com!ustion Engines Metrology # Measurementsa!oratory

Mechatronics a!oratory

Technical Seminar

Proect 7or8 Phase-i

SEM

+III

Total 9uality Management

:apid Prototyping4 Tooling and:eengineering

%lternati)e Energy Sources Proect 7or8

A!"#"$"s

SEM/SUBJECTS PEO s

P1 P2 P3 P4 P5 P6SEMI

Technical English - I Engineering Mathematics " I

Engineering Physics

Engineering Chemistry $asics of Electrical and ElectronicsEngineering

C Programming Engineering Practices

a!oratory ;Electrical andElectronics+!: P*"+!: P*"

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ENGINEERING GRAPHICS

CO&E NO' 11CO10D&(s)*+,!+"#' H"*s -#. C*(.+!' 150453100 LTPCMT(! B""'

1? (? :? Gopala8rishnana4 @Engineering &ra.ingA ;+ol? I # II

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,eed and ad)antages of modeling soft.are o)er con)entional dra.ing methods " :epresentation ofthree &imensional o!ects - *& modeling techni'ues " constructi)e solid geometry ;CSG< and

!oundary representation ;$:ep< techni'ues - e5trude4 re)ol)e and $oolean operations " Modelingof isometric )ie.s of engineering components? Introduction to perspecti)e proection meaning ofhouse plans-different types representation of different details " meaning of area of a house and site ;

L()!*( ' 30T!"*+-9 ' 45T"!-9 ' 5

E7-9-!+"# M(!:".s'1? Mid-term test ;e5am+!: I#.+-# s!-#.-*.s "# .*->+#< ,*-)!+)(s -#.s!-#.-*. )"$,"#(#!s Students .ill understand importance of graphics in engineering applications

Students .ill !e a!le to 8no. the $IS Con)entions and specifications?

Students .ill !e a!le to 8no. geometric shapes of o!ects and conic sections?

Students .ill understand importance of graphics in engineering applications

O()!+7( 2 ' To ma8e the students to understand the orthographic and isometric proection of

simple solids Students .ill !e a!le to practice the 2& representation of solids in * )ie.s? Students .ill !e a!le to understand the pictorial )ie. from orthographic )ie.s? Students .ill !e a!le to 8no. the concept of point4 line and polygonal surfaces? Students .ill !e a!le to 8no. the concept of tangent and normal to the cur)es? Students .ill !e a!le to 8no. the proection of point4 line and simple solids?

O()!+7( 3' To ma8e the students to understand the de)elopment of surfaces and sectioning ofsolids?

Students .ill !e a!le to understand the de)elopment of lateral surfaces of simple and

truncated solids and its applications? Students .ill !e a!le to understand the need of sectioning of solids

1

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Students .ill !e a!le to practice the de)elopment of truncated surfaces

O()!+7( 4' To familiarie the students .ith applications of different cur)es? Students .ill !e a!le to 8no. the construction of ellipse4 para!ola and hyper!ola? Students .ill !e a!le to 8no. the construction of spirals4 helices and its application in

engineering?

O()!+7( 5' To ena!le the students to understand the need of computer aided drafting and ci)ilengineering dra.ings

Students .ill !e a!le to 8no. the need and ad)antages of modeling soft.are? 6nderstand the *& modeling techni'ues and )arious features in modeling soft.are? Students .ill !e a!le to understand the perspecti)e proection and its applications in house

plans?

C"*s( "()!+7(s'

To familiarie the students .ith Indian standards on dra.ing practices and standardcomponents

To ma8e the students to understand the orthographic and isometric proection of simplesolids?

To ma8e the students to understand the de)elopment of surfaces and sectioning of solids?

To familiarie the students .ith applications of different cur)es?

To ena!le the students to understand the need of computer aided drafting and ci)ilengineering dra.ings?

M-,,+#< "= )"*s( "()!+7(s >+!: P*"

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Sounds of language -Sounds-phonemes -/rgans of speech-%rticulation-Consonants-)o.els-International Phonetic %lpha!ets ;IP%

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1? E5plain a!out Importance of Functional Grammar and its main o!ecti)es areHa? Picturise the essentialness # effecti)eness of functional Grammar 6sage

!? &isseminate and understand a!out the cohesion and discourse mar8ersc? &isseminate and understand a!out the cohesion and discourse mar8ers

2? istening4 specific o!ecti)es areH 1? 6nderstand Sounds of English language

2? earn a!out consonants *? Ena!le the sym!ols and uses of english )o.els 3? %!le to 8no. International Phonetic %lpha!ets ;IP%< *? &escri!e the applications of Spea8ing and presentation s8ills and specific o!ecti)es

1? Ena!le them to 8no. the !asic con)ersations made2? Empathie the utitlity of language for social purpose*? Frame 'uestions and organise possi!le ans.ers on social issues3? Ma8e !etter professional telephonic con)ersations

3? &escri!e the !asic grammar in)ol)ed and its essential o!ecti)es areH 1? Comprehend the usages of %rticles and prepositions 2

2? 7or8 on the modal )er!s*? 6nderstand the patterns of sentences3? &raft definitions for scientific terms

=? %!le to understand the !ranches of tenses .ith se)eral acti)ities

=? &escri!e the )arious 7riting patterns and its essential o!ecti)es areH1? %rrange ideas in logical order

2? &raft instructions using imperati)e statements *? Ena!le to .rite comparati)e and narrati)e paragraphs 3? Con)ert the pictorial data into .ritten format using discourse mar8ers =? &raft :ecommendations

M-,,+#< "= )"*s( "()!+7(s >+!: P*"

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1; To pro)ide e5posure to the student .ith hands on e5perience in Ci)il and MechanicalEngineering

2? Gain the 8no.ledge of hands tools used I carpentry? Smithy4 fitting 4 plum!ing etc?O

ENGINEERING PRACTICES LABORATOR%

GROUP A CIFIL @ MECHANICAL

I CIFIL ENGINEERING PRACTICE 10

B+9.+#

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GROUP B ELECTRICAL @ ELECTRONICS

III ELECTRICAL ENGINEERING PRACTICE 10

W+*+#< ' L+s! "= E,(*+$(#!s1? Study of electrical sym!ols and safety aspects of electrical .iring?2? Study and method of using )oltmeters4 ammeters and multimeter*? Stair case .iring4 assem!ling and testing of a fluorescent lamp circuit # fault finding3? Study of domestic lighting circuits and use of meggers=? &iagnosing simple faults in grinder4 mi5ie4 iron !o54 ceiling # ta!le fan?>? Study of different types of fuses4 mc! and different types of .ires and ca!les? Study of grounding and earthing practices?

IF ELECTRONICS ENGINEERING PRACTICE 15

E9()!*"#+)s1? Study of sym!ols of !asic electronic components and e'uipments2? Study of color coding of resistors and identification of capacitor )alues?*? Study and method of using C:/4 function generator4 po.er supply units .ith fault

identification and trou!le shooting3? Study of %C signal parameters ;amplitude4 fre'uency4 phase< using C:/?=? Study of logic gates ;%,&4/:4,/T4,%,&4,/:4EN-/:? Soldering and testing a gi)en simple electronic circuits using PC$?? Study of half .a)e rectifier and full .a)e rectifier

PC H-*.>-*(L+s! "= E,(*+$(#!s1 a< Study of PC hard.are !< %ssem!ling the computer System2 a< Formatting and Partitioning &&? !< Configuring CM/S-Setup c< Installation of /S

TOTAL' 50 PERIO&SE7-9-!+"# M(!:".s'

1? C%T ;e5am"* $".(9

To study the dra.ing of the model %!le to mar8 the outline of the model on .or8 piece select the material re'uired

Select the tool re'uired

2>

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O()!+7( 2 T" >"* "# >"* (#):

Students .ill !e a!le to perform the sheet metal .or8 %!le to select the sheet metal tool and measuring tool %!le to ma8e model li8e Tray4 Funnel4 cone etc4

O()!+7( 3' T" #.(*s!-#. "# >(9.+#< T():#+( study of .elding process4 tools and safety aspects

ands on e5perience on !utt oints lap oints and tee oints using arc .elding

ands on e5ercise on Gas .elding practice?

O()!+7( 4 ' T" ,*-)!+)(s !:( ,9$+#< >"*

s!. "= ,+,(s 9+#(s "+#!s? +!s 9")-!+"# -#. =#)!+"#; S!. "= ,9$,+#< $-!(*+-9 9+( 7-97(s ? !-,s? )",9+#s +# :"s( :"9. =+!!+#+!: .+==(*(#! "+#+#< )"$,"#(#!sO()!+7( 5' M-):+#( -ss($9 ,*-)!+)(

G-+# !:( #">9(.

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*? Murugesh (umar?(4 @$asic Electrical Science and TechnologyA4 +i8as Pu!lishing ouse P)t?td?4 ,e. &elhi4 2BB2?3? Simon ay8in4 @Communication SystemsA4 3th Edition4 ohn 7iley # Sons4 ,e. 0or8 ;6S

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Types of SignalsH %nalog and &igital signals - Modulation and &emodulationH amplitude andfre'uency modulations - Communication SystemsH radio4 T+4 satellite and optical fi!er ;!loc8diagram approach only< - 7ireless and mo!ile net.or8sH structure and function of .irelessnet.or8s4 performance of .ireless net.or8s?

H 3=4 TH B4 TotalH 3=

E7-9-!+"# M(!:".s'=? C%T ;e5am? %ssignments

? Tutorials

? Practicals

C"*s( "!)"$(s' The fundamentals of &irect Current and %lternating Current circuits .ere studied? The !asics of electrical machines4 po.er transmission # distri!ution and utilities .ere

learned !y the students? The fundamentals of !asic electronic de)ices and their applications .ere learned !y

students?

Students understood the principles of indicating electrical instruments and electronice'uipments? The types of communication systems .ere taught to the students?

M-,,+#< "= )"*s( "()!+7(s >+!: P*"

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3

4

5

M-,,+#< "= )"*s( >+!: P*"

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2? ,%G:%T?I?? # (/T%:I?&?P4 @Electrical MachinesA4 Tata McGra.-ill4 1*? PI%I?S?( @% first course on Electric dri)esA4 7iley Eastern imited4 13? M?&?SI,G4 (?$?(%,C%,&%,I4 @Po.er ElectronicsA4 Tata McGra.-ill4 1= ?Parta!4 @%rt and Science and 6tilisation of electrical energyA4 &hanpat :ai and Sons4 13

P*(*(+s+!(s' (no.ledge from B-s+) M-!:($-!+)s

B-s+)s "= E9()!*+)-9 E#? :egulation of an alternator !y EMF # MMF methods?? + cur)es and in)erted + cur)es of synchronous Motor? oad test on three phase s'uirrel cage Induction motor? Speed control of three phase slip ring Induction Motor1B? oad test on single phase Induction Motor?11? Study of &C # %C Starters

T"!-9 N$(* "= P(*+".s' P45

E7-9-!+"# M(!:".s'1? Practicals

2? /!ser)ation*? :ecord3? Model E5am

C"*s( "!)"$(s'

*2

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O()!+7( 1'Students understood the !asic concepts of different types of electrical machines andtheir

performance?O()!+7( 2'The different methods of starting &?C motors and induction motors .ere studied?

