Syl Btech Mechanic 2014

8/17/2019 Syl Btech Mechanic 2014

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University of Calicut


Syllabus: 3rd – 8th Semesters

B. Tech. - Mechanical n!ineerin!"#$%

2014 Syllabus - B.Tech. Mechanical Engg.


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Scheme of &&& Semester B. Tech Mechanical n!ineerin!

Code Sub'ect(ours) *ee+ Mar+s ,uration of

ndSemester

eamination

Credits

T /), &nternalnd

Semester

EN14 301 Engineering Mathematics III 3 1 0 50 100 3 4

EN14 302 Computer Programming in C 2 0 1 50 100 3 4

ME14 303 Fluid Mechanics 4 1 0 50 100 3 4

ME14 304 Mechanics of olids 3 1 0 50 100 3 4

ME14 305 Electrical !echnolog" 3 1 0 50 100 3 4

ME14 30#Metallurg" and Materialscience

3 1 0 50 100 3 4

ME14 30$ %P&Computer 'ssisted Machine(ra)ing

0 0 3 50 100 3 2

ME14 30* %P& Electrical !echnolog" +a, 0 0 3 50 100 3 2

!-!'+ 1* 5 $ 2*

0ote:

For EN 14 302 Computer Programming in C. the end semester e/amination )ill ,e held ," the niersit" as atheor" paper

Een though the su,ect ME14 30$ %P& Computer 'ssisted Machine (ra)ing is considered as a practical. theend semester e/amination )ill ,e conducted ," the niersit"

Scheme of &1 Semester B. Tech Mechanical n!ineerin!


ndSemester

eamination

Credits

T /), &nternalnd

Semester

EN14 401' Engineering Mathematics I 3 1 0 50 100 3 4

EN14 402 Enironmental cience 2 1 0 50 100 3 4

ME14 403 !hermod"namics 4 1 0 50 100 3 4

ME14 404'danced Mechanics ofolids

3 1 0 50 100 3 4

ME14 405 Fluid Machiner" 3 1 0 50 100 3 4

ME14 40# Casting and oining 3 1 0 50 100 3 4

ME14 40$ %P& Materials !esting +a, 0 0 3 50 100 3 2

ME14 40* %P& Production Engineering +a, I 0 0 3 50 100 3 2

!-!'+ 1* # # 2*

Scheme of 1 Semester B. Tech Mechanical n!ineerin!



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ndSemester

eamination

Credits

T /), &nternalnd

Semester

ME14 501Engineering Economics and

Principles of Management3 1 0 50 100 3 4

ME14 502 Metal Cutting and Forming 2 1 0 50 100 3 4

ME14 503 6eat and Mass !ransfer 4 1 0 50 100 3 4

ME14 504 !hermal Engineering 3 1 0 50 100 3 4

ME14 505 Mechanics of Machiner" 3 1 0 50 100 3 4

ME14 50# Finite Element Methods 3 1 0 50 100 3 4

ME14 50$ %P& Fluids +a, 0 0 3 50 100 3 2

ME14 50* %P& Production Engineering la, II 0 0 3 50 100 3 2

!-!'+ 1* # # 2*

Common for ME. 'I. CE. C. EC. EE. 7M and IC

Scheme of 1& Semester B. Tech Mechanical n!ineerin!


ndSemester

eamination

Credits

T /), &nternalnd

Semester

ME14 #018efrigeration and 'ir

Conditioning3 1 0 50 100 3 4

ME14 #02Metrolog" and

Instrumentation2 1 0 50 100 3 4

ME14 #03 ("namics of Machiner" 4 1 0 50 100 3 4

ME14 #04 Machine (esign I 3 1 0 50 100 3 4

ME14 #05 -perations 8esearch 3 1 0 50 100 3 4

ME14 #0#Computational Methods in

Engineering3 1 0 50 100 3 4

ME14 #0$ %P& !hermal +a, I 0 0 3 50 100 3 2

ME14 #0* %P& C'(9C'M +a, 0 0 3 50 100 3 2

!-!'+ 1* # # 2*

Scheme of 1&& Semester B. Tech Mechanical n!ineerin!



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ndSemester

eamination

Credits

T /), &nternalnd

Semester

ME14 $01 Mechatronics 3 1 0 50 100 3 4

ME14 $02:as ("namics ;


5/101


ME14 $04%'& Financial Management

ME14 $04%7& Industrial afet" Engineering

ME14 $04%C & 6eating entilation and 'ir Conditioning (esign

ME14 $04%(& Energ" Conseration in !hermal "stems

ME14 $04%E& Industrial 'utomation

ME14 $04%F&ME 14 $04%:&

Com,ustion Engineering'utomo,ile Engineering

ELECTIVE II

ME14 $05%'& +ogistics and uppl" Chain Management

ME14 $05%7& (esign of 6eat !ransfer E>uipments

ME14 $05%C & Computational Fluid ("namics

ME14 $05%(& (esign of


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1 To provide a quick overview of the concepts and results in complex analysis that may be useful inengineering.2 To introduce the concepts of linear algebra and Fourier transform which are wealth of ideas and resultswith wide area of application.

Module &: 4unctions of a Com5le 1ariable 6$3 hours7Functions of a Comple/ aria,le +imit Continuit" (eriatie of a Comple/ function 'nal"tic functions Cauch"=8iemann E>uations +aplace e>uation 6armonic Functions Conformal Mapping E/amplesD e.sinA. coshA. %A19 & Mo,ius !ransformation

Module &&: 4unctions of a Com5le 1ariable 6$% hours7(efinition of +ine integral in the comple/ plane Cauch"Gs integral theorem %Proof of e/istence of indefiniteintegral to ,e omitted& Independence of path Cauch"Gs integral formula (eriaties of anal"tic functions%Proof not re>uired& !a"lor series %No proof& +aurent series %No proof& ingularities = eros Poles =

8esidues Ealuation of residues Cauch"Gs residue theorem Ealuation of real definite integrals

Module &&&: inear l!ebra 6$3 hours7 – 6Proofs not re>uired7 ector spaces (efinition. E/amples u,spaces +inear pan +inear Independence +inear (ependence 7asis (imension -rthogonal and -rthonormal ets -rthogonal 7asis -rthonormal 7asis :ram=chmidt

orthogonalisation process Inner product spaces (efinition E/amples Ine>ualities H ch)artA. !riangle %Noproof&

Module &1: 4ourier Transforms 6$% hours7Fourier Integral theorem %Proof not re>uired& Fourier ine and Cosine integral representations Fouriertransforms transforms of some elementar" functions Elementar" properties of Fourier transforms Conolution theorem %No proof& Fourier ine and Cosine transforms transforms of some elementar" functions

Properties of Fourier ine and Cosine transforms

Tet Boo+s

Module &:Er)in re"sig. Advanced Engineering Mathematics !e


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9eference boo+s

1 1 6 asana. $omplex %ariables Theory and Applications 2e. Prentice 6all of India2 2


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Concepts = Eolution and comparatie stud" of processors Machine language. assem,l" language. and high leellanguage Inside a PC. +atest trends and technologies of storage. memor".processor. printing etc Concept of Program and data. "stem soft)are = 7I-. -perating "stem= (efinition=Functions=@indo)s. and +inu/ Compilers and assem,lers. Computer net)or?s. +'N. @iFi

Module && 6 hours7Basic elements of CD Flo) chart and algorithm (eelopment of algorithms for simple pro,lems tructure of Cprogram -perators and e/pressions Procedure and order of ealuation &n5ut and ut5ut functions. while.do)while and for statements. if . if)else. switch break continue goto and labels Programming e/amplesModule &&& 6$# hours74unctions and Program structuresD Functions declaring. defining. and accessing functions parameter passingmethods 9ecursion torage classes extern. auto. register and static +i,rar" functions 6eader files Cpre=processor E/ample programs rraysD (efining and processing arra"s passing arra"s to functions t)odimensional and multidimensional arra"s application of arra"s E/ample programsModule &1 6 hours7 Structures declaration. definition and initialiAation of structures. unions. /ointersD Concepts. declaration.

initialiAation of pointer aria,les simple e/amples Conce5t of a file File operations File pointer

Tet Boo+s1 1 P Norton. -eter 9orton:s "ntroduction to $omputers. !ata Mc:ra) 6ill. Ne) (elhi2 2 E 7alagurus)am". -rogramming in A9&" $ . 3rd ed. !ata Mc:ra) 6ill. Ne) (elhi. 2004

9eference Boo+s1 1 7 :ottfried. -rogramming with $ . 2nd ed. !ata Mc:ra) 6ill. Ne) (elhi. 200#2 2 7 @ ernighan. and ( M 8itchie. The $ -rogramming #anguage. Prentice 6all of India. Ne)(elhi. 1J** 3 3 N ing $ -rogramming/ A Modern Approach. 2nd ed. @ @ Norton ; Compan". 200*4 4 P Norton. -eter 9orton:s $omputing Fundamentals. #th ed. !ata Mc:ra) 6ill. Ne) (elhi. 2004

5 5 ochan. -rogramming in $ . C7 pu,lishers ; distri,utors# # M Me"er. 8 7a,er. 7 Pfaffen,erger. $omputers in ;our Future. 3rd ed. Pearson Education India