M-,,+#< "= )"*s( "()!+7(s >+!: P*"+!: P*"

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P*(*(+s+!(s' (no.ledge from Matri5 &ifferentiation Integration

C"*s( "()!+7(s'1? To impart 8no.ledge on eigen )alues and eigen )ectors .hich ha)e applications in )arious

engineering fields such as mechanics4 electrical and electronic circuits4 'uantum mechanics4nuclear physics4 astronomy and aero dynamics?

2? To im!i!e the !asic concepts of three dimensional analytical geometry .hich findsapplications in )arious fields of engineering such as momental ellipse4 stress 'uadric4 strain'uadric etc?4

*? To introduce the concept of cur)ature4 e)olutes and en)elopes?

3? To introduce the concepts of the partial deri)ati)e of functions of t.o or more )aria!les inpro!lems that arise in computer science4 fluid dynamics4 electricity4 pro!a!ility andstatistics4astronomy4 operations research etc?4

=? To introduce multiple integrals in finding area4 )olume4 mass4 centroid4 moments of inertia4centre of gra)ity4 product of inertia of plane and solid regions?

S99-s'ENGINEERING MATHEMATICS I 3 1 0 1004

UNIT I MATRICES D3

:an8 of a matri5 ;:e)ision

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Partial deri)ati)es ;:e)ision

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O()!+7( 5 ' Came to 8no. application in Multiple IntegralsThe student should !e a!le to e)aluate

%rea )olume

C"*s( "()!+7(s'

1? To impart 8no.ledge on eigen )alues and eigen )ectors .hich ha)e applications in )ariousengineering fields such as mechanics4 electrical and electronic circuits4 'uantum mechanics4nuclear physics4 astronomy and aero dynamics?

2? To im!i!e the !asic concepts of three dimensional analytical geometry .hich findsapplications in )arious fields of engineering such as momental ellipse4 stress 'uadric4 strain'uadric etc?4

*? To introduce the concept of cur)ature4 e)olutes and en)elopes?

3? To introduce the concepts of the partial deri)ati)e of functions of t.o or more )aria!les inpro!lems that arise in computer science4 fluid dynamics4 electricity4 pro!a!ility and statistics4astronomy4 operations research etc?4

=? To introduce multiple integrals in finding area4 )olume4 mass4 centroid4 moments of inertia4centre of gra)ity4 product of inertia of plane and solid regions?

M-,,+#< "= )"*s( "()!+7(s >+!: P*"

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M-,,+#< "= )"*s( >+!: P*"

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1< %)adhanulu M , and (shirsagar P G4 @Te5t $oo8 of Engineering PhysicsA4 S? Chand #Company td?4 ,e. &elhi4 2BB?

REERENCES1) P? (? Palanisamy4 @Engineering PhysicsA4 Scitech Pu!lishers4 Chennai4 2BB>?

2) S? aya8umar4 @Engineering PhysicsAD4 :?(? Pu!lishers4 Coim!atore4 2BB?3) + :aendran4 @Engineering PhysicsA4 Tata McGra.-ill Co4 ,e. &elhi4 2BB?3< %rthur $eiser4 @Modern PhysicsA4 Tata McGra.-ill Co4 ,e. &elhi4 2BB*?

P*(*(+s+!(s

Concepts related .ith sound 6nderstanding of /ptics and aser Semiconductors

Solid state physics fundamentals

C"*s( O()!+7(

1? Importance of the sound and its optimum utiliation .ith practical applications2? Stimulated !eha)ior of light and its )ital contri!ution for security systems and medical analysis*? /FC and its utility in )arious detectors and sensors3? &ual !eha)ior of su!atomic particle and its importance=? (no.ledge of surface !eha)ior of materials and its influence

S99-s

ENGINEERING PH%SICS

UNIT I ACOUSTICS AN& ULTRASONICS D%cousticsH Sound intensity " &eci!el - :e)er!eration - Sa!inesD formula? Factors affectingacoustics of !uildings and remedies4 ,oise pollution and control4 ,oise control in machines?6ltrasonicsH Magnetostriction and Pieoelectric generators? &etection and Properties of 6ltrasonics

" Ca)itation - Industrial applicationsH &rilling4 .elding4 soldering and cleaning " ,&TH Pulse echosystem4 through transmission4 resonance system - %4 $ and C scan displays .ith respect to fla.detection?

UNIT II LASERS D

aser principlesH Stimulated and spontaneous emissions of radiations - Population in)ersion andpumping methods " Properties of lasers - ,dH 0%G laser - e-,e gas laser - C/2molecular laserand semiconductor lasers " %pplications of asersH .elding4 drilling4 cutting and heat treatment ofmaterials? olographyH construction4 reconstruction and applications - Medical applications oflasers ;'ualitati)e

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photo diodes? Fi!re optical communication systems and its ad)antages - Fi!re optic sensorsHtemperature and displacement - Endoscope?

UNIT IF UANTUM PH%SICS DSchrodingerDs .a)e e'uationsH Time independent and time dependent - Physical significance of the

.a)e function - Particle in a potential !o5 - Electron microscopesH Scanning electron4 transmissionelectron and Scanning transmission electron microscope?

UNIT F CR%STAL STRUCTURE D%morphous and Crystalline materials? attice - 6nit cell - $ra)ais lattices? Crystal structuresH SC4$CC4 FCC and CP " Calculation of num!er of atoms per unit cell4 Coordination num!er4 nearestneigh!or distance4 %tomic radius and pac8ing factor - &iamond4 ,aCl structures? Miller indices "Interplanar distance Crystal defectsH point4 line and surface defects and their influence on the

properties of materials ;9ualitati)e< L()!*( ' 45

T!"*+-9 ' 0

T"!-9 ' 45

E7-9-!+"# ,*")(ss Continuous %ssessment Tests %ssignment Tutorial Students presentation Su!ect 'ui

C"*s( O!)"$(s

O()!+7( 1; U#.(*s!-#. !:( s"#. (:-7+"* ="* $-!(*+-9 .(!()!+"#? s,()+=+) "()!+7(s -*('

a< Factors affecting acoustics T?!< Production of 6ltrasonics and detection?c< ,&T - scan displays .ith respect to fla. detection

O()!+7( 2; U#.(*s!-#. !:( !,(s "= LASER -#. -,,9+)-!+"#s? s,()+=+) "()!+7(s -*('a< Principles and production of types of %SE:S

!< Industrial application of %SE:Sc< Medical application of %SE:S

O()!+7( 3; C"**(9-!( !:( 9+-7( #-!*( "= !:( s-!"$+) ,-*!+)9(s? s,()+=+) "()!+7(s -*(

*

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a< 7a)e !eha)ior of the particle!< Electron microscopes and its types

O()!+7( 5; G-+# #">9(.

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BASICS O CIFIL ENGINEERING @ INORMATION TECHNOLOG%

CO&E NO' 11AU206&(s)*+,!+"#' H"*s -#. C*(.+!' L T P C 3 0 0 3

TET BOOS'1? ayagopal??S # :udramoorthy?:4 @$asic Ci)il and Mechanical EngineeringA4 +i8as Pu!lishingouse4 ,e. &elhi4 2BB1?2? Shanmugam?G and Palanichamy?M?S4 @$asic Ci)il and Mechanical EngineeringA4 Tata McGra. ill Pu!lishing Co?4 ,e. &elhi4 1>*?,orton Peter4 @Introduction to computersA4 3th Edition4 TM4 ,e. &elhi42BB>?3? %le5is eon4 Mathe.s eon4 @Fundamentals of Information TechnologyA4 2nd Edition4 +i8asPu!lishing ouse P)t td4 ,e. &elhi 42BB

REERENCES'1? $indra?S?P and %rora S?P4 @The te5t !oo8 of $uilding constructionA4 &hanpat :ai Pu!lications

;P< td?4 ,e. &elhi4 2B11?2? Francis?&?(?Ching4 L %rchitectureH Form4 Space and /rder L4 +,:4 ,e. 0or84 1?*?:aaraman?+4 @Introduction to Information TechnologyA4 PI4 ,e. &elhi4 2BB>?3? $ansal?S?(4 @Fundamentals of Information TechnologyA4 %P Pu!lishing Corporation4 ,e.&elhi4 2BB2?=? Sinha?P?( and Priti Sinha 4 @Computer FundamentalsA4 $P$ Pu!lications4 ,e. &elhi4 2BB?

P*(*(+s+!(s' (no.ledge from B-s+)s "= C:($+s!*

B-s+)s "= C"$,!(*C"*s( "()!+7(s'

To 8no. the construction materials and their 'ualities To understand the fundamentals of sur)eying To understand the re'uirements of architectural design To understand )arious components of !uildings and their functions To introduce the concept of computer hard.are and soft.are To impart 8no.ledge on computer net.or8s To gi)e an o)er)ie. of the .e! ser)ices?

S99-s'

UNIT I CIFIL ENGINEERING MATERIALS @ SURFE%ING 8Infrastructure proects- :ole of ci)il Engineers4 $asic areas in Ci)il Engineering and its scope -Ci)ilEngineering Materials and classification - stones4 !ric8s4 sand4 aggregate4 cement # types ofcement4 mortar4 concrete4 concrete grades4 types of concrete4 Plain cement concrete ;PCC< -

:einforcement cement concrete;:CC

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UNIT II PRINCIPLES O ARCHITECTURAL &ESIGN %esthetic 'ualities in !uilding to include4 unity4 proportion4 scale4 !alance4 symmetry and rhythm "study of e5amples4 Factors in architectural design4 such asH re'uirements4 circulation4anthropometrics4 site # landscape4 climate4 space standards4 safety regulations4 layout regulations4

!uilding rules 4 $asic ser)ices " !asics of interior design and landscaping4 Integration of !uildingser)ices?

UNIT III BUIL&ING COMPONENTS 8Su! structureH ,ature of soil " pro!lems .ith soil4 selection of foundation !ased on soil condition "functions of foundation4 $earing capacity - re'uirement of good foundations? Super structureH typesofmasonry " !ric8 masonry4 stone masonry4 $eams4 columns4 intels # floors?

UNIT IF INTRO&UCTION TO COMPUTER HAR&WARE AN& SOTWARE 8Introduction to Computers-Computer %rchitecture-The ,um!er Systems-CP6 and Memory-

%u5iliaryStorage &e)ices-Input &e)ices-/utput &e)ices- Introduction to Soft.are &e)elopment-Programminganguages - /perating Systems - Introduction to &ata!ase Management Systems - &ata!ase%rchitecture and &esign " :e lational &ata!ase Management Systems ;:&$MS< and Structured9uery anguage ;S9

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Students .ere learnt the concept of computer hard.are and soft.are (no.ledge on computer net.or8s .ere understood %n o)er)ie. of the .e! ser)ices .ere gi)en

M-,,+#< "= )"*s( "()!+7(s >+!: P*"+!: P*"

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COMPUTER AI&E& MACHINE &RAWING LABORATOR%

CO&E NO' ME 2256&(s)*+,!+"#' H"*s -#. C*(.+!' L T P C 0 0 3 2

1?$hatt?n?d? and Panchal?+?M?4 @Machine &ra.ingA4 Charotar Pu!lishing ouse4 *BB14 *thEdition4 2BB*?2? P?S?G? &esign &ata $oo8*? uadder47arren??4 and &uff4 on?M? @Fundamentals of Engineering &ra.ingA4 Prentice all India P)t? td?4 Eastern Economy Edition4 Ele)enth Edition?P*(*(+s+!(s' (no.ledge from

E#9(.

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Machine +ice " Stuffing !o5- safety +al)es - ,on-return )al)es- Connecting rod -Pistonand cran8 shaft- Multi plate clutch- Preparation of $ill of materials and tolerance datasheet

T"!-9 N$(* "= P(*+".s' L15 P 45 60

E7-9-!+"# M(!:".s'1*? /!ser)ation13? :ecord1=? Model E5am1>? practical

C"*s( "!)"$(s'O()!+7(s'

;i

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ENFIRONMENTAL SCIENCE

P*(*(+s+!(s

:ules # principles of Green chemistry ? En)ironmental pollution?

C"*s( O()!+7(s

%t the end of the course4 the student should !e a!le toH

1; &(s)*+( !:( >-s !" $-+#!-+# ()"9"- =*"$ #ss!-+#-9( !" ss!-+#-9( .(7(9",$(#! !:*"

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S99-s

ENFIRONMENTAL SCIENCE

UNIT I ENFIRONMENTAL SCIENCE AN& BIO S%STEMS D HOURS

Multidisciplinary nature of En)ironmental studies " &efinition4 Scope and Importance ofEn)ironmental studies " ,eed for pu!lic a.areness " ,atural resources " Forest4 7ater4 Mineral4Food4 and resources " /)er e5ploitation of each resource and impacts?

Ecosystem " Structure and function of an ecosystem " Forest4 Grassland4 &esert4 7etlands- %'uatic ecosystems ;concept4 structure and function .ith rele)ant e5amples< - Ecologicalsuccession- causes and types4 Food chain4 Food .e! and Ecological pyramids

$iodi)ersity " Endemic4 endangered and e5tinct species " a!itat " otspots " Indian$iodi)ersity 4 )alues of !iodi)ersity -threats to !iodi)ersity - conser)ation of !iodi)ersity - in -situand e5 "situ?

UNIT II ENFIRONMENTAL POLLUTION D HOURS

Causes4 effects and control of %ir pollution4 7ater pollution4 Soil pollution4 Marine pollution4Thermal pollution4 ,oise pollution4 nuclear haards and disposal of nuclear .astes? Pollution casestudies?Solid .aste management " types and sources of solid .aste- *: principles4 ad)antages of recyclingand .aste utiliation? E ".aste4 haardous .aste management?

UNIT III ENERG% AN& SUSTAINABILIT% D HOURSEnergy resources- the role of rene.a!le sources of energy- Principle in)ol)ed in energy con)ersionad)antages and limitations - hydel energy4 solar energy4 .ind energy4 !io energy4 geothermalenergy4 ocean energy4 nuclear energy? Sustaina!le de)elopment

UNIT IF GLOBAL ENFIRONMENTAL ISSUES AN& LAWS D HOURSFacts and impacts of - Climate change4 Glo!al .arming4 oone layer depletion? En)ironmentaldisasters " earth'ua8es4 cyclones4 floods4 landslides4 tsunamis " disaster management approach?Case studies International Con)entions- protocoles? En)ironmental ethics? En)ironmental la.s "

issues in enforcing en)ironmental la.s? Pollution control !oards4 En)ironmental Impact%ssessment?

UNIT F HUMAN POPULATION AN& ENFIRONMENT DHOURSPopulation gro.th4 population e5plosion4 en)ironment and human health4 :ole of technology inen)ironmental management? Pu!lic a.areness4 clean technologies4 Eco-la!eling? :ole of ,G/Ds inen)ironmental management? Case studies?

T",+)s )"7(*(. ("#. !:( S99-s

3

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Green Chemistry? Energy resources

C"#!(#! &(9+7(* $(!:"."9"+!: ,*"- =*"$ #ss!-+#-9( !" ss!-+#-9( .(7(9",$(#! !:*"

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:ectangle4 triangle4 circle !y integration " T section4 I section4 %ngle section4 ollo. section !yusing standard formula4 Parallel a5is theorem and perpendicular a5is theorem4 Polar moment ofinertia4 Principal moments of inertia of plane areas " Principal a5es of inertia4 Mass moment ofinertia4 &eri)ation of mass moment of inertia for rectangular section4 prism4 sphere from first

principle4 :elation to area moments of inertia?

UNIT IF &%NAMICS O PARTICLESD3

Particle &ynamics4 Energy Methods # Momentum MethodsH ,e.tonKs la. for rectangularcoordinates # cylindrical coordinates4 rectifier translation4 central force motion4 ,e.tonKs la. for

path )aria!les4 .or8 energy e'uations4 .or8 energy e'uations for a systems of particles4 linear andangular momentum e'uations for a systems of particles? Pro!lems ;)ector method

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In dynamics4 students .ere capa!le to find the un8no.n forces in the mo)ing !odies using

&Dalem!ertDs Principle4 7or8-energy method and Impulse momentum principle?

O()!+7( 5' To ma8e the students to .rite the dynamic e'uili!rium e'uation

students understood to .rite the dynamic e'uili!rium e'uation?

C"*s( "()!+7(s'1? To understand the la.s of motion the 8inematics of motion and the interrelationship2? To comprehend the effect of friction on e'uili!rium*? To understand the properties of surfaces and solids3? To 8no. the principle of .or8 and energy=? To ma8e the students to .rite the dynamic e'uili!rium e'uation

M-,,+#< "= )"*s( "()!+7(s >+!: P*"+!: P*"

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=? Gain 8no.ledge in ,%,/ materials and smart materials

=*

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S99-sENGINEERING PH%SICS

UNIT I CON&UCTING MATERIALS DFormation of !ands ;'ualitati)e< - Classification of solids !ased on !ands " Classical free electron

theory4 E5pression for electrical and thermal conducti)ity4 7eidmann Fran la. - Sources ofresisti)ity - MattheissenDs rule? - o. and high resisti)ity materials and their applications?

UNIT II SEMICON&UCTING MATERIALS DIntrinsic and e5trinsic semiconductors - E5pression for carrier concentration - +ariation of carrierconcentration and Fermi le)el .ith temperature for n " type - Elemental and compoundsemiconductors - all effect H all coefficient in e5trinsic semiconductors4 e5perimentaldetermination of all coefficient and applications of all effect4 &:4 Solar Cells and straingauges

UNIT III MAGNETIC MATERIALS AN& SUPERCON&UCTORS D

Introduction to magnetic materials - Ferromagnetic materials - Properties - &omain theory offerromagnetism - ysteresis - ard and soft magnetic materials - FerritesH structure andapplications? Magnetic storage de)icesH magnetic recording and magneto optical recording "Materials for permanent magnets? Superconductors " Properties - Types of superconductors - ighTc superconductors - %pplicationsH S96I& - Cryotron " Magnetic le)itation?

UNIT IF &IELECTRIC MATERIALS DPolariation " Polaria!ility " Polariation )ector4 Electrical suscepti!ility4 &ielectric constant -Polariation mechanisms ;9ualitati)e< "Internal Field- Clausius Mossotti relation-Fre'uency andtemperature dependence of polariation - &ielectric loss - &ielectric !rea8do.n mechanisms "Ferro electric materials4 Classification and its Properties "Pieoelectric materials " classification ofInsulating materials?

UNIT F MO&ERN ENGINEERING MATERIALS DShape Memory alloys ;SM%

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C"*s( O!)"$(s

O()!+7( 1; U#.(*s!-#. !:( )"#.)!+#< ,*",(*!+(s "= $-!(*+-9s -#. *(s+s!+7+! -! .+==(*(#!!($,(*-!*(s'

a< Material classification !ased on !ands?!< :elation !et.een electrical and thermal conducti)ity !ased on electron theoryc< %pplications of lo. and high resisti)ity materials

O()!+7( 2; A,,*()+-!( !:( (:-7+"* "= s($+)"#.)!"*s'a< $eha)ior of n type semiconductor at different concentrations of electrons

!< Techni'ues to identify the types of semiconductorsc< 7or8ing principles of &:4 Solar cells and strain gauges

O()!+7( 3; C"**(9-!( !:( #+( ,*",(*!+(s "= s,(*)"#.)!"*s >+!: $-

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M-,,+#< "= )"*s( "()!+7(s >+!: P*"+!: P*"

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ENGINNERING MATHEMATICSII

CO&E NO' 11CO202&(s)*+,!+"#' H"*s -#. C*(.+!' LTMC 3 1 1004T(! B""' 1? +eeraraan T4 @Engineering MathematicsA4 6pdated 2nd Edition4 Tata McGra. ill4

,e.&elhi4 2B1B?

2? :ama8rishna Prasad %4 @(reysigDs Engineering Mathematics IA4 1st Edition4 7iley India P)t?td?4 India4 2B11

P*(*(+s+!(s' (no.ledge from Integration

Space cur)es

/rdinary and Partial &ifferential e'uations

C"*s( "()!+7(s'

1? To de)elop the a!ility of mathematical modeling of systems using differential

e'uations and a!ility to sol)e the differential e'uations?

2? To introduce the concept of +ector differentiation and integration that findsapplications in solid mechanics4 fluid flo.4 heat pro!lems and potential theory etc?

*? To introduce the !asics of analytic functions and their applications to the pro!lemsrelated to heat flo.4 fluid dynamics4 electrostatics4 t.o dimensional potential theoryand sol)ing

3? To introduce the !asics in comple5 integration .hich is used to e)aluatecomplicated real integrals

=? To introduce the concepts of aplace Transforms and its applications to )ariouspro!lems related to engineering and technology?

S99-s' ENGINEERING MATHEMATICS II 3 1 1004

UNIT I &IERENTIAL EUATIONS D3

Second and third order linear differential e'uations .ith constant coefficients -Method of)ariationof parameters-Cauchy and egendreDs linear e'uations for )aria!le coefficients-Simultaneous first

order linear e'uations .ith constant coefficients?

=

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UNIT II FECTOR CALCULUS D3

Gradient4 di)ergence and curl4 irrotational and solenoidal )ector fields- &irectional deri)ati)es-GreenDstheorem in a plane ;.ithout proof

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C"*s( "!)"$(s'

O()!+7( 1H &efine differential e'uations4

The student should !e a!le to 6se Principle of superposition

Find :elationships !et.een the homogeneous ;complementary< solution4 a particularsolution4 the general solution4 and the uni'ue solution?

O()!+7(2; GreenDs and GaussDs theorem4The student should !e a!le to

Perform standard operations on )ectors in t.o-dimensional space and three- dimensionalspace ?