&nternal Continuous ssessment (Maximum Marks)*+,50K = +a, Practical !ests20K = 'ssignments20K = Main 8ecord10K = 8egularit" in the class



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University amination /attern

-AT A/

Analytical0problem solving &12T questions !x *marks34+ marks

Candidates hae to ans)er EI:6! >uestions out of !EN !here shall ,e minimum of!@- and ma/imum of !68EE >uestions from each module )ith total !EN >uestions

-AT

5/

Analytical0-roblem solving 6E&$"-T"%E questions 4 x 7*

marks38+ marks!)o >uestions from each module )ith choice to ans)er one >uestion

Maximum Total Marks/ 7++

M$% 3#3 4luid MechanicsTeachin! scheme Credits: %4 hours lecture and 1 hour tutorial per )ee? b'ective1 To study the physical behaviour of fluids and fluid systems and laws governing this behaviour2 To study the action of forces on fluids and of the resulting flow pattern

Module & 6$; hours7Fundamentals Concepts D Characteristics of fluids continuum properties of fluids densit". specific )eight.

specific olumes. specific grait". iscosit". capillarit". compressi,ilit" and ,ul? modulus. surface tension.apour pressureFluid tatics D Pressure PascalGs la)=6"drostatic la)=ariation of pressure in static fluids a,solute and gaugepressures measurement of high and lo) pressures manometers forces on ,odies and surfaces su,merged influids 7uo"anc" and flotation= sta,ilit" of ,odies su,merged and floating in fluids metacentric height

Module && 6$; hours7"stem and control olume approach = ,asic e>uations 8e"noldGs transport e>uations differential and integral

form of continuit" . momentum and energ" e>uations application of the a,oe e>uations for one dimensionalflo) elocit" and momentum corrections = one dimensional flo) along streamline and stream tu,es = Euler s‟e>uation 7ernoulliGs e>uation applications = enturimeter. -rificemeter. Pitot tu,e. -rifice . Mouthpiece.Notches and )eirs

Module &&& 6$; hours7Fluid inematics Eulerian and +agrangian flo) descriptions classification of fluid flo) graphicaldescription of flo) pattern stream lines . path lines. strea? lines. stream tu,es elocit" and acceleration in fluid

flo) Ideal fluids rotational and irrotational flo) circulation and orticit" stream function and potentialfunction ,asic flo) fields rectilinear flo) = source and sin?. (ou,let.8an?ine 6alf ,od". 8ectilinear oal Flo) through pipes 8e"noldGs e/periment = laminar and tur,ulent flo) critical 8e"noldGs num,er laminarflo) in circular pipes 6agenPoiseuille flo) tur,ulent flo)s in circular pipes (arc" = @eis,ach e>uations Edd" properties Minor losses in pipes total head = pressure lines

Module &1 6$; hours77oundar" la"er Introduction ,oundar" la"er oer flat plate continuit" and momentum e>uations for laminar,oundar" la"er ,oundar" la"er thic?ness elocit" profile integral solutions of momentum e>uations on=?arman e>uation= 7lasius e>uation= PrandtlGs e>uations= ,oundar" la"er on immersed ,odies drag and lift s?in



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friction ,oundar" la"er separation Introduction to tur,ulence. classification. scales of tur,ulence 8e"noldGsstresses= tur,ulence models= Prandtl mi/ing length concept

Tet Boo+s1 (ouglas. Fluid Mechanics. Pearson Education2 7alachandran. Fluid Mechanics. prentice hall . India3 <


11/101


Module & 6$% hours7imple tress and trainD Introduction to anal"sis of deforma,le ,odies internal forces method of sections assumptions and limitations imple stresses stresses due to normal. shear and ,earing loads strength design ofsimple mem,ers (efinition of linear and shear strains

Material ,ehaior unia/ial tension test stress=strain diagrams concepts of orthotrop". anisotrop" and inelastic,ehaior 6oo?eGs la) for linearl" elastic isotropic material under a/ial and shear deformation deformation ina/iall" loaded ,ars thermal effects staticall" indeterminate pro,lems principle of superposition Elastic strainenerg" for unia/ial stress (efinition of stress and strain at a point %introduction to stress and strain tensors and itscomponents onl"& PoissonGs ratio ,ia/ial and tria/ial deformations 7ul? modulus = 8elations ,et)een elasticconstants

Module && 6$% hours7!orsionD !orsion theor" of elastic circular ,ars assumptions and limitations polar modulus = torsional rigidit" economic cross=sections staticall" indeterminate pro,lems shaft design for torsional load'/ial force. shear force and ,ending momentD (iagrammatic conentions for supports and loading = a/ial force.

shear force and ,ending moment in a ,eam differential relations ,et)een load. shear force and ,ending moment= shear force and ,ending moment diagrams ," direct and summation approach elastic cure point ofinflection

Module &&& 6$3 hours7tresses in ,eamsD Pure ,ending fle/ure formula for ,eams assumptions and limitations section modulus =fle/ural rigidit" = economic sections ,eam of uniform strength hearing stress formula for ,eams

assumptions and limitations design for fle/ure and shear %,eams )ith rectangular and circular c9s onl"&(eflection of ,eamsD Moment=curature relation assumptions and limitations = dou,le integration method Macaula"s method superposition techni>ues moment area method and conugate ,eam ideas for simple cases

Module &1 6$3 hours7

!ransformation of stress and strainsD Plane state of stress = e>uations of transformation = principal stresses Planestate of strain analog" ,et)een stress and strain transformation MohrGs circles of stress and strain strainrosettes

Compound stressesD Com,ined a/ial. fle/ural and shear loads eccentric loading under tension9compression =com,ined ,ending and t)isting loads!heor" of columnsD 7uc?ling theor" EulerGs formula for long columns assumptions and limitations effect ofend conditions = slenderness ratio 8an?inGs formula for intermediate columns

Tet Boo+s1 1 E P Popo. ! ' 7alan. Engineering Mechanics of &olids. Pearson Education. Ne) (elhi2 2 8 7ansal. Mechanics of solids. +a/mi Pu,lications

3 3 P N ingh. P


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&nternal Continuous ssessment (Maximum Marks)*+,#0K = !ests %minimum 2&30K = 'ssignments %minimum 2& such as home )or?. pro,lem soling. group discussions. >uiA. literature sure".seminar. term=proect. soft)are e/ercises. etc

10K = 'ttendance and 8egularit" in the class


-AT A/

Analytical0problem solving &12T questions !x *marks34+

marksCandidates hae to ans)er EI:6! >uestions out of !EN !here shall ,e minimum of!@- and ma/imum of !68EE >uestions from each module )ith total !EN >uestions

-AT5/

Analytical0-roblem solving 6E&$"-T"%E questions 4 x 7*marks38+marks

!)o >uestions from each module )ith choice to ans)er one >uestion


M$% 3#< lectrical Technolo!yTeachin! scheme Credits: %3 hours lecture and 1 hour tutorial per )ee?b'ectives

1 To study the operation performance and characteristics of different types of electrical machines

2 To familiarise various electrical measuring instruments.3 To study an overview of power electronic converters < electric drives

Module & 6$" hours7

8eie) of transformers e>uialent circuit phasor diagram oltage regulation losses and efficienc" opencircuit and short circuit test 'utotransformer saing of copper 3 phase transformer = =. L=L. = L. L = connections applications

Principle of indicating instruments moing coil. moing iron and d"namometer t"pe instruments = principle and)or?ing of induction t"pe energ" meter

Module && 6$< hours7Po)er semiconductor deices s"m,ol ; static characteristics of C8 turn=on ," gate triggering 8C=firingcircuit comparison of C8. po)er M-FE! ; I:7! Controlled rectifier 1=phasefull" controlled rectifier )ith 8 load ; )aeforms %load oltage ; current onl"& e/pression for aerage outputoltage = 1=phase full=,ridge inerter )ith 8 load ; )aeforms e/pression for 8M output oltage = 1=phasefull=)ae ac oltage controller )ith 8 load ; )aeforms e/pression for 8M output oltage tep=do)n dc=dc

conerter )ith 8+ load ; )aeforms %output oltage ; current onl"& %8eference 7oo? 1 or 2&Electrical (ries adantages of electric dries = parts of electrical dries fundamental tor>ue e>uation four>uadrant operation components of load tor>ue = friction. )indage; load tor>ues stead" state sta,ilit"



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Module &&& 6$% hours78eie) of (C generators (C generator on no load open circuit characteristics 'rmature reaction andcommutation %,asics onl"& = load characteristics of shunt. series and compound generators 8eie) of dc motors

performance characteristics of shunt. series and compound motors starter need of starter = 3 point starter

losses in (C machines po)er flo) diagram efficienc" speed control armature oltage control of aseparatel" e/cited dc motor 1=phase full conerter drie8eie) of alternators distri,ution and chording factor EMF e>uation armature reaction phasor diagram oltage regulation predetermination of oltage regulation ," EMF method

Module &1 6$3 hours78eie) of 3=phase induction motor slip rotor fre>uenc" e>uialent circuit phasor diagram tor>uee>uation tor>ue=slip characteristics losses and efficienc" po)er flo) diagram no=load and ,loc?ed rotor

tests starting of 3=phase induction motors direct=on=line. auto transformer. star=delta and rotor resistancestarting = 3=phase induction motor dries stator oltage control ," using a 3=phase 'C oltage controller%concept onl"H no )aeform anal"sis& stator oltage ; fre>uenc" control %,loc? diagram approach&

Tet Boo+s1 1 'shfa> 6ussain. Electrical Machines. (hanpat8ai; Co

9eference Boo+s1 1 P 7im,hra. -ower Electronics. hanna Pu,lishers2 2 ' :upta. +P ingh ;'?hileshpadh"a". -ower Electronics. (hanpat8ai Pu,lishing Co

3 3 (u,e" :. Fundamentals of Electrical 6rives. Narosa Pu,lishing 6ouse4 4 edamu,rahman"am. Electric 6rives = $oncepts < Applications. !ata Mc:ra) 6ill Education5 5 ' a)hne". Electrical and Electronics measuring "nstruments. (hanpat8ai; ons

&nternal Continuous ssessment (Maximum Marks)*+,#0K = !ests %minimum 2&30K = 'ssignments %minimum 2& such as home )or?. pro,lem soling. group discussions. >uiA. literature sure".

seminar. term=proect. soft)are e/ercises. etc



-AT A/


marks$andidates have to answer E"'1T questions out of TE9. There shall be minimum ofT>2 and maximum of T1EE questions from each module with total TE9 questions.