%pply the fundamental theorem for line integrals of conser)ati)e )ector fields?

Find the curl and di)ergence of a )ector field?

3? CauchyDs :iemann e'uations and conformal mappingThe student should !e a!le to

Find the flo. field around 2& and *& o!ects using com!inations of fundamentalpotential flo. solutions

4? &efine Taylor and aurent e5pansionsThe student should !e a!le to

To understand the !asic utility of the TaylorDs series in numerical methods

%pply TaylorDs series e5pansion to appro5imate functions and estimate the resulting errors

Types of singularity

5; Came to 8no. application in aplace Transform To compute solutions of second order4 linear e'uations .ith constant coefficients

To compute solutions of e'uations in)ol)ing impulse functions

C"*s( "()!+7(s'

1? To de)elop the a!ility of mathematical modeling of systems using differential

e'uations and a!ility to sol)e the differential e'uations?

2? To introduce the concept of +ector differentiation and integration that finds

applications in solid mechanics4 fluid flo.4 heat pro!lems and potential theory etc?

=

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*? To introduce the !asics of analytic functions and their applications to the pro!lemsrelated to heat flo.4 fluid dynamics4 electrostatics4 t.o dimensional potential theoryand sol)ing

3? To introduce the !asics in comple5 integration .hich is used to e)aluatecomplicated real integrals

=? To introduce the concepts of aplace Transforms and its applications to)arious pro!lems related to engineering and technology

M-,,+#< "= )"*s( "()!+7(s >+!: P*"

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E#1

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3< &etermination of &issol)ed o5ygen content !y 7in8lerDs method?

*< &etermination of C/& of .aste .ater !y dichromate method

3< &etermination of hea)y metals in .ater !y spectrophotometrty ;any one " Iron4 Cr4 g< To determine the strength of gi)en acid "P metrically?

< To determine the amount of ferrous ions !y potentiometry

< &etermination of emf of electrochemical cell?

< &etermination of corrosion rate ".eight loss method??

1B< &etermination of inhi!itor efficiency "corrosion?

R(=(*(#)(s ="* C:($+s!* L-"*-!"*

;1< effery4 G??4 $assett4 ?4 Mendham4 ? and &enny4 :?C?4 +ogelDs Te5t !oo8 of'uantitati)e Chemical %nalysis4 /5ford4 E$S4 ondon42BB2?

;2< Shoema8er &?P? and C?7?Garland?4 E5periments in Physical Chemistry4 Tata McGra.-illPun?Co?td?4ondon4 2BB*?

T",+)s )"7(*(. ("#. !:( S99-s

7ater characteriation theory? Electrochemistry la.s? Corrosion mechanism?

C"#!(#! &(9+7(* $(!:"."9"

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C"*s( O!)"$(s

%t the end of the course4 students attain the follo.ing a!ility4

1? Prepare solutions of different molarity and normality?

2? Perform )olumetricelectricaloptical e5periment s8illfully?

*? &etermine Concentration of a solution?

3? %ssess the 'uality of .ater?

M-,,+#< "= E#

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PH%SICS LABORATOR%

CO&E NO' 080640001&(s)*+,!+"#' H"*s -#. C*(.+!' L T P C 3 0 0 3

TET BOOS1? Physics a!oratory Manual

P*(*(+s+!(s Introduction to !asic micrometer e5periments Thermal e5periments Thic8ness measurement through optical e5periments

+iscosity4 compressi!ility of li'uids

C"*s( O()!+7(s

andle different types of e'uipments and ta8e measurements? To measure microscopic 'uantities are measured !y optical methods? 6nderstand the )ariation of material properties .ith slight )ariation in their composition? Study of !asic characteristics of de)ices and correlate .ith theory? &esign of e5periments .ith the purpose in )ie.?

S99-sP:s+)s @ C:($+s!* L-"*-!"*

A# T(# (,(*+$(#!s "! "= !:( ="99">+#< (,(*+$(#!s

1? ;a< Particle sie determination using &iode aser ;!< &etermination of aser parameters " 7a)elength4 and angle of di)ergence? ;c< &etermination of acceptance angle in an optical fi!er?2? &etermination of thic8ness of a thin .ire " %ir .edge method*? &etermination of )elocity of sound and compressi!ility of li'uid " 6ltrasonic interferometer?

3? &etermination of .a)elength of mercury spectrum " spectrometer grating?=? &etermination of thermal conducti)ity of a !ad conductor " eeDs &isc method?>? &etermination of ysteresis loss in a ferromagnetic material? &etermination of 0oungDs modulus of the material " non uniform !ending?? &etermination of $and Gap of a semiconductor material?? &etermination of specific resistance of a gi)en coil of .ire " Carey Foster $ridge?1B? &etermination of )iscosity of li'uid " PoiseuilleDs method?11? Spectrometer dispersi)e po.er of a prism?12? &etermination of 0oungDs modulus of the material " uniform !ending?1*? Torsional pendulum " &etermination of rigidity modulus?

>3

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E7-9-!+"# ,*")(ss +i)a-+oce Model E5amination?

C"*s( O!)"$(s

/!ecti)e 1 &ifferentiate the lo. and high )iscous li'uids

/!ecti)e 2 6nderstand the rigidity modulus and youngDs modulus of any material

/!ecti)e * Correlate the thermal and electrical conducti)ities of metals and alloys

/!ecti)e 3 6nderstand the illumination resistance characteristics of &:

/!ecti)e = Measurements of dimensions !y optical interference techni'ue

M-,,+#< "= )"*s( "()!+7(s >+!: P*"+!: P*"

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COMMUNICATION SILLS

CO&E NO' 11C0201&(s)*+,!+"#' H"*s -#. C*(.+!' 201003 LTMC T(! B""' Sangeetha Sharma # $inod Mishra4 @Communication S8ills for Engineers andScientistsA4 PI

earning Pri)ate imited4 ,e. &elhi4 2BB?P*(*(+s+!(s'

Essentials of istening and Spea8ing Technical 7riting 6sage of +oca!ulary

C"*s( "()!+7(s'

To help students de)elop listening s8ills for academic and professional purposes? To help students ac'uire the a!ility to spea8 effecti)ely in English in real-life situations? To inculcate reading ha!it and to de)elop effecti)e reading s8ills? To help students impro)e their acti)e and passi)e )oca!ulary? To familiarie students .ith different rhetorical functions of scientific English? To ena!le students .rite letters and reports effecti)ely in formal and !usiness situations?

S99-s

UNIT I LISTENING >R>istening to fill up gapped te5ts -istening to identify conte5t and Spea8erKs opinion-,ote Ta8ing-istening to Con)ersationUNIT II REA&ING >R>E5posure to different reading techni'ues-S8imming4 identifying the topic sentence and its role ineach paragraph-Scanning - Inferring and identifying the le5ical and te5tual message-Comprehension # ,ote Ma8ing

UNIT III SPEAING >R>+er!al and ,on-)er!al Communication-Introducing /neself-&escri!ing o!ects and Situations-E5pressing opinions - %greement # &isagreement-Group &iscussion- Moc8 inter)ie.-Po.er PointPresentation-Soft S8ills-$eha)ioral attitude4 &ress code4 &ining eti'uetteUNIT IF TECHNICAL REPORT WRITING >R>7riting $usiness Messages ;%d)ertisement

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7ord formation-prefi5es #suffi5es - %!!re)iations and %cronyms - Foreign 7ords and Phrases -$ritish # %merican English - Idioms and phrases ;computer- related< - Scientific and technicalterms-argons-Technical :egister-Pairs of confused .ords

L' 30? P' 30? T"!-9' 60

C"#!(#! &(9+7(* $(!:"."9"

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C"*s( "()!+7(s'

To help students de)elop listening s8ills for academic and professional purposes? To help students ac'uire the a!ility to spea8 effecti)ely in English in real-life situations? To inculcate reading ha!it and to de)elop effecti)e reading s8ills? To help students impro)e their acti)e and passi)e )oca!ulary? To familiarie students .ith different rhetorical functions of scientific English? To ena!le students .rite letters and reports effecti)ely in formal and !usiness situations?

M-,,+#< "= )"*s( "()!+7(s >+!: P*"

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ELECTRIC ENGINEERING LABORATOR%

CO&E NO' ME 220D&(s)*+,!+"#' H"*s -#. C*(.+!' L T P C 0 0 3 2

TET BOOS1? Electrical Engineering a! Manual

REERENCES1? +E&%M S6$:%M%,I%M4 @Electric &ri)es ;concepts and applications

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22? /!ser)ation2*? :ecord23? Model E5am

C"*s( "!)"$(s'O()!+7( 1'Students understood the !asic concepts of different types of electrical machines andtheir performance?O()!+7( 2'The different methods of starting &?C motors and induction motors .ere studied?

M-,,+#< "= )"*s( "()!+7(s >+!: P*"+!: P*"

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UNIT IF CONFENTIONAL AN& SOLI& STATE SPEE& CONTROL O &;C; &RIFES

10L

Speed control of &C series and shunt motors " %rmature and field control4 7ard-eonard controlsystem - 6sing controlled rectifiers and &C choppers "applications?

UNIT F CONFENTIONAL AN& SOLI& STATE SPEE& CONTROLO A;C; &RIFES 10L

Speed control of three phase induction motor " +oltage control4 )oltage fre'uency control4 slippo.er reco)ery scheme " 6sing in)erters and %C )oltage regulators "applications;

TOTAL NUMBER O PERIO&S' L 45

E7-9-!+"# M(!:".s'1?C%T ;e5am+!: P*"+!: P*"

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a ! c d e f g h i 8

E9()!*+)-9 &*+7(s -#. C"#!*"9 5 5 5 5 5 5 5 5 5 5 5

ENGINEERING THERMO&%NAMICS

CO&E NO'&(s)*+,!+"#' H"*s -#. C*(.+!' 3104 LTMCT(! B""s'

1? ,ag?P?(?4 @Engineering ThermodynamicsA4 Tata McGra.-ill4,e. &elhi4 1?2? Cengel4 Thermodynamics " %n Engineering %pproachD Third Edition " 2BB* " Tata

McGra. ill4 ,e. &elhi?

P*(*(+s+!(s' (no.ledge from B-s+)s "= T:(*$".#-$+)s

T:(*$-9 E#

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:e)ersi!ility and irre)ersi!ility? Carnot theorem4 Carnot cycle4 re)ersed carnot cycle4efficiency4 C/P? Thermodynamic temperature scale4 Clausius ine'uality4 concept ofentropy4 entropy of ideal gas4 principle of increase of entropy " a)aila!ility?

UNIT III PROPERTIES O PURE SUBSTANCE AN& STEAM POWER DL3T

Properties of pure su!stances " Thermodynamic properties of pure su!stances in solid4 li'uid and)apour phases4 phase rule4 P-+4 P-T4 T-+4 T-S4 -S diagrams4 P+T surfaces4 thermodynamic

properties of steam? Calculations of .or8 done and heat transfer in nonflo. and flo. processes?Standard :an8ine cycle4 :eheat and regenerati)e cycle?

UNIT IF I&EAL AN& REAL GASES AN& THERMO&%NAMIC RELATIONS DL3T

Gas mi5tures " properties ideal and real gases4 e'uation state4 %)agadroDs a.4 +ander 7aalDse'uation of state4 compressi!ility factor4 compressi!ility chart " &altonDs la. of partial pressure4e5act differentials4 T-& relations4 Ma5.ellDs relations4 Clausius Clapeyron e'uations4 oule "Thomson coefficient?

UNIT F PS%CHROMETR% DL3TPsychrometry and psychrometric charts4 property calculations of air )apour mi5tures?Psychrometric process " Sensi!le heat e5change processes? atent heat e5change processes?%dia!atic mi5ing4 e)aporati)e cooling

T"!-9 N$(* "= P(*+".s' L 45 T 15 60;6se of standard thermodynamic ta!les4 Mollier diagram4 Psychometric chart and:efrigerant property ta!les are permitted+!: P*"+!: P*"

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LUI& MECHANICS AN& MACHINER%

CO&E NO' ME 2204&(s)*+,!+"#' H"*s -#. C*(.+!' L T P C 3 1 0 4

TET BOOS'1? Streeter? +? ?4 and 7ylie4 E?$?4 Fluid Mechanics4 McGra. ill4 1*?2? :atha8rishnan? E4 Fluid Mechanics4 Prentice all of India ;II Ed?

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UNIT I INTRO&UCTION 12

6nits # &imensions? Properties of fluids " Specific gra)ity4 specific .eight4 )iscosity4compressi!ility4 )apour pressure and gas la.s " capillarity and surface tension? Flo.characteristicsH concepts of system and control )olume? %pplication of control )olume to continuity

e'uiation4 energy e'uation4 momentum e'uation and moment of momentum e'uation?

UNIT II LOW THROUGH CIRCULAR CON&UITS 12

aminar flo. though circular conduits and circular annuli? $oundary layer concepts? $oundarylayer thic8ness? ydraulic and energy gradient? &arcy " 7eis!ach e'uaition? Friction factor andMoody diagram? Commercial pipes? Minor losses? Flo. though pipes in series and in parallel?

UNIT III &IMENSIONAL ANAL%SIS D

&imension and unitsH $uc8inghamDs theorem? &iscussion on dimensionless parameters? Modelsand similitude? %pplications of dimensionless parameters?

UNIT IF ROTO &%NAMIC MACHINES 16

omologus units? Specific speed? Elementary cascade theory? Theory of tur!o machines? EulerDse'uation? ydraulic efficiency? +elocity components at the entry and e5it of the rotor? +elocitytriangle for single stage radial flo. and a5ial flo. machines? Centrifugal pumps4 tur!ines4

performance cur)es for pumps and tur!ines?

UNIT F POSITIFE &ISPLACEMENT MACHINES 11

:ecriprocating pumps4 Indicator diagrams4 7or8 sa)ed !y air )essels? :otory pumps?Classification? 7or8ing and performance cur)es?

TOTAL '60 PERIO&S

E7-9-!+"# M(!:".s'2=? C%T ;e5am? %ssignments

2? Tutorials

2? Practicals

C"*s( "!)"$(s'O()!+7( 1'

Students understood the !asic principles and properties of fluid mechanics?

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Students understood the control )olume approach to deri)e the !asic e'uations of fluidmechanics

O()!+7( 2'The applications of the conser)ation la.s to flo. though pipes and hydraulicsmachines .ere studied?

O()!+7( 3' T:(understanding of the concept and .or8ing principle of )arious fluid machines!ased on fluid mechanic !asic concepts .ere done?

O()!+7( 4' The significance of optimiing the fluid machines using )arious parameters .erelearned?

M-,,+#< "= )"*s( "()!+7(s >+!: P*"+!: P*"

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LUI& MECHANICS AN& MACHINER% LABORATOR%

CO&E NO' ME 2208&(s)*+,!+"#' H"*s -#. C*(.+!' L T P C 0 0 3 2

TET BOOS1? Fluid Mechanics %nd Machinery a! Manual

REERENCES1? Streeter? +? ?4 and 7ylie4 E?$?4 Fluid Mechanics4 McGra. ill4 1*?2? :atha8rishnan? E4 Fluid Mechanics4 Prentice all of India ;II Ed?

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*? Calculation of the rate of flo. using :ota meter?3? &etermination of friction factor for a gi)en set of pipes?=? Conducting e5periments and dra.ing the characteristic cur)es of centrifugal pump su!mergi!le

pump?>? Conducting e5periments and dra.ing the characteristic cur)es of reciprocating pump?

? Conducting e5periments and dra.ing the characteristic cur)es of Gear pump?? Conducting e5periments and dra.ing the characteristic cur)es of Pelton .heel?? Conducting e5periments and dra.ing the characteristics cur)es of Francis tur!ine?1B? Conducting e5periments and dra.ing the characteristic cur)es of (aplan tur!ine?

LIST O EUIPMENT (for a batch of 30 students)1? /rifice meter setup2? +enturi meter setup*? :otameter setup3? Pipe Flo. analysis setup=? Centrifugal pumpsu!mergi!le pump setup

>? :eciprocating pump setup? Gear pump setup? Pelton .heel setup? Francis tur!ine setup1B? (aplan tur!ine setup

E7-9-!+"# M(!:".s'1?C%T ;e5am !" -,,9 !:( -s+) )"#)(,!s "= =9+. $():-#+)s !" *(-9!+$( ,*"9($s -#. =9+. $-):+#(s;

O()!+7( 2 ' To ma8e the students understand the .or8ing principle of )arious Fluid Machineries

S!.(#!s #.(*s!"". !:( -s+) )"#)(,! -#. >"*+#< ,*+#)+,9( "= 9+. M-):+#(s

O()!+7( 3' To understand the significance of optimiing the performance of Fluid Machineries

S!.(#!s #.(*s!"". !:( s++!: P*"

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"()!+7(sM-!:s?S)+(#)( @E#

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INEMATICS O MACHINER%

UNIT I BASICS O MECHANISMS L

&efinitions " in84 (inematic pair4 (inematic chain4 Mechanism4 and Machine? " &egree of

Freedom " (ut!ach criterion ;Grue!lerDs e'uation< - GrashoffKs la. - (inematic In)ersions offour-!ar chain and slider cran8 chain - Mechanical %d)antage-Transmission angle? &escription ofcommon Mechanisms - /ffset slider mechanism as 'uic8 return mechanisms4 Pantograph4 Straightline generators ;Peaucellier mechanisms

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3?Moti)ation .or8

C"*s( "!)"$(s'

O()!+7( 1 ' T" s!. -#. -#-9s( - $():-#+s$ ="* .+s,9-)($(#!? 7(9")+! -#. -))(9(*-!+"#

Students .ill !e a!le to understand the fundamentals of mechanism and machines?

Students .ill !e a!le to design and fa!ricate simple mechanism according to there'uirements

O()!+7( 2 ' T" #.(*s!-#. !:( +#($-!+) !:("* "=

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M-,,+#< "= )"*s( >+!: P*"

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B-s+)s "= P*".)!+"# P*")(ss(s

B-s+)s "= E#

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Sheet metal characteristics - Typical shearing operations4 !ending and dra.ing operations" Stretch forming operations "" Forma!ility of sheet metal " Test methods" 7or8ingprinciple and application of special forming processes - ydro forming ":u!!er padforming " Metal spinning " Introduction to E5plosi)e forming4 Magnetic pulse forming4Peen forming4 Super plastic forming?

UNIT F MANUACTURING O PLASTIC COMPONENTS DTypes of plastics - Characteristics of the forming and shaping processes " Moulding ofThermoplastics " 7or8ing principles and typical applications of - Inection moulding "Plunger and scre. machines " Compression moulding4 Transfer moulding " Typicalindustrial applications " Introduction to $lo. moulding " :otational moulding " Film

!lo.ing " E5trusion - thermoforming4 - $onding of Thermoplastics?

L()!*( ' 45T!"*+-9 ' 15T"!-9 ' 60

E7-9-!+"# M(!:".s'1?C%T ;e5am+!: P*"

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C"*s("()!+7(s

P*"+!: P*"

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B-s+)s "= P*".)!+"# P*")(ss(s

B-s+)s "= E#

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LIST O EUIPMENTS

1;C(#!*( L-!:( >+!: -))(ss"*+(s 15

2; W(9.+#

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E7-9-!+"# M(!:".s'1?C%T ;e5am -"! !:( s($+)"#.)!"*s -#. !:( R()!+=+(*s? s,()+=+) "()!+7(s -*('a< To 8no. a!out Energy !and Structure

!< Formation of the semiconductorsc< alf .a)e and the Full .a)e :ectifiers

2; G-+# !:( #">9(.9(.

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5

M-,,+#< "= )"*s( >+!: P*"

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To understand a!out the formation of alloy system and phase diagrams

To study the different heat treatment processes

To understand the procedures for determining the mechanical properties of materials

To study the different types of metallic and non metallic materials and sel.ect suta!le

material for different applications?

ENGINEERING MATERIALS AN& METALLURG%

R(7+(> N"! ="* E-$'

Crystal structure " $CC4 FCC and CP structure " unit cell " crystallographic planes and

directions4 miller indices " crystal imperfections4 point4 line4 planar and )olume defects " Grainsie4 %STM grain sie num!er?

UNIT I CONSTITUTION O ALLO%S AN& PHASE &IAGRAMS DL

Constitution of alloys " Solid solutions4 su!stitutional and interstitial " phase diagrams4Isomorphous4 eutectoid4 eutectic4 peritectic4 and peritectroid reactions4 Iron " Iron car!idee'uili!rium diagram? Classification of steel and cast Iron4 microstructure4 properties andapplications?

UNIT II HEAT TREATMENT DL

&efinition " Full annealing4 stress relief4 recrystallisation and spheroidiing "normalising4hardening and tempering of steel? Isothermal transformation diagrams " cooling cur)essuperimposed on I?T? diagram4 CC: - ardena!ility4 ominy end 'uench test " %ustempering4martempering " case hardening - car!urising4 nitriding4 cyaniding4 car!onitriding4 flame andinduction hardening?