-AT5/


Two questions from each module with choice to answer one question.


M$% 3#; Metallur!y and Material ScienceTeachin! scheme Credits: %



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3 hours lecture and 1 hour tutorial per )ee?b'ective:1 To impart knowledge on engineering materials deformation of the crystals equilibrium

diagrams of selected alloy systems heat treatment of steels properties of steels cast iron and other alloys and itsapplicationModule & 6$# hours7Introduction to materials science and engineering=Materials classification= pol"morphism=allotrop"=leels ofstructure= microscopic e/amination=pecimen preparation for microstructural e/aminationetching=metallurgicalmicroscope==scanning electron microscope%EM& and !ransmission Electron Microscope%!EM&=Cr"stal structureof metallic materials Imperfections in cr"stals = Point defects= line defects= surface defects

Module &&6$; hours7olidification of metals and allo"s= olid solution. 6ume 8other"s rules=(iffusion=la)s of diffusion=Mechanisms of diffusion= applications=Phase diagrams= Phase rule= =Isomorphous s"stems=+eer 8ule= Cu=Ni

eutectic s"stem= P,=n= eutectoid = peritectic reactions Iron= Car,on e>uili,rium diagram (eelopment ofmicrostructure in Iron Car,on allo"s. Phase transformation in steel !!! diagram. 6eat treatment of steel.'nnealing. tempering. austempering. martempering. 6ardena,ilit".


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-AT A/



-AT

5/


marks38+marks



M$% 3#= Com5uter ssisted Machine ,ra>in!Teachin! scheme: Credits: "3 hours dra)ing per )ee?b'ectives1 To impart the fundamental concepts of machine drawing. 2 To develop primary knowledge of working drawings.3 To produce orthographic drawing of different machine parts.4 To develop skill to produce assembly drawings.

5 To develop skill to produce detailed drawings of machines parts from assembly drawing.# To develop skill to produce drawings by using any standard $A6 software.

Module #: 6; (ours7. Preparation of )or?ing (ra)ings )ith specification using an" popular drafting soft)are

Module & 6 hours - $ /rintout? " ,ra>in! sheets7 Preparation of ?etch ; )or?ing dra)ings forDa7 @oints: leee and cotter oints. ?nuc?le oints. oc?et and spigot oints. Flanged h"draulic oints. +ap and,utt oint. igAag and chain structureb7 Cou5lin!s and 5ulleys:olid and split muff couplings. niersal coupling. Flat pulle"s. tepped cone pulle"s

Module && 6 (rs. - $ /rintouts? " ,ra>in! sheets7 Preparation of ?etch ; )or?ing dra)ings forDa7 Tolerances and 4its -6ole s"stem and shaft s"stem of tolerances. Indication of dimensional tolerances and fitson simple machine parts = :eometrical tolerances. Indication of geometrical tolerances on simple machine parts.Indication of surface finish on dra)ings = Preparation of shop floor dra)ings of simple machine parts

b7 Bearin!s = olid ournal ,earings. Plummer ,loc? and footstep ,earings

Module &&& 6$8 (rs. - 3 /rintouts? ; ,ra>in! sheets7 /re5aration of S+etch A assembly dra>in!s for :

1 tuffing ,o/es = cross heads. Eccentrics. Petrol Engine connecting rod = Piston assem,l" = cre)s ac?s

= Machine ices !ailstoc? Crane hoo?2 team stop ale = pring loaded safet" ale 7lo)=off=coc? = :ate ale= :lo, ale= 7all ale=Non return ale



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0ote:

1 @niversity examination ( 1ours, shall be conducted by using drawing instruments only.

2

All drawing exercises mentioned above are for class work. Additional exercises where ever necessarymay be given as home assignments.

Tet Boo+s: 0 1 N( 7hatt and Panchal. Machine 6rawing$harator -ublishing 1ouse

9eferences: 1 1 :autamPohit;:autam:hosh. Machine 6rawing with A@T2 $A6. Pearson Education. Ne) (elhi2 2 C uestion out of t)o >uestions of t)o >uestions of 45 mar?s each from %a& and %,&sections of module III 7 x 4* 3 4* marks

Total= 100 marks

M$% 3#86/7 lectrical Technolo!y abTeachin! scheme Credits: "3 hours lecture and 1 hour tutorial per )ee?

b'ectives 1 To familiariCe various electrical measuring instruments2 To obtain the performance characteristics of dc and ac machines

1 1 (etermination of =I characteristics of linear resistance and incandescent lamp

2 2 Cali,ration of 1=phase energ" meter % Induction and tatic t"pe& ," direct loading3 3 Measurement of +.M ; of i& transformer )indings and ii& air cored coil4

1 4 -C ; C tests on single phase transformer



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1 a (etermine e>uialent circuit parameters2 , Predetermine efficienc" ; oltage regulation at arious loads and different po)er factors

0 5 +oad test on single phase transformer to determine efficienc" ; oltage regulation at arious loadsand unit" po)er factor

2 # -pen circuit characteristics of dc shunt generator1 a Plot -CC at rated speed2 , Predetermine -CC for other speeds3 c (etermine critical field resistance for a specified speed4 d (etermine critical speed for a specified shunt field resistance3 $ +oad test on (C shunt generator1 a Plot e/ternal characteristics2 , (educe internal characteristics

4 * 7ra?e test on (C series motor plot performance characteristics5 J 7ra?e test on 3=phase s>uirrel cage induction motor = plot the performance characteristics# 10 No=load and ,loc?ed rotor tests on 3=phase slip ring induction motor

1 a (etermine e>uialent circuit parameters2 , Predetermine the tor>ue. line current and efficienc" from e>uialent circuit corresponding to a

specified slip$ 11 -C ; C tests on 3=phase alternator = Predetermine the oltage regulation at arious loads anddifferent po)er factors ," EMF method

&nternal Continuous ssessment (Maximum Marks)*+,#0K=+a,orator" practical and record30K= !est9s10K= 8egularit" in the class

Semester nd amination (Maximum Marks)7++,$0K = Procedure. conducting e/periment. results. ta,ulation. and inference20K = ia oce

10K = Fair record

0$% %#$ n!ineerin! Mathematics &1%Common for ME. CE. PE. C6. 7!. P!. 'M. and 'N&

Teachin! scheme Credits: 43 hours lecture and 1 hour tutorial per )ee?

b'ective 1 To provide a comprehensive introduction to those models and methods most likely to be encounteredand used by students in their careers in engineering.2 To provide an introduction to some important partial differential equations

Module &: /robability ,istributions 6$3 hours78andom aria,les Mean and ariance of pro,a,ilit" distri,utions 7inomial (istri,ution Poisson(istri,ution Poisson appro/imation to 7inomial distri,ution 6"per :eometric (istri,ution :eometric

(istri,ution Pro,a,ilit" densities Normal (istri,ution niform (istri,ution :amma (istri,ution

Module &&: Theory of &nference 6$% hours7Population and amples ampling (istri,ution ampling distri,ution of Mean % ?no)n& amplingdistri,ution of Mean % un?no)n& ampling distri,ution of ariance Interal Estimation Confidence



18/101


19/101



-AT A/

Analytical0problem solving &12T questions !x *marks34+marks

Candidates hae to ans)er EI:6! >uestions out of !EN !here shall ,e minimum of

!@- and ma/imum of !68EE >uestions from each module )ith total !EN >uestions

-AT5/




0$% %#" nvironmental Science%Common for all ,ranches&Teachin! scheme Credits: 42 hours lecture and 1 hour tutorial per )ee?

b'ectives1 To understand the problems of pollution loss of forest solid waste disposal degradation of

environment loss of biodiversity and other environmental issues2 To create awareness among the students to address these issues and conserve the environment in abetter way.