UNIT III MECHANICAL PROPERTIES AN& TESTING DL

Mechanism of plastic deformation4 slip and t.inning " Types of fracture " Testing of materials

under tension4 compression and shear loads " ardness tests ;$rinell4 +ic8ers and :oc8.ell

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Polymers " types of polymer4 commodity and engineering polymers " Properties and applicationsof PE4 PP4 PS4 P+C4 PMM%4 PET4 PC4 P%4 %$S4 PI4 P%I4 PP/4 PPS4 PEE(4 PTFE Polymers "6rea and Phenol Formaldehydes " Engineering Ceramics " Introduction to Fi!re reinforced

plastics?T"!-9 N$(* "= P(*+".s' L 45

E7-9-!+"# M(!:".s'1?C%T ;e5am+!: P*"+!: P*"

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P*(*(+s+!(s' (no.ledge from B-s+)s "= T:(*$".#-$+)s

T:(*$-9 (#

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$asic Concepts " &iffusion Mass Transfer " Fic8Ds a. of &iffusion " Steady state Molecular&iffusion " Con)ecti)e Mass Transfer " Momentum4 eat and Mass Transfer %nalogy "Con)ecti)e Mass Transfer Correlations

T"!-9 N$(* "= P(*+".s' L 45 T 15 60 ,(*+".s

E7-9-!+"# M(!:".s'1? C%T ;e5am

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Students .ill !e e5posed .ith fundamental theoretical concepts of metal cutting

O()!+7( 2 ' To gain 8no.ledge a!out )arious fundamental manufacturing processes suchas lathe4 milling4 etc?4

Students .ill !e a!le to 8no. theoretical concepts of )arious metal cutting processes andprinciples of operations of machines

O()!+7( 3' To understand a!out metal finishing processes including Grinding

Students .ill !e a!le to understand the importance of finishing processes and gain8no.ledge a!out )arious finishing processes including Grinding

O()!+7( 4' To gain 8no.ledge a!out automated machine tool operations including C,Cmachines

Students .ill !e a!le to understand the importance of automating metal cutting processesand gain 8no.ledge a!out C,C machines and programming techni'ues

M-,,+#< "= )"*s( "()!+7(s >+!: P*"+!: P*"

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&(s)*+,!+"#' H"*s -#. C*(.+!' L T P C 3 0 0 3

TET BOOS1? MT II a! Manual

REERENCES1? $?S? Magendran Parashar # :?(? Mittal4AElements of Manufacturing ProcessesA4 Prentice allof India4 2BB*?2? P?,? :ao4AManufacturing TechnologyA4Tata McGra.-ill Pu!lishing imited4 II Edition4 2BB2?*? P?C? Sharma4 @% te5t !oo8 of production technologyA4S? Chand and Company4 I+ Edition4 2BB*?3? $egman4 Manufacturing ProcessA4 ohn 7ilely # Sons4 +III Edition4 2BB=?=? Serope (alpaian4 Ste)en :?Schmid4 Manufacturing Engineering and Technology4Pearson Education4 Inc? 2BB2 ;Second Indian :eprint

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;E5ampleH Surface Grinding4 Cylindrical Grinding?? :yder G?4 @Strength of Materials4 Macmillan India tdA?4 Third Edition4 2BB2 ? :ay ulse4 (eith Sher.in # ac8 Cain4 @Solid MechanicsA4 Palgra)e %,E $oo8s4 2BB3? ?Singh &?( @Mechanics of SolidsA Pearson Education 2BB2? ?Timoshen8o S?P4 @Elements of Strength of MaterialsA4 Tata McGra.-ill4 ,e. &elhi41

P*(*(+s+!(s' (no.ledge from

E#

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UNIT II BEAMS LOA&S AN& STRESSES DTypes of !eamsH Supports and oads " Shear force and $ending Moment in !eams " Cantile)er4Simply supported and /)erhanging !eams " Stresses in !eams " Theory of simple !ending " Stress)ariation along the length and in the !eam section " Effect of shape of !eam section on stressinduced " Shear stresses in !eams " Shear flo.

UNIT III TORSION D%nalysis of torsion of circular !ars " Shear stress distri!ution " $ars of Solid and hollo. circularsection " Stepped shaft " T.ist and torsion stiffness " Compound shafts " Fi5ed and simplysupported shafts " %pplication to close-coiled helical springs " Ma5imum shear stress in springsection including 7ahl Factor " &eflection of helical coil springs under a5ial loads " &esign ofhelical coil springs " stresses in helical coil springs under torsion loads

UNITIF BEAM&ELECTION DElastic cur)e of ,eutral a5is of the !eam under normal loads " E)aluation of !eam deflection andslopeH &ou!le integration method4 Macaulay Method4 and Moment-area Method "Columns " Endconditions " E'ui)alent length of a column " Euler e'uation " Slenderness ratio " :an8ine formula

for columns

UNIT F ANAL%SIS O STRESSES IN TWO &IMENSIONSD$ia5ial state of stresses " Thin cylindrical and spherical shells " &eformation in thin cylindricaland spherical shells " $ia5ial stresses at a point " Stresses on inclined plane " Principal planes andstresses " MohrDs circle for !ia5ial stresses " Ma5imum shear stress - Strain energy in !ending andtorsion

LECTURE ' 45

TUTORIAL ' 15TOTAL ' 60

E7-9-!+"# M(!:".s'

C%T ;e5am+!: P*"+!: P*"

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COMPUTER AI&E& MANUACTURING

CO&E NO' ME0000

&(s)*+,!+"#' H"*s -#. C*(.+!' 3 0 0 100 3 LTMC

T(! B""'1 I*-:+$ (+.; CA&CAM T:("* -#. P*-)!+)(? T-!- M)G*->H+99 P9+s:+#< C";L!.;?

2 M+(99;P;G*""7(* A!"$-!+"#? P*".)!+"# Ss!($s -#. )"$,!(* +#!(

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To study the C,C Technology-Functions of C,C Control in Machine Tools

To study the Classification of C,C systems-Contouring System-Interpolators4 open loopand closed loop C,C systems

To study the Process planning - role of process planning in C%&C%M integration

S99-s'COMPUTER AI&E& MANUACTURING

UNIT I CA&/CAM INTERACE 5Current trends in Manufacturing Engineering-Group Technology-&esign for Manufacturing and%ssem!ly-Total approach to product de)elopment-Concurrent Engineering-:apid prototyping "Introduction to C%&C%M soft.are pac8ages?

UNIT II UN&AMENTALS O CNC MACHINES 10

C,C Technology-Functions of C,C Control in Machine Tools-Classification of C,C systemsContouring System-Interpolators4 open loop and closed loop C,C systems-C,C Controllers4ard.are features-&irect ,umerical Control ;&,C systems

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Emerging Challenges in C%&C%M4 product &ata management-Product Modeling-%ssem!ly andTolerance Modeling?

LECTURE ' 45

TOTAL ' 45

E7-9-!+"# M(!:".s'*2? C%T ;e5am?

*? %utar (? (a.4 @Mechanics of Composite MaterialsA C:C Press4 2BB>

3? :o!ert M? ones4 @Mechanics of Composite MaterialsA Taylor and Francis4 1

=? Cha.la (?( Composite MaterialsH Science and Engineering?4 Springer " +erlag4 2BB> ?:onald Gi!son4 @Principles of Composite Material MechanicsL4 Tata McGra. ill4 2BB?

4P*(*(+s+!(s' (no.ledge from

M-!(*+-9 S)+(#)(s

E#

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To understand the .or8ing principles of different methods of composite fa!rication process

To understand the !eha)ior of composites under different lOoading conditions

To study the applications of composites for structural applications

S99-s'COMPOSITE MATERIALS

UNIT I INTRO&UCTION D&efinition " Classification of Composite materials !ased on structure " !ased on matri5?%d)antages ofcomposites " application of composites " functional re'uirements of reinforcement and matri5?:einforcement types " Fi!res " continuous4 particulate and .his8er reinforcements " Properties -%pplications " Comparison of fi!re strengths "? Matri5 materials " Properties? 7etta!ility fi!re.ith matri5 " Effect of surface roughness " Interfacial !onding

UNIT II REINORCEMENTS AN& MATRICES D&ifferent types of fi!ers - Manufacturing 4 properties and applications of glass fi!ers4 car!on fi!ers4(e)lar fi!ers? Thermoset and thermoplastic matrices - properties of polyester4 epo5y and nylonmatrices 4

polypropylene and PEE( matrices

UNIT III MANUACTURING O A&FANCE& COMPOSITES DPolymer matri5 compositesH Preparation of Moulding compounds and pre-pregs " hand lay upmethod "%utocla)e method " Filament .inding method " Compression moulding " :eaction inectionmoulding?

UNIT IF MECHANICS O LAMINATE& COMPOSITES DStress-strain relationship for anisotropic and orthotropic materials - :ule of Mi5tures - in)ariant

properties of orthotropic laminates " strength of an orthotropic lamina - failure criteria oforthoptropic lamina " macromechanical !eha)ior of laminates - classical laminate theory - inter

laminar stresses?

UNIT F COMPOSITE STRUCTURES DFatigue " S-, cur)es " Fatigue !eha)iors of CMCs " Fatigue of particle and .his8er reinforcedcomposites " y!rid composites " Thermal fatigue? Introduction to structures - selection ofmaterial4 manufacturing and laminate configuration - design of oints - !onded oints - !olted oints- !onded and !olted " laminate optimiation?

LECTURE ' 45TUTORIAL '

TOTAL ' 45

12

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C"*s("()!+7(s

P*"+!: P*"

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C"*s( "()!+7(s' To learn the fundamental concepts of design process4 Fits # Tolerances4 direct4 !ending and

torsion stress?

To study the design of shafts and couplings

To study the design of fastners and .elded oints

To study the design of springs and le)ers

To study the design of !earings and fly.heels

S99-s'&ESIGN O MACHINE ELEMENTS

UNIT I STEA&% AN& FARIABLE STRESSES D

Introduction to the design process - factor influencing machine design4 selection of materials !asedon mechanical properties4 Fits and Tolerances4 Preferred num!ers " &irect4 $ending and torsionalstress e'uations " Impact and shoc8 loading " calculation of principle stresses for )arious loadcom!inations4 eccentric loading " &esign of cur)ed !eams " crane hoo8 and CD frame - Factor ofsafety - theories of failure " stress concentration " design for )aria!le loading " Soder!erg4Goodman and Ger!er relations?

UNIT II &ESIGN O SHATS AN& COUPLINGS D&esign of solid and hollo. shafts !ased on strength4 rigidity and critical speed " &esign of 8eysand 8ey .ays - &esign of rigid and fle5i!le couplings " Introduction to gear and shoc8 a!sor!ingcouplings - design of 8nuc8le oints?

UNIT III &ESIGN O ASTNERS AN& WEL&E& JOINTS D

Threaded fastners - &esign of !olted oints including eccentric loading " &esign of .elded ointsfor pressure )essels and structures - theory of !onded oints? ;:i)eted oints - self study+!: P*"+!: P*"

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S99-s

ELECTRONICS1? +-I Characteristics of P, unction and enerD diode?

2? Transistor characteristics in Common Emitter mode?*? Study of :C-Phase shift /scillator?3? Study of ogic gates and )erification of their truth ta!les?=? Study of alf-adder and Full adder and )erification of their truth ta!les?>? Study of Flip-flops? ;i< :-S Flip-flop? ;ii< & Flip-flop? ;iii< -( Flip-flop? ;i)< T- Flip-flop?MICROPROCESSOR? 7riting %ssem!ly le)el programming in B= microprocessor for the follo.ing ;i< -!it %ddition?