Module & 6$# hours7!he Multidisciplinar" nature of enironmental science (efinition=scope and importance=need for pu,lica)areness Natural resources 8ene)a,le and non=rene)a,le resourcesD Natural resources and associated

pro,lems=forest resourcesD se and oer e/ploitation. deforestation. case studies !im,er e/traction. mining. damsand their defects on forests and tri,al people= )ater resourcesD se and oer utiliAation of surface and ground)ater. floods. drought . conflicts oer )ater. dams=,enefits and pro,lems= Mineral resourcesD se ande/ploitation. enironmental effects of e/tracting and using mineral resources. case studies= Food resourcesD

@orld food pro,lems. changes caused ," agriculture oer graAing. effects of modern agriculture. fertiliAer=pesticide pro,lems. )ater logging. salinit". case studies=Energ" resourcesD :ro)ing energ" needs. rene)a,le andnon=rene)a,le energ" resources. use of alternate energ" resources. +and resourcesD +and as a resource. landdegradation. man induced landslides. soil erosion and desertification

Module && 6$# hours7Ecos"stems=Concept of an ecos"stem=structure and function of an ecos"stem producers. consumers.decomposers=energ" flo) in the ecos"stem=Ecological succession= Food chains. food )e,s and Ecologicalp"ramids=Introduction. t"pes. characteristics features. structure and function of the follo)ing ecos"stem=Forestecos"stem= :rassland ecos"stem (esert ecos"stem='>uatic ecos"stem%ponds. streams. la?es. riers. oceans .estuaries&7iodiersit" and its consideration Introduction= (efinitionD genetic. species and ecos"stem diersit"=7io=

geographicalH classification of India alue of ,iodiersit"D consumptie use. productie use. social ethical .aesthetic and option alues 7iodiersit" at :lo,al. national . and local leel=India at mega diersit" nation= 6otspot of ,iodiersit"=!hreats to ,iodiersit"D ha,itat loss. poaching of )ild life. man . )ild life conflicts Endangered and endemic species of India=Conseration of ,iodiersit" D In=situ and E/=situ conseration of



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,iodiersit"

Module &&& 6$" hours7Enironmental pollution (efinition=Causes. effects and control measures of 'ir pollution= @ater pollution soil

pollution=Marine pollution=Noise pollution=!hermal pollution=Nuclear haAards=olid )aste managementD Causes.effects and control measures of ur,an and industrial )astes=8ole of an indiidual in preention of pollutionPollution case studies=(isaster managementD floods . earth >ua?e. c"clone and landslides=Enironmental impactassessment

Module &1 6$" hours7Enironment and sustaina,le deelopment=ustaina,le use of natural resources=Conersion of rene)a,le energ"resources into other forms=case studies=Pro,lems related to energ" and Energ" auditing=@ater conseration. rain

)ater haresting. )ater shed management=case studies=Climate change. glo,al )arming. acid rain. oAone la"erdepletion. nuclear accidents and holocaust=@aste land reclamation Consumerism and )aste products=8educe.reuse and rec"cling of products=alue education

Tet Boo+s:1 1 (aniels ; rishnas)am". Enironmental studies. @ile" India pt ltd. 200J2 2 8aman ia?umar. Introduction to enironmental science and engineering. 2nd edn. !ata Mc:ra) 6ill.2010

3 3 'nindita 7asa?. Enironmental tudies. Pearson Education. 200J4 4 uresh (. Enironmental Engineering and Management. atson 7oo?s. 200$

5 5 7enn"


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corresponding states. Compressi,ilit" chart. Properties of mi/tures of gases (altonGs la) of partial pressures. 'magat +educ la). mole fraction. Cp and C of the mi/tures. simple pro,lems!hemod"namic relations Ma/)ellGs E>uations. !ds e>uations.


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b'ectives 1 Q To impart concepts of stress and strain analysis in a solid. 2 Q To study the methodologies in theory of elasticity at a basic level. 3 Q To acquaint with energy methods to solve structural problems.

Module & 6$% hours7 7asic e>uations of elasticit"D tress at a point )ith respect to a plane normal and tangential components ofstress stress tensor Cauch"Gs e>uations stress transformation principal stresses and planes strain at apoint = strain tensor analog" ,et)een stress and strain tensors constitutie e>uations generaliAed 6oo?eGsla) relation among elastic constants e>uations of e>uili,rium strain=displacement relations compati,ilit"conditions ,oundar" conditions aint enantGs principle for end effects uni>ueness condition

Module && 6$% hours7 2=( pro,lems in elasticit"DPlane stress and plane strainpro,lems 'ir"Gs stress function solutions ," pol"nomial

method solution for ,ending of a cantileer )ith an end loadE>uations in polar coordinates +ameGs pro,lem = stress concentration pro,lem of a small hole in a large plate'/is"mmetric pro,lems thic? c"linders interference fit rotating discs

Module &&& 6$3 hours7 pecial pro,lems in ,endingD ns"mmetrical ,ending of straight ,eams shear center of different sectionsEnerg" methods in elasticit"D train energ" of deformation special cases of a ,od" su,ected to concentrated

loads. due to a/ial force. shear force. ,ending moment and tor>ue reciprocal relation Ma/)ell reciprocaltheorem CastiglianoGs first and second theorems irtual )or? principle minimum potential energ" theorem =complementar" energ"

Module &1 6$3 hours7

!orsion of non=circular ,arsD aint enantGs theor" PrandtleGs method = solutions for circular and ellipticalcross=sections = mem,rane analog" = torsion of thin )alled open and closed sections shear flo)

Tet Boo+s 1 1 + reenath. Advanced Mechanics of &olids. Mc:ra) 6ill2 2 M ' aAimi. olid Mechanics. Mc:ra) 6ill3 3 (r + :oindarau;(r !: itharaman. 'pplied elasticit" for Engineers. NP!E+

9eference Boo+s 1 1 P !imoshen?o.


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-AT5/




M$% %#< 4luid MachineryTeachin! scheme Credits: 43 hours lecture and 1 hour tutorial per )ee?b'ectives: 1 To impart the basic principles on the relationship between forces and its resulting motion of bodies dueto impact of fluid ets.2 To understand the working and design principles of hydraulic turbines and pumps.

Module & 6$% (ours7orte/ flo)= Free and Forced orte/ Impact of etD Integral form of continuit". energ". and momentum e>uations

flo) oer flat plates and cured surfaces concepts of relatie elocit" elocit" triangles force. )or? done.

and efficienc"


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2 2


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casting=die casting=centrifugal casting=s>ueeAe casting=semisolid casting= rapid solidification= casting of singlecr"stal components= defects= inspection and testing of castingsModule &&& 6$% (ours7@elding processes=classification=)elding po)er source=(ut" c"cle = 'rc characteristics= filler materials=

Electrodes= Coding of the electrodes= Classification of electrodes== metal transfer solid state=solid li>uid stateprocess=-F@. M'@. '@. :M'@. FC'@. :!'@. P'@. E@. E:@. 8@. 8E@. 6F8@. 8P@. F@.@. PE@. F-@. C@. @. F8@. ES@. !@. E7@. +7@. (F@= Metallurg" of )elding=6'=)eld >ualit"=)elda,ilit" = )elding defects= inspection and testing of )elded oints

Module &1 6$% (ours77raAing. oldering and 'dhesie ,onding Ph"sical aspects urface energ" and contact angle Capillar" action= !heor" of soldering and 7raAing =Flu/es=6eat sources and heat transfer= Filler materials= (ifferent t"pes of

,raAing= 7raAe )elding= 'dhesies ,onding= Contact adhesies= Pol"ester. pol"amide and pol"urethane meltadhesies= !oughened acr"lic and epo/" adhesies= ilicone adhesies


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M$% %#=6/7 Material Testin! abTeachin! scheme Credits: 23 hours practical per )ee?

b'ectives1 To provide knowledge on the mechanical behaviour of materials.2 To acquaint with the experimental methods to determine the mechanical properties of

materials.

ist of 5eriments1 1 tandard tension test on mild steel using niersal !esting Machines and suita,le e/tensometers2 2 tress=strain characteristics of ,rittle materials cast iron3 3 pring test open and closed coiled springs determination of spring stiffness and modulus of rigidit"4 4 (etermination of modulus of rigidit" of )ires5 5 6ardness tests 7rinnell hardness. 8oc?)ell hardness %7 C scales&. 8oc?)ell superficial hardness%N ; ! scales&. and ic?ers hardness# # Impact test IAod and Charp"$ $ 7ending test on )ooden ,eams

* * Fatigue testing stud" of testing machineJ J Photo elastic method of stress measurements %t)o dimensional pro,lems&10 10 !orsion test on mild steel rod11 11 hear test on mild steel rod

9eference Boo+s1 1 : E (ieter Mechanical Metallurgy Mc:ra) 6ill

2 2


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Semester nd amination (Maximum Marks)7++,$0K = Procedure. conducting e/periment. results. ta,ulation. and inference %$0 mar?s&20K = ia oce %20 mar?s&

10K = Fair record %10 mar?s&

M$% %#86/7 /roduction n!ineerin! ab – &Teachin! scheme Credits: 2 3 hours practical per )ee?

b'ectives1 To acquaint with the basics of centre lathe and $9$ lathe.2 To impart training on centre lathe and $9$ lathe.

Study of Machines1 1 tud" of machine tools and machining processes specification of machine tools po)er sources

1 2 tud" of centre lathe general features. parts and functions different machining operations on centrelathe turning. taper turning. thread cutting. drilling. ,oring. reaming. tapping. profile turning. ?nurling2 3 tud" of tolerances and surface finish measuring tools and gauges3 4 tud" of tolerances and surface finish measuring tools and gauges4 5 tud" of CNC lathe

ercises1 1 E/ercises on centre lathe re>uiring simple turning. taper turning. ?nurling. ,oring and thread cutting2 2 E/ercises on centre lathe including multi=start thread. s>uare thread. and internal thread3 3 E/ercises on CNC latheD !urning. step turning

9eference Boo+s1 1 @ ' orkshop Technology -art " . E+7 ; Ed)ard 'rnold Pu,lishers

2 2 8 Buesada. ! orkshop -ractical. ipa?a Pu,lishers5 5 E ( +a)rence. Manufacturing -rocesses < Materials for Engineers. Prentice 6all

&nternal Continuous ssessment (Maximum Marks)*+,#0K=@or?shop practical %models& and 8ecord %30 mar?s&30K= !est9s %15 mar?s&10K= 8egularit" in the class %5 mar?s&

Semester nd amination (Maximum Marks)7++,$0K = Ma?ing of models considering completion. dimensional accurac". finishing. methods. choice of propertools etc %$0 mar?s&20K = ia oce %20 mar?s&10K = Fair record %10 mar?s&



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M$% ual=pa"ment series sin?ing fund factor. E>ual=pa"ment series present )orth factor. E>ual=pa"ment series capitalrecoer" factor. Effectie interest rate

Inestment criteriaD Pa" 7ac? Period. Net Present alue. Internal 8ate of 8eturn. 7enefit=cost ratio



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Tet Boo+s1 1 Panneer elam. 8. T Engineering EconomicsU. Prentice 6all of India +td. Ne) (elhi. 20012 2 ()iedi. (N. T Managerial Economics D0E. i?as Pu,lishing 6ouse. 200J

9eference Boo+s1 1 ullian. @:. @ic?s. M@. and oelling CP. T Engineering Economy 7*0EU. Prentice 6all. Ne)Lor?. 20112 2 Chan Par?. T$ontemporary Engineering EconomicsU. Prentice 6all of India. 20023 3 Prasanna Chandra. T Financial Management/ Theory < -ractice !0E. !ata=Mc:ra) 6ill. 2011

&nternal Continuous ssessment (Maximum Marks)B*,#0K = !ests %minimum 2&30K = 'ssignments %minimum 2& such as home )or?. pro,lem soling. group discussions. >uiA. literature sure".seminar. term=proect. soft)are e/ercises. etc10K = 'ttendance and 8egularit" in the class

University amination /attern for Section $

-AT A/

Analytical0problem solving &12T questions 4x *marks3B+

marksCandidates hae to ans)er F-8 >uestions out of FIE !here shall ,e minimum of

!@- and ma/imum of !68EE >uestions from each module )ith total FIE >uestions

-AT5/

Analytical0-roblem solving 6E&$"-T"%E questions B x 7*marks3+marks


Maximum Total Marks/ *+

0ote: Section $ and Section " are to be ans>ered in se5arate ans>er boo+sMa/imum 50 mar?s each for ection 1 and ection 2

Section " /rinci5les of Mana!ementTeachin! scheme Credits: 21 hour lecture and 1 hour tutorial per )ee?b'ective1 To provide knowledge on principles of management decision making techniques accounting principlesand basic management streams

Module & 6$3 hours7Principles of management Eolution of management theor" and functions of management-rganiAational structure Principle and t"pes (ecision ma?ing trategic. tactical ; operational decisions.



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decision ma?ing under certaint". ris? ; uncertaint" and multistage decisions ; decision tree 6uman resourcemanagement 7asic concepts of o, anal"sis. o, ealuation. merit rating. )ages. incenties. recruitment. trainingand industrial relations

Module && 6$% hours7Financial management !ime alue of mone" and comparison of alternatie methods Costing Elements ;components of cost. allocation of oerheads. preparation of cost sheet. ,rea? een anal"sis 7asics of accounting Principles of accounting. ,asic concepts of ournal. ledger. trade. profit ;loss account and ,alance sheetMar?eting management 7asic concepts of mar?eting enironment. mar?eting mi/. adertising and salespromotion Proect management Phases. organisation. planning. estimating. planning using PE8! ; CPM

9eference Boo+s1 1 F MaAda. Engineering management . 'ddison @esle". +ongman +td. 1JJ*2 2 +uc" C Morse and (aniel + 7a,coc?. Managing engineering and technology. Pearson. Prentice 6all3 3 - P hanna. "ndustrial Engineering and Management . (hanpat 8ai and ons. (elhi. 2003

4 4 P otler. Marketing Management/ Analysis -lanning "mplementation and $ontrol. Prentice 6all.Ne) uiA. literature sure".seminar. term=proect. soft)are e/ercises. etc10K = 'ttendance and 8egularit" in the class

University amination /attern for Section "

-AT

A/

Analytical0problem solving &12T questions 4x *

marks3B+marks

Candidates hae to ans)er F-8 >uestions out of FIE !here shall ,e minimum of!@- and ma/imum of !68EE >uestions from each module )ith total FIE >uestions

-AT

5/

Analytical0-roblem solving 6E&$"-T"%E questions B x 7*

marks3+marks




32/101


Maximum Total Marks/ *+

0ote: Section $ and Section " are to be ans>ered in se5arate ans>er boo+sMa/imum 50 mar?s each for ection 1 and ection 2

M$% uecutting elocit" relationships = cutting forces cutting po)er temperature in cutting single point and multipointtools tool geometr" = tool designation tool )ear and tool life machina,ilit" cutting tool materials = cuttingfluids = economics of machining

Module && 6$$ (ours7Machining Process tool=)or? motion turning parameters lathes and lathe operations material remoalrate cutting force Milling parameters up milling and do)n milling po)er = tor>ue cutting forces

drilling drills material remoal rate cutting forces reaming ,roaching tapping ,oring planning shaping slotting grinding c"lindrical and surface grinding= grinding )heels )heel )ear

Module &&& 6$" (ours7'danced Machining ProcessesD Electrical (ischarge Machining = )ire E(M Electro Chemical machining laser ,eam machining a,rasie et machining ultrasonic machining = electron ,eam machining plasma arc

machining )ater et machining nano fa,rication micro machining machining time = economics ofadanced machining process

Module &1 6$" (ours7Press )or?ing operations t"pes of presses press selection press )or?ing terminolog" forming = principles cutting forces dies and punches clearance constructional features simple. compound. com,ination ;

progressie dies strippers = scrap strip la"out centre of pressure press tonnage dra)ing = dra)ing forces ,lan? holding pressure ,ending force die ,lan? siAe estimation forging forgea,ilit" open and closed die

forging forging force grain flo) e/trusion e/plosie forming electro h"draulic forming electromagnetic forming = rolling = e/trusion



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Tet boo+s1 1 eropealpa?aian. teen 8 chmid. Manufacturing Engineering and Technology.

Pearson. Ne) (elhi1 2 harma P C. A Text book of -roduction Engineering. Chand ; Co

2 3 uiA. literature sure".seminar. term=proect. soft)are e/ercises. etc10K = 'ttendance and 8egularit" in the class


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A/

Analytical0problem solving &12T questions !x *

marks34+marks


-AT5/




M$%


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periodic change in surface temperature

Module && 6$; hours7ConectionD Ne)tonGs la) concept of ,oundar" la"er significance of Prandtl num,er ,oundar" la"er

e>uations flat plate heat transfer solutions ," integral method laminar and tur,ulent flo) 8e"nolds analog" empirical relations in forced conection internal flo) ,oundar" conditions laminar and tur,ulent flo) heattransfer coefficients empirical correlations Natural conection heat transfer from ertical plate ," integralmethod empirical relation in free conection Condensation and ,oiling heat transfer film and drop )isecondensation film ,oiling and pool ,oiling ,oiling cure empirical relations for heat transfer )ith change ofphase

Module &&& 6$; hours78adiationD Fundamentals of radiation radiation spectrum thermal radiation concept of ,lac? ,od" and gre",od" monochromatic and total emissie po)er a,sorptiit". reflectiit" and transmissiit" = la)s of radiation

radiation ,et)een t)o surfaces geometrical factors for simple configuration radiation shields electrical

net)or? method of soling pro,lems

Module &1 6$; hours76eat e/changersD Classification log mean temperature difference oerall heat transfer coefficient fouling andscaling of heat e/changers +M!( and N! method of performance ealuation of heat e/changers Introduction

to mass transfer Fic?Gs la) of diffusion isothermal eaporation into air mass transfer coefficients

Tet Boo+s1 1 F P Incropera. Fundamentals of 1eat and Mass Transfer.