;ii< -!it Su!traction? ;iii< -!it Multiplication? ;i)< -!it &i)ision?? 7riting %ssem!ly le)el programming in B= microprocessor for finding Ma5imum andMinimum num!er in a !loc8 of data?? 7riting %ssem!ly le)el programming in B= microprocessor for transferring a !loc8 /f datafrom one !loc8 to another !loc8?1B? 7riting %ssem!ly le)el programming in B= microprocessor for sorting data?11? Stepper motor interfacing in B= Microprocessor?C"#!(#! &(9+7(* $(!:"."9"+!: P*"

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THERMAL ENGINEERING

CO&E NO' BB12BB2*

&(s)*+,!+"#' H"*s -#. C*(.+!' 3104 LTMC

TET BOOS 1? :?(?:aput4 @Thermal EngineeringA 4 a5mi Pu!lications4 ,e. &elhi4 Si5th edition4 2BB=? 2? (othandaraman C?P4 &om8und.ar and %?+? &om8und.ar4 @% course in Thermal

EngineeringA4 &hanpat :ai # Sons4 Fifth Edition4 2BB2? * Sar8ar $?(?4 @Thermal EngineeringA4 Tata McGra.-ill4 ,e. &elhi ,e. &elhi4 1 3 +?Ganesan4 @Internal Com!ustion EnginesA4 Tata McGra.-ill4 ,e. &elhi4 13ME 2251

P*(*(+s+!(s'

S()!

P*"

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B-s+)s "= T:(*$".#-$+)s

H(-* -#. M-ss T*-#s=(*

C"*s( O()!+7(s

1; T" -))"$,9+s: -# #.(*s!-#.+#< "= ,*+#)+,9(s "=

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Students .ill !e a!le to e)aluate the performance of refrigerating systems?

Students .ill !e a!le to perform the cooling and heating load calculations in air-conditioning systems?

C"*s( "()!+7(s'

1; To accomplish an understanding of principles of gas po.er cycles and their applications?2? To pro)ide in-depth study of )arious thermal systems li8e IC engines4 Steam noles4 steam

tur!ines?*? To pro)ide in-depth study of air compressors?

3? To enlighten the .or8ing principle and performance analysis of refrigerating and air-Conditioning systems?

M-,,+#< "= )"*s( "()!+7(s >+!: P*"+!: P*"

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REERENCES'1 :?(?:aput4 @Thermal EngineeringA 4 a5mi Pu!lications4 ,e. &elhi4 Si5th edition4 2BB=2 (othandaraman C?P4 &om8und.ar and %?+? &om8und.ar4 @% course in Thermal EngineeringA4 &hanpat :ai # Sons4 Fifth Edition4 2BB2

* olman ?P? @ThermodynamicsA4 McGra.-ill4 1=?3 %rora C?P?4 @:efrigeration and %ir conditioningA4 Tata McGra.-ill4 ,e. &elhi4 13= Sar8ar $?(?4 @Thermal EngineeringA4 Tata McGra.-ill4 ,e. &elhi ,e. &elhi4 1

P*(*(+s+!(s E#

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C"*s( "!)"$(s'O()!+7( 1' To ma8e the students applying the !asic concepts of Engineering Thermodynamics?

S!.(#!s #.(*s!"". :"> !" -,,9 !:( -s+) )"#)(,!s "= E#"*+#< ,*+#)+,9( "= 7-*+"s !:(*$-9(+,$(#!s;

O()!+7( 3' To understand the significance of optimiing the performance of Fluid Machineries

S!.(#!s #.(*s!"". !:( s++!: P*"

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1? % Te5t !oo8 of %utomo!ile Engineering !y :?(? :aput? L-$+ pu!lications ;P< td4;2BB< ,e. &elhi4

2? %utomo!ile Technology !y Sethi ?M4 Tata McGra.-ill4 ;2BB*

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maintenance4 Electrical systems " generator " starting Motor and &ri)es4 ighting and Ignition;Magneto Coil and Electronic Type

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Students .ill !e a!le to 8no. the !asic principles of car!uretor4 electronics fuel inectionsystems and C:&I systems

Students .ill !e a!le to 8no. ignition systems? Students .ill !e a!le to understand construction4 operation and maintenance of !attery?

O()!+7( 3' T" +$,-*! !:( -s+) #">9(.

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M-,,+#< "= )"*s( "()!+7(s >+!: P*"+!: P*"

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COMPUTER AI&E& MANUACTURING LAB

CO&E NO' 080120040&(s)*+,!+"#' H"*s -#. C*(.+!' 03 1002 LPMC

P*(*(+s+!(s' (no.ledge fromC"$,!(* N$(*+)-9 C"#!*"9

#">9(.? Part programming in)ol)ing canned cycles for &rilling4 Pec8 drilling4 and $oring?

? E5posure to Component Modeling and C data generation using C%&C%M Soft.are li8e6nigraphics4 ProE4 Edge C%M etc?4

? ,C code generation using C%&C%M soft.are-Post processing for standard C,C controlli8e F%,6C4 SI,6ME:IC etc?4

T"!-9 N$(* "= P(*+".s P 45

E7-9-!+"# M(!:".s'1? Model e5am

2? +i)a )oice

*? Programs

13

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C"*s( "!)"$(s'

O()!+7( 1'To study the operations of C,C lathe and millingStudents should 8no. a!out step turning4 taper turning circular interpolation4 multiple

turning operation4 thread cutting4 groo)ing4 !oring4 mirroring4 poc8eting operations ?

O()!+7( 2'To study the international standards G-codes M-codes

Students should 8no. the standard G-codes M-codes for .riting the program of a!o)ementioned operations

O()!+7( 3' Study of Program .riting4 turning simulator4 milling simulator4 IS practice4Commands and menus

Students should 8no. process of .riting and e5ecution of programs in C,C TutorSoft.are?

O()!+7( 4'To de)elop !etter 8no.ledge in generating G-Codes and M-Codes in E&GE C%MSoft.are? Students should 8no. process of creating geometry and generating of programs for same inE&GE C%M Soft.are?

M-,,+#< "= )"*s( "()!+7(s >+!: P*"+!: P*"

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a ! c d e f g h i 8

CAM LAB 5 5 5 5 5 5 5 5 5 5

&ESIGN O TRANSMISSION S%STEMS

CO&E NO' ME0000

&(s)*+,!+"#' H"*s -#. C*(.+!' 320100 LTMC

T(! B""'

1? Maitra G?M?4 Prasad ?+?4 @and !oo8 of Mechanical &esignA4 II Edition4 Tata McGra.-ill41=2? Shigley ?E and Misch8e C? :?4 @Mechanical Engineering &esignA4 McGra.-ill InternationalEditions4 1*? ,orton :?4 @&esign of MachineryA4 McGra.-ill $oo8 co4 2BB3?3? amroc8 $??4 aco!son $?4 Schmid S?:?4 @Fundamentals of Machine ElementsA4 McGra.-=? u)inall :? C?4 Marshe8 (?M?4 @Fundamentals of Machine component &esignA4 " ohn 7iley #Sons Third Edition4 2BB2?>? $handari4 +?$?4 @&esign of Machine ElementsA4 Tata McGra.-ill Pu!lishing Companytd?413 ill $oo8 Co?4 1

P*(*(+s+!(s' B-s+)s "= .(s+

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Students .ill !e a!le to 8no. the Selection of + !elts and pulleys

Students .ill !e a!le to 8no. the selection of Flat !elts and pulleys?

Students .ill understand the Selection of Transmission chains and Sproc8ets?

O()!+7( 2 ' T" s!. !:( s,* -#. :(9+)-9

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C"*s("()!+7(s

P*"+!: P*"

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ENGINEERING ECONOMICS AN& INANCE

CO&E NO'

&(s)*+,!+"#' H"*s -#. C*(.+!' 31003 LTMC

T(! B""'Panneer Sel)am4 :4 @Engineering EconomicsA4 Prentice all of India td4 ,e.&elhi4 2BB1

P*(*(+s+!(s' (no.ledge from B-s+) $-!:($(-!+)s

B-#+#< -#. =+#-#)(

C"*s( "()!+7(s' To understand the concepts of economics and different cost concepts

To study the good and undesira!le effects of ma8e or !uy decision and differerent payment

methods

To compare the different cash flo. methods and find .hich suits the condition

To understand the different types of replacement and maintanence pro!lems and to 8no.

the concept of challenger and defender?

To understand the different depreciation methods and to compare the alternati)es?

S99-s'

ENGINEERING ECONOMICS AN& INANCE

1=*

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UNIT I INTRO&UCTION TO ECONOMICS

Introduction to Economics- Flo. in an economy4 a. of supply and demand4 Concept ofEngineering Economics " Engineering efficiency4 Economic efficiency4 Scope of engineeringeconomics - Elements of costs4 Marginal cost4 Marginal :e)enue4 Sun8 cost4 /pportunity cost4

$rea8-e)en analysis- + ratio4 Elementary economic %nalysis " Material selection for product&esign selection for a product4 Process planning

UNIT II FALUE ENGINEERING 10

Ma8e or !uy decision4 +alue engineering " Function4 aims4 and +alue engineering procedure?Interest formulae and their applications "Time )alue of money4 Single payment compound amountfactor4 Single payment present .orth factor4 E'ual payment series sin8ing fund factor4 E'ual

payment series payment Present .orth factor- e'ual payment series capital reco)ery factor-6niform gradient series annual e'ui)alent factor4 Effecti)e interest rate4 E5amples in all themethods

UNIT III CASH LOW D

Methods of comparison of alternati)es " present .orth method ;:e)enue dominated cash flo.diagram

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C"*s( "!)"$(s'O()!+7( 1 ' T" #.(*s!-#. !:( )"#)(,!s "= ()"#"$+)s -#. .+==(*(#! )"s! )"#)(,!s

Students .ill !e a!le to e)aluate the &emand and supply Students .ill !e a!le to differentiate !et.een Engineering efficiency and economics

efficiency

Students .ill understand the fundamentals of Material selection for product design

O()!+7( 2 ' T" s!. !:(

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*? To compare the different cash flo. methods and find .hich suits the condition

3? To understand the different types of replacement and maintanence pro!lems and to 8no.

the concept of challenger and defender?

=? To understand the different depreciation methods and to compare the alternati)es?

M-,,+#< "= )"*s( "()!+7(s >+!: P*"+!: P*"

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INITE ELEMENT ANAL%SIS

&(s)*+,!+"#' H"*s -#. C*(.+!' 311004 LTMC

T(! B""'

Chandrupatla T?:?4 and $elegundu %?&?4@Introduction to Finite Elements in EngineeringA4

Pearson Education 2BB24 *rd Edition?