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M$%


36/101


intercooling = efficienc" and performance of gas tur,ines = rotar" compressors = anal"sis = centrifugal anda/ial flo) compressors = com,ustion cham,ers of gas tur,ines = c"lindrical = annular and industrial t"pecom,ustion cham,er = com,ustion efficienc" = a/ial flo) tur,ines = elementar" and orte/ theories =design of noAAles and ,lades for tur,ines = limiting factors in tur,ine design

Tet Boo+s1 1 :anesan . "nternal $ombustion Engines. !ata Mc:ra) 6ill2 2 Mathur and harma. A Text book on "nternal $ombustion Engines3 3 -,ert. A text book on "nternal $ombustion Engines and Air -ollution

9eference Boo+s1 1 8ogo)s?". Elements of "nternal $ombustion Engines. !ata Mc:ra) 6ill2 2 :ill. mith. iur"s. Fundamentals of "nternal $ombustion Engines. -/ford and I763 3 Malee. "nternal $ombustion Engine Theory and 6esign. Mc:ra) 6ill

4 4


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:rashofGs criterion. inersions of four ,ar. single slider cran? and dou,le slider cran? lin?ages. Coupler cures =straight line mechanisms e/act. appro/imate 'c?erman teering Mechanism 6oo?eGs oint Intermittentmotion mechanisms li?e ratchet mechanism. :enea Mechanism = Mechanical adantage. !ransmission angle =Instant centre enned"Gs theorem = (isplacement elocit" and 'cceleration anal"sis = 8elatie motion

8elatie elocit" = 8elatie acceleration = Coriolis acceleration :raphical and anal"tical methods Comple/num,er methods = Computer oriented methods Module && 6$3 hours7Cams = Classification of Cam and follo)ers = (isplacement diagrams. elocit" and 'cceleration anal"sis ofimple 6armonic Motion. niform elocit". niform acceleration. C"cloidal :raphical Cam profile s"nthesis

Pressure angle= 'nal"sis of !angent cam )ith roller follo)er and Circular cam )ith flat follo)er= Introductionto Pol"nomial cams

Module &&& 6$% hours7:ears !erminolog" of pur gears +a) of :earing = Inolute spur gears = Inolutometr" Contact ratio =

Interference = 7ac?lash = :ear standardiAation = Interchangea,ilit" = Non=standard gears Centre distancemodification. +ong and hort 'ddendum s"stem = Internal gears = !heor" and details of ,eel. helical and )ormgearing = :ear trains = imple and Compound gear trains = Planetar" gear trains (ifferential =olution ofplanetar" gear train pro,lems = 'pplications

Module &1 6$3 hours7inematic s"nthesis % Planar Mechanisms& = !as?s of ?inematic s"nthesis !"pe. Num,er and dimensional

s"nthesis Precision points = :raphical s"nthesis for motion = Path and prescri,ed timing = Function generator 2position and 3 position s"nthesis -erla" Method = 'nal"tical s"nthesis techni>ues Freudensteins e>uation Comple/ num,er methods = -ne case stud" in s"nthesis of mechanism

Tet Boo+s

1 1


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A/


marks34+marks


-AT

5/


marks38+marks



M$%


39/101


ariational methods D Functionals )ea? and strong form essential and non= essential ,oundar" conditions =Principle of stationar" potential energ" 8a"leigh=8itA method simple e/amplesFE formulation from a functionalD 2=( stead" state heat conduction element matrices for a triangular element ,oundar" conditions simple pro,lems FE formulation for 2=( stress anal"sis from potential energ" = element

matrices = plane ,ilinear elementConergence re>uirements modelling aspects s"mmetr" element siAe and shape sources of error

Module &1 6$3 hours7 @eighted residual methodsD :aler?in FE formulation a/iall" loaded ,ar heat flo) in a ,arIsoparametric formulationD Natural coordinates linear and >uadratic ,ar element linear triangle and plane,ilinear elements for scalar fields aco,ian matri/ element matrices = :auss >uadrature re>uirements forisoparametric elements accurac" and mesh distortion

Tet Boo+s1 1 ! 8 Chandrupatla. Finite Element Analysis for Engineering and Technology. niersit" Press

2 2 8 ( Coo?. ( Mal?us. M E Plesha. 8


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M$%


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4 d& imple. compound. differential and angular inde/ing

Study of machines:1 a& haper

2 ,& Planer3 c& lotting machine4 d& (rilling machine5 e& Milling machine# f& :rinding machine$ g& Po)er sa)s

ercises:1 1 E/ercises on shaper and slotting machines cu,e )ith =grooe. slot and guide )a"s2 2 E/ercise on milling machine spur gear and helical gear milling ," simple and differential inde/ing.surface milling. slot and ?e" )a" milling

3 3 E/ercise on grinding and tool grinding

9eference Boo+s1 1 6M!. -roduction Technology !ata Mc:ra) 6ill2 2 '!ME. Tool Engineers 1and 5ook

3 3 7urghardt. 'silered. 'nderson. Machine Tool 2perations " < "" . Mc:ra) 6ill4 4 @ ' orkshop Technology/ -art B. C7 Pu,lishers

5 5 8 8ao. Metal $utting and Machine Tools. ataria; ons

&nternal Continuous ssessment (Maximum Marks)*+,#0K=@or?shop practical %models& and 8ecord %30 mar?s&

30K= !est9s %15 mar?s&10K= 8egularit" in the class %5 mar?s&

Semester nd amination (Maximum Marks)7++,$0K = Ma?ing of models considering completion. dimensional accurac". finishing. methods. choice of propertools etc %$0 mar?s&20K = ia oce %20 mar?s&10K = Fair record %10 mar?s&

M$% ;#$ 9efri!eration and ir Conditionin!Teachin! scheme Credits: 43 hours lecture and 1 hour tutorial per )ee?

b'ectives1 To impart the concept of the basic principles working scientific analysis and system components ofdifferent types of refrigeration and air conditioning systems.2 To impart the knowledge of various types of refrigerants their properties selection criteria and

environmental aspects

/re-reuisites: Fundamentals of thermodynamics heat < mass transfer and air compressors



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Note: Students are permitted to refer refrigeration tables!"arts and #s$!"rometri! !"arts for t"e %ni&ersit$e'amination(

Module & 6$3 hours7Introduction to refrigerationD 7rief histor" and applications methods of refrigeration natural and artificialmethods unit of refrigeration = C-P Ideal refrigeration c"cles Carnot refrigeration c"cle limitations ofreersed Carnot c"cle. air refrigeration c"clesD 7ell Coleman c"cle and 7ra"ton c"cle = open and dense airs"stems actual air refrigeration s"stems simple numerical pro,lems = 'ir craft refrigeration team uirements of human comfort and concept of effectie temperature= comfort charts'ir conditioning s"stems )indo) air conditioner split s"stems pac?aged s"stems centraliAed s"stems = all

air and chilled )ater s"stems ummer. )inter and "ear round air conditioning s"stems 'ir conditioning loads characteriAation of sensi,le heat. latent heat and total loads E6F = need for entilation and entilation loadClean rooms conentional flo) laminar flo) and cross flo) clean rooms

Module &1 6$3 hours78efrigeration s"stem componentsD Compressors t"pes of compressors used in refrigeration s"stems reciprocating and rotar" compressors=comparison adantages and disadantages Condensers = heat reectionratio classification air cooled. )ater cooled and eaporatie condensers Eaporators classification flooded. direct e/pansion coil. shell and tu,e and finned eaporators E/pansion deices t"pes capillar" tu,e.automatic e/pansion ale. thermostatic e/pansion ale. float t"pe and electronic e/pansion ales'ir conditioning s"stem components heat pumps. filters. grille grille accessories dampers. diffusers.

registers. fans and ,lo)ers. '6s 'C s"stem controls thermostat and humidistat

Tet Boo+s1 1 C P 'rora . efrigeration and Air $onditioning !ata Mc:ra)=6ill Pu,lishing Compan" +td2 2 Manohar Prasad. efrigeration and Air $onditioning. Ne) 'ge3 3 (om?und)ar and (om?und)ar. efrigeration and Airconditioning data book (hanpa8ai; Co

9eference Boo+s1 1 8C 'rora. efrigeration and Air conditioning. P6I +earning Pt +td2 2 C 'rora. (om?und)ar. A $ourse in efrigeration and Air conditioning. (hanpatrai

3 3 @ F toec?er. efrigeration and air conditioning. !ata Mc:ra)=6ill Pu,lishing Compan" +td4 4 8C


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* * Carrier 'ir conditioning Compan" %Corporate author&. 6and 7oo? of 'ir Conditioning "stem (esign.Mc:ra) 6ill. Ne) Lor?

&nternal Continuous ssessment (Maximum Marks)*+,#0K = !ests %minimum 2&30K = 'ssignments %minimum 2& such as home )or?. pro,lem soling. group discussions. >uiA. literature sure".seminar. term=proect. soft)are e/ercises. etc10K = 'ttendance and 8egularit" in the class


-AT

A/


marks34+marks


-AT5/




M$% ;#" Metrolo!y A &nstrumentationTeachin! scheme CreditsD 42 hours lecture and 1 hour tutorial per )ee? b'ectives1 To provide the fundamental concepts and principles of metrology and instrumentation2 To impart the various methods of measurement of physical and mechanical quantities

Module & 6$$ hours7Mechanical measurement direct comparison and indirect comparison classification :eneraliAedMeasurement s"stem t"pes of input >uantities measurement standards cali,ration uncertaint" classifications of errorstatic performance characteristics introduction to uncertaint" propagating uncertaint" line and Mclintoc?approach ero. First and econd order instruments 8esponse of ero. First ; econd order instruments to

tep. 8amp and inusoidal inputs=methods of correcting for spurious inputs inherent insensitiit" high gainfeed,ac? signal filtering and opposing inputs

Module && 6$$ hours7ensors loading error primar" and secondar" transducers aria,le resistance transducers = sliding contactdeices aria,le inductance elements self=inductance and mutual inductance elements differentialtransformer construction and characteristics rotar" differential transformer aria,le reluctance transducer

capacitance transducers actie and passie transducers pieAo electric transducers photoelectric sensors 6allEffect transducers 8esistance )ire strain gages t"pes theor" of metallic strain gauges cali,ration of straingauges application of strain gauges=load cells



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Module &&& 6$$hours7Measurement of temperature li>uid in glass thermometer partial and total immersion thermometers resistance thermometers constructional details resistance thermometer circuits lead )ire compensation forresistance thermometers thermistors constructional details !hermo electric thermometers la)s of

thermocouples industrial thermocouples and their ranges ma?ing of thermocouple unctions am,ienttemperature compensation= use of e/tension )ires P"rometers optical. total radiation and photo electricp"rometers linear BuartA thermometer

Measurement of flo) need for flo) metering rotameter theor" and constructional details magnetic flo)meters hot)ire anemometers Measurement of lo) pressure Mc+eod gauge thermal conductiit" gauge measurement of high pressure ,ul? modulus gauge

Module &1 6$$ hours7+inear and angular measurementD pring calipers. ernier calipers and micrometers slip gauges = Measurementof angles sine ,ar sine center ources of error angle gauges optical instruments for angular

measurement= auto collimator applications straightness and s>uareness angle de??or precision spirit leels Clinometers

Measurement of surface roughness surface te/ture primar" te/ture secondar" te/ture and the la"specification for surface te/tures methods of measuring surface finish !he !al"surf instrument the

profilograph !omlinson surface meter !racer t"pe profilograph Measurement of scre) thread profiles errors in pitch microscopic method measurement of internal thread measurement of effectie diameter t)o

)ire and three )ire method measurement of root diameter gear tooth measurement measurement of gearprofile tooth thic?ness tooth spacing pitch circle diameter Par?inson s gear tester‟ !he coordinate measuring machine construction operation and programming Machine isionImage ac>uisition and digitiAation = image processing and anal"sis

Tet Boo+s1 1 Ernest - (oe,elin. Measurement &ystems Application and 6esign. Mc:ra)=6ill

Pu,lishing Compan"1 2 !homas : 7ec?)ith. 8o" ( M.


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M$% ;#3 ,ynamics of MachineryTeachin! scheme Credits: %4 hours lecture and 1hour tutorial per )ee?

b'ectives 1 To impart knowledge on Force analysis of machinery balancing go f rotating and reciprocatingmasses 'yroscopes Energy fluctuation in Machines. This forms the second part of the basic needed in the areaof Mechanisms for 6esign courses in future.

2 To introduce the fundamentals in %ibration %ibration analysis of &ingle degree and multi degreefreedom systems.

3 To impart knowledge required to understand the physical significance and design parameters related tovibration in mechanical systems.

Module & 6$"hours7tatic Force anal"sis of plane motion mechanisms Conditions of e>uili,rium = :raphical method tatic forceanal"sis )ith friction Friction circle = Force 'nal"sis of pur. 6elical. 7eel and @orm gear 'nal"ticalmethods li?e Matri/ methods. method of irtual )or? and uperposition principle

("namic force anal"sis of plane motion mechanisms= (G'lem,ertGs principle=(etermination of inertia forces

:raphical method=Comple/ num,er method=sha?ing forces=("namics of reciprocating engines=

!urning moment on the cran? shaft=effect of inertia of the piston. cran? and connecting road in turningmoment= E>uialent s"stem of the connecting rod=:raphical anal"sis using leinGs construction Module && 6$; hours77alancing static and d"namic ,alancing ,alancing of masses rotating in seeral planes 7alancing ofreciprocating masses 'nal"tical conditions for the ,alancing of reciprocating engines=Primar" forces andsecondar" forces primar" moments and secondar" moments=Partial ,alancing of locomoties=,alancing of

multi=c"linder in=line engines. =engines=radial engines Concept of direct cran? and reerse cran? ,alancingmachines

:"roscope :"roscopic action and reaction couples Effect of g"roscopic couple on ,earing reactions= Effect of



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g"roscopic couple on )heel reactions of t)o )heeled and four )heeled ehicles== :"roscopic ta,iliAation ofships and aeroplanes Fl" )heel anal"sis Coefficient of fluctuation of speed= Calculation of the fl")heel mass

Module &&& 6$% hours7Introduction to i,rations ndamped free i,rations of single degree freedom s"stems Energ" Method ingle degree freedom torsional "stems = (amped free i,rations iscous damping Critical (amping +ogarithmic (ecrement Coulom, damping

6armonicall" e/cited i,rations 8esponse of ndamped and (amped s"stem =i,ration due to un,alance ='nal"sis of i,ration due to support motion =!ransmissi,ilit" and isolation )hirling of shafts %onl" undampeds"stem& Critical speed

Module &1 6$% hours7Free i,rations of undamped t)o degree of freedom s"stems :eneraliAed coordinates=Fre>uenc" e>uations =

+agrangeGs e>uation of motion 7eat phenomenon = Coordinate coupling = E>uations of Motion for Forced

i,ration ("namic i,ration a,sor,ers

!orsionall" e>uialent shaft = Free i,ration of t)o and three rotor s"stems :eared s"stem=(etermination of

Mode shape=Fundamental natural fre>uenc" of loaded ,eams through (un?erle"Gs Empirical e>uation=8a"leighGs rulei,ration measurement = accelerometer seismometer i,ration e/citers= i,ration control=i,rationnomograph and i,ration criteria=i,ration Isolation

TetBoo+s1


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marks34+marks


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Analytical0-roblem solving 6E&$"-T"%E questions 4 x 7*marks38+

marks!)o >uestions from each module )ith choice to ans)er one >uestion


M$% ;#% Machine ,esi!n - &Teachin! schemeD Credits:% 3 hours lecture and 1 hour tutorial per )ee?

b'ectives1 To provide basic knowledge on the design considerations and methodology of various machineelements.

Module & 6$< (ours7"stem design c"cle = (ifferent phases in design process design factors and considerations standardiAation selection of materials stress concentration Methods to reduce stress concentration = theoretical stressconcentration factor = theories of failure :uest s theor" 8an?ine s theor" t enant s theor" 6aigh s‟ ‟ ‟ ‟theor" on Mises ; 6enc?" theor" = shoc? and impact loads fatigue loading endurance limit stress= Factorsaffecting endurance limit = Factor of safet"

Module && 6 $3 (ours7!hreaded oints thread standards= thread nomenclature = stresses in scre) threads= ,olted oints= preloading of

,olts= eccentric loading= gas?eted oints= po)er scre)s = design of rieted oints= Failure of rieted oints andefficienc" of oint =,oiler and tan? oints= structural oints= cotter and ?nuc?le oints

Module &&& 6 $% (ours7(esign of )elded oints= 8epresentation of )elds = stresses in fillet and ,utt )elds= design for static loads =

,ending and torsion in )elded oints= eccentricall" loaded )elds = design of )elds for aria,le loads prings=stresses and deflection of helical springs )ith a/ial loading curature effect resilience = design of spring forstatic and fatigue loading= surging= critical fre>uenc"= stress anal"sis and design of leaf springs= nipping

Module &1 6$" (ours7hafts and a/les design= stresses= causes of failure in shafts = design ,ased on strength. rigidit" and critical speed=

design for static and fatigue loads= repeated loading= reersed ,ending=design of couplings= rigid and fle/i,lecouplings=design of ?e"s and pins

0ote: The follo>in! data boo+s are 5ermitted for reference in the final eamination:



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1 1 P: (esign (ata. (P Printers. Coim,atore2 2 Prof Nara"anaI"engar 78 ;(r+ingaiah . Machine (esign (ata 6and,oo?. ol I ; II3 3 Mahadean. 7alaeera 8edd". (esign (ata 6and 7oo?. C7 Pu,lishers ; (istri,utors

Tet Boo+s1 1 ualit" constraints degeneration


http://www.google.co.in/search?tbo=p&tbm=bks&q=inauthor:http://www.google.co.in/search?tbo=p&tbm=bks&q=inauthor:http://www.google.co.in/search?tbo=p&tbm=bks&q=inauthor:http://www.google.co.in/search?tbo=p&tbm=bks&q=inauthor:


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in transportation pro,lems 'ssignment pro,lem as a ma/imall" degenerate transportation pro,lem oning s‟method

Module &1 6$% hours7:ame theor" !)o person Aero sum games saddle points pure and mi/ed strategies = dominance graphicalsolutions 7asic structure of >ueuing models e/ponential and Poisson distri,utions = >ueuing models ,ased onPoisson inputs and e/ponential serice times ,asic model )ith constant arrial rate and serice rate Poisson=e/ponential single serer model. infinite population Poisson=e/ponential single serer model. finite population =Poisson=e/ponential multiple serer model. infinite population ("namic programming 7ellmanGs principle ofoptimalit" formulation and solution of simple pro,lemsTet Boo+s

1 ohra N ( Huantitative Techniques for Management !ata Mc:ra) 6ill. Ne) (elhi2uiA. literature sure".seminar. term=proect. soft)are e/ercises. etc10K = 'ttendance and 8egularit" in the class



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M$% ;#; Com5utational Methods in n!ineerin!Teachin! scheme Credits: 43 hours lecture and 1 hour tutorial per )ee?b'ectives1 To impart the concept of various numerical methods in engineering.2 To develop understanding about the method of applying numerical techniques with the help ofcomputers for solving complex problems.