P*(*(+s+!(s' (no.ledge from E#

H(-! -#. M-ss T*-#s=(*

C"*s( "()!+7(s' To understand the classic techni'ues in FEM

To study the shape functions of 1& and 2& elements

To understand the principles of scalar and )ector )aria!le pro!lems

To study the !asic concepts of isoparametric elements

INITE ELEMENT ANAL%SIS

1=

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UNIT I INTRO&UCTION

istorical !ac8ground " :ele)ance of FE% to design pro!lems4 %pplication to the continuum "&iscretisation " Matri5 approach4 Matri5 alge!ra " Gaussian elimination " Go)erning e'uations forcontinuum " Classical Techni'ues in FEM " 7eighted residual method " :it method4

Galer8in method

UNIT II ONE &IMENSIONAL PROBLEMSFinite element modeling " Coordinates and shape functions " Potential energy approach"Elementmatrices and )ectors " %ssem!ly for glo!al e'uations " $oundary conditions " igher orderelements - Shapes functions " %pplications to a5ial loadings of rods " E5tension to plane trusses "$ending of !eams " Finite element formulation of stiffness matri5 and load )ectors " %ssem!ly toGlo!al e'uations "!oundary conditions " Solutions and Post processing " E5ample Pro!lems?

UNIT III TWO &IMENSIONAL PROBLEMS SCALAR FARIABLE PROBLEMS

Finite element modeling " CST element " Element e'uations4 oad )ectors and !oundaryconditions " %ssem!ly " %pplication to heat transfer " E5amples

UNIT IF TWO &IMENSIONAL PROBLEMS FECTOR FARIABLE PROBLEMS

+ector +aria!le pro!lems " Elasticity e'uations " Plane Stress4 Plane Strain and %5isymmetricpro!lems " Formulation " element matrices " %ssem!ly " !oundary conditions and solutionsE5amples

UNIT F ISOPARAMETRIC ELEMENTS OR TWO &IMENSIONAL PROBLEMS

,atural coordinates4 Iso parametric elements4 Four node 'uadrilateral element" Shape functions "Element stiffness matri5 and force )ector " ,umerical integration " Stiffness integration "&isplacement and Stress calculations " E5amples?

L()!*( ' 45

T!"*+-9 ' 15T"!-9 ' 60E7-9-!+"# M(!:".s'

1? C%T ;e5am+!: P*"

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C"*s( "()!+7(s' To understand the fundamentals of Compressi!le flo. To understand the effect of friction4 area change and heat transfer in compressi!le flo. To understand the )arious systems of aircraft and et propulsion

S99-s'

UNIT I COMPRESSIBLE LOW UN&AMENTALS D

Energy and momentum e'uations for compressi!le fluid flo.s4 )arious regions of flo.s4 reference)elocities4 stagnation state4 )elocity of sound4 critical states4 mach num!er4 critical Mach num!er4types of .a)es4 Mach cone4 Mach angle4 effect of Mach num!er on compressi!ility?

UNIT II LOW THROUGH FARIABLE AREA &UCT D

Isentropic flo. through )aria!le area ducts4 T-s4 h-s diagrams for nole and diffuser flo.s4 arearatio as a function of Mach num!er4 mass flo. rate through noles and diffusers4 effect of frictionin flo. through noles?

UNIT III ANNO AN& RA%LEIGH LOW D

Flo. in constant area ducts .ith friction ;Fanno flo.< - Fanno cur)es and Fanno e'uation4)ariation of flo. properties4 )ariation of Mach num!er .ith duct length? Isothermal flo. .ithfriction in constant area ducts " Flo. in constant area ducts .ith heat transfer ;:ayleigh flo.

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3? Practicals

C"*s( "!)"$(s'

Students understood the fundamentals of Compressi!le flo.?

The effect of friction4 area change and heat transfer in compressi!le flo. .ere studied? +arious systems of aircraft and et propulsion .ere studied?

M-,,+#< "= )"*s( "()!+7(s >+!: P*"+!: P*"2

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B-s+)s "= R(=*+

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S!.(#!s #.(*s!"". :"> !" -,,9 !:( -s+) )"#)(,!s "= :(-! !*-#s=(* !" *(-9 !+$(,*"9($s -#. =9+. $-):+#(s;

O()!+7( 2 ' To ma8e the students understand the .or8ing principle of refrigeration andairconditioning systems

S!.(#!s #.(*s!"". !:( -s+) )"#)(,! -#. >"*+#< ,*+#)+,9( "= *(=*++!: P*"+!: P*"(* L-"*-!"* 5 5 5 5 5 5 5 5

POWER PLANT ENGINEERING

&(s)*+,!+"#'ours and CreditH *-B-B-3 ; -T-M-C3

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C"*s( O()!+7(s1?To accomplish an understanding of principles of )arious types of po.er plants?2?To pro)ide in-depth study of performance analysis of )arious po.er plants?*?To understand the )arious pollutants produced4 their causes4 effects and their remedialmeasures?

*?To understand the )arious costs in)ol)ed in po.er generation?

POWER PLANT ENGINEERING

UNIT I INTRO&UCTION TO POWER PLANTS @ BOILERS Dayout of ydel po.er plants " Types " Standalone " Pumped Storage? Steam $oilers and cycles "igh pressure and supercritical !oilers " Fluidied !ed !oilers " %nalysis of po.er plant cycles -Com!ined po.er cycles " comparison and selection?

UNIT II STEAM POWER PLANT Dayout and types of Steam Po.er Plants - Fuel and %sh handling systems " com!ustion e'uipmentfor !urning coal " Mechanical sto8ers " Pul)eriers " Electrostatic precipitator " &raught "different types4 Surface condenser types4 Cooling to.ers4 Pollution Controls?

UNIT III NUCLEAR POWER PLANTS D,uclear energy - Fission4 Fusion reaction - ayout of nuclear po.er plants - Types of reactors4pressuried .ater reactor - $oiling .ater reactor - Gas cooled reactor - Fast !reeder reactor - 7astedisposal and safety?

UNIT IF &IESEL AN& GAS TURBINE POWER PLANTS Dayout and types of &iesel po.er plants and components4 selection of engine type4applications? Gas Tur!ine po.er plant " ayout - Fuels4 gas tur!ine material4 types ofcom!ustion cham!ers - reheating4 regeneration and inter - cooling?

UNIT F POWER PLANT ECONOMICS D

Economics of po.er plant " %ctual load cur)es-cost of electric energy-fi5ed and operating costs-energy rates " Types of Tariffs " Economics of load sharing " )aria!le load operation - comparisonof economics of )arious po.er plants?

LECTURE ' 45

TOTAL ' 45TET BOOS1 El-7a8il M?M? Po.er Plant TechnologyD Mc-Gra. ill 132 %rora S?C? and &om8und.ar?S4 % Course in Po.er Plant EngineeringD 4 &hanpatrai42BB1* ,ag P?(?4 Po.er Plant EngineeringD4 Tata-McGra. ill4 1

REERENCES

1>=

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C"*s( "()!+7(s'

1?To accomplish an understanding of principles of thermodynamics and to !e a!le to use it inaccounting for the !ul8 !eha)iour of the simple physical systems?

2?To pro)ide in-depth study of thermodynamic principles4 thermodynamics of state4 !asicthermodynamic relations4 Principle of Psychrometry # Properties of pure su!stances*?To enlighten the !asic concepts of )apour po.er cycles?

M-,,+#< "= )"*s( "()!+7(s >+!: P*"

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ydraulic and pneumatic system

Finite element analysis

Strength of material

C"*s( "()!+7(s'1? To understand a!out the hydraulic and pneumatic system?2? To understand a!out the Simulation of %ir conditioning system .ith condenser ande)aporator

temperatures3? To understand a!out the S/FT7%:ES I(E M%T%$4 M%TC%&4 %$+IE74

%,S0S3? To understand a!out the stress and displacement for a 1 2& component?

SIMULATION AN& ANAL%SIS LABORATOR%

S99-s

L+s! "= E,(*+$(#!s

1 Simulation using S/FT7%:ES I(E M%T%$4 M%TC%&4 %$+IE71? Simulation of %ir conditioning system .ith condenser and e)aporator temperatures asinput to estimate C/P2? Simulation of ydraulic Pneumatic cylinder?*? Simulation of cam and follo.er mechanism?3? Simulation of Spring Mass &amper System Control?=? Simulation of heat e5changer process?

2 ?%nalyses ;Simple Treatment only3-23-3?

P*(*(+s+!(s' (no.ledge from B-s+) M-):+#+#< ",(*-!+"#s

B-s+) M-!:($-!+)s

C"*s( "()!+7(s' To understand the concepts of non traditional machining?

To study the concepts of mechanical machining processes

To study the concepts of Electro chemical processes

To study the ad)ances Thermal metal remo)al processes

S99-s'UNCONFENTIONAL MACHINING PROCESSES

UNIT I INTRO&UCTION D,eed for non-traditional machining methods-Classification of modern machining processes "considerations in process selection? Materials? %pplications? 6ltrasonic machining " Elements ofthe process4 mechanics of metal remo)al process parameters4 economic considerations4 applicationsand limitations4 recent de)elopment

UNIT II MECHANICAL PROCESSES D%!rasi)e et machining4 7ater et machining and a!rasi)e .ater et machining $asic principles4e'uipments4 process )aria!les4 mechanics of metal remo)al4 M::4 application and limitations?6ltrasonic Machining? ;%M4 7M and 6SM

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economic aspects of ECM " Simple pro!lems for estimation of metal remo)al rate? Fundamentalsof chemical4 machining4 ad)antages and applications?

UNIT IF THERMAL METAL REMOFAL PROCESSES I DGeneral Principle and applications of Electric &ischarge Machining4 Electric &ischarge Grindingand electric discharge .ire cutting processes " Po.er circuits for E&M4 Mechanics of metalremo)al in E&M4 Process parameters4 selection of tool electrode and dielectric fluids4 methodssurface finish and machining accuracy4 characteristics of spar8 eroded surface and machine toolselection? 7ire E&M4 principle4 applications?

UNIT F THERMAL METAL REMOFAL PROCESSES II DGeneration and control of electron !eam for machining4 theory of electron !eam machining4comparison of thermal and non-thermal processes "General Principle and application of laser !eammachining " thermal features4 cutting speed and accuracy of cut? %pplication of plasma for

machining4 metal remo)al mechanism4 process parameters4 accuracy and surface finish and otherapplications of plasma in manufacturing industries? Chemical machining-principle mas8ants "etchants- applications? Magnetic a!rasi)e finishing4 %!rasi)e flo. finishing?

LECTURE ' 45TUTORIAL '

TOTAL ' 45

REERENCES'1? +iay?(? ain @%d)anced Machining ProcessesA %llied Pu!lishers P)t? td?4 ,e. &elhi;2BB2< IS$, 1->3-23-3?2? $enedict? G?F? @,ontraditional Manufacturing ProcessesA Marcel &e88er Inc?4 ,e. 0or8;1+!: P*"

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stages of com!ustion " normal and a!normal com!ustion " Factors affecting 8noc8 " measurementof 8noc8 " %nti 8noc8 agent " types of com!ustion cham!ers?

UNIT II COMPRESSION IGNITION ENGINES DIntroduction to thermodynamic analysis of C?I? engine com!ustion " States of com!ustion in C?I?

Engine " &irect and indirect inection systems " Com!ustion Cham!ers " Fuel spray !eha)iors "Spray structure4 spray penetration and e)aporation " %ir motion?

UNIT III ALTERNATIFE UELS DMethanol4 Ethano