/re-reuisites: 5asic knowledge of engineering mathematics

Module & 6$3 hours7Errors in numerical calculationsD ources of errors. significant digits and numerical insta,ilit" numerical solution of pol"nomial and transcendental e>uations ,isection method method of false position Ne)ton=8aphson method fi/ed=point iteration rate of conergence of these methods iteration ,ased onsecond degree e>uation the MullerGs method Che,"she method :raeffeGs root s>uaring method forpol"nomial e>uations 7airsto) method for >uadratic factors in the case of pol"nomial e>uations

Module && 6$3 hours7olutions of s"stem of linear alge,raic e>uationsD (irect methods :auss elimination and :auss=


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Tet Boo+s1 1 Chapra and Canale. 9umerical methods for scientist and engineers Mc:ra) 6ill

2


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3 3 ale timing diagram1 4 6eat transfer e/perimentsD2 5 E/perimental stud" on natural conection heat transfer3 # E/perimental determination on teffan 7oltAmann Constant

4 7. Emissiit" measurement of a radiating surface5 * Measurement of solar radiation# J !hermal conductiit" of a metal rod

$ 10 Measurement of unstead" state conduction heat transfer* 11 E/perimental stud" on forced conection heat transfer

J

9eference Boo+s1 1 P + 7ellani. Thermal Engineering. hanna Pu,lishers2 2


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;. Com5uter aided ins5ection and uality control 63 hours7Introduction to CMM = classification = structure = components = familiarit" )ith measurement soft)are pac?agesand its modules = demonstration of the capa,ilit" of coordinate measuring machine using a sample componentegD engine ,loc? = concepts of reerse engineering and rapid protot"ping technolog"

9eference Boo+s1 1 ( F 8ogers.


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Module &&& 6$% (ours7Process control pneumatics = signals and standards = the flapper noAAle = olume ,ooster air rela" and force,alance = pneumatic controllers = proportional pneumatic control = proportional plus integral pneumatic control =proportional plus integral plus deriatie pneumatic control = PI and IP conertors

Module &1 6$% (ours7Controls in 0C Machines and fluidic controlControls in NC Machines=h"draulic s"stems = direct current motors = stepping motors = feed,ac? deices=encoders= resolers = inductos"n tacho generators = principles of fluid logic control =Coanda effect = ,asic fluidic deices= fluidic logic gates = ,ista,le flip flop = -8 and N-8 gates = e/clusie -8 gates = fluidic sensors = ,ac?pressuresensor = cone et pro/imit" sensor =interrupti,le et senorTet boo+s1 1 @ 7oltson . Y Mechatronics . Pearson Education third edition 200$‟2 2 'nthon" Esposito. Y Fluid -ower with applications 80E:. Pearson Education. 200J3 3 'ndre) Parr. Y 1ydraulics and -neumatics:.


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Note: Students are permitted to refer gas tables!"arts for t"e %ni&ersit$ e'amination(

Module & 6$; hours7Introduction to compressi,le flo) continuit". momentum and energ" e>uations for compressi,le flo) e>uation for acoustic elocit" Mach num,er flo) regimes Mach angle Mach cone )ae propagation inincompressi,le. su,sonic. sonic and supersonic flo)s

-ne dimensional isentropic flo) )ith aria,le area stagnation properties reference elocities dimensionlessMach num,er M= Compressi,ilit" factor ; effect of Mach num,er on compressi,ilit" impulse function andthrust area elocit" relation choc?ing mass flo) rate for choc?ed flo) operation of conergent andconergent=diergent noAAle under ar"ing pressure ratio oer e/panded and under e/panded mode

Module && 6$% hours7Flo) )ith normal shoc? )aes Prandtl=Ma"er relation = 8an?ine=6ugoniot e>uations change of entrop"

across normal shoc? impossi,ilit" of a shoc? in su,sonic flo)

Flo) )ith o,li>ue shoc? )aes nature of flo) through o,li>ue shoc? )aes PrandtlGs e>uation = 8an?ine=6ugoniot e>uations change of entrop" across o,li>ue shoc? o,li>ue shoc? relations from the normal shoc?e>uations Z[m cures shoc? polar diagram

Module &&& 6$% hours7'dia,atic flo) through constant area duct )ith friction e>uation of fanno line illustration of fanno line on h=sdiagram choc?ing due to friction. effect of friction on flo) parametersIsothermal flo) )ith friction=goerning e>uations

Flo) through constant area duct )ith heat transfer e>uation of 8a"leigh line illustration of 8a"leigh line on h=s diagram condition for ma/imum heat transfer = thermal choc?ing. effect of heat transfer on flo) parameters

Module &1 6$# hours7'ircraft propulsion t"pes of aircraft engines tur,o=prop engine tur,oet engine tur,ofan engine aircraftpropulsion theor" propeller thrust and et thrust propulsie. thermal and oerall efficiencies specific fuelconsumption. specific thrust and impulse = ramet engine pulseet engine8oc?et propulsion t"pes of roc?et engines li>uid propellant roc?et engines = solid propellant roc?et motors roc?et propulsion theor" roc?et applications

Tet boo+s1 1 M Lah"a. Fundamentals of compressi,le fluid flo) )ith aircraft and roc?et propulsion. Ne) 'ge

International pu,lishers

9eference boo+s1 1 P 7alachandran. fundamentals of compressi,le fluid d"namics. P6I learning pt +td2 2


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M$% =#3 Com5uter &nte!rated Manufacturin!

Teachin! scheme Credits: %2 hours lecture and 1 hour tutorial per )ee?b'ectives

1 To impart fundamental knowledge of 9umerical $ontrol 9$ part programming $ontrols in $"Mmaterial handling systems.

2 To acquire comprehensive idea on FM& and obotics.

Module & 6$# hours7Introduction= fundamentals of numerical control= adantages of NC s"stem = classification of NC s"stem = NC andCNC = open loop and closed loop s"stems = features of NC machine tools = fundamentals of machining= designconsiderations of NC machine tools= methods of improing machine accurac" and productiit"= special toolholders

Module && 6$" hours7NC part programming = manual programming= part programming e/amples= point to point programming andcontour programming= computer aided programming concepts = post processor = program languages= 'P!=programming = part programming e/amples

Module &&& 6$" hours7Controls in CIM= material handling in CIM= ':= ehicle guidance= ehicle management and safet" automatedstorage s"stems= '8 components and operations= features of '8= automatic data capture= ,arcodetechnolog"= magnetic strips= optical character recognition= group technolog"= part famil"= part classification and

coding = features -PI! classification and multi class coding s"stem

Module &1 6$# hours7Fle/i,le manufacturing s"stem= t"pes of FM= components of FM= FM )or?stations= material



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handling and storage s"stems= FM la"out= configurations= computer control s"stems in FM applications and,enefits of FM= industrial ro,otics= ro,ot anatom"= configurations= oints= drie s"stems= ro,ot control s"stems=end effectors= sensors in ro,ots= industrial ro,ot applications= ro,ot programming= on line and off lineprogramming

Tet Boo+s1 1 Loram oran. $omputer control of manufacturing systems. Mc:ra) 6ill IntI 7oo? Co.


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cope of financial management= Inestment financing and asset management decisions!"pe of ,usiness organisations= sole proprietorship. partnership. priate compan" and pu,lic compan" :oals ofthe firmD Profit ma/imiAation. )ealth ma/imiAation = management erses o)ners. social responsi,ilit" Maorfinancial decision areasD Inestment financing and diidend decisions 7asic factors influencing financial

decisions=internal and e/ternal factors

Module && 6$% hours7Capital ,udgeting= meaning. importance. difficulties and rationale (ata re>uirementD Cash flo) patterns !a/effect. effect on other proects. effect of depreciation and effect of indirect e/penses Method of appraisalDtraditional techni>uesD 'erage rate of return %'88& method=Pa" ,ac? method (iscounted cash flo) techni>uesDpresent alue. net present alue. internal rate of return !erminal alue and profita,ilit" inde/ methods

Module &&& 6$3 hours7@or?ing capital managementD Need for )or?ing capital. classification of )or?ing capital=ource of fi/ed andaria,le )or?ing capital Components of )or?ing capitalD Positie and negatie )or?ing capital=estimation of

)or?ing capital re>uirement=+i>uidit" profita,ilit" tangle

Module &1 6$3 hours7ources of compan" financeD +ong term sources=other sources=8etained earnings=Capital mar?et=short termsources= E/ternal and internal sources= Merger of companies=reasons=impact t"pe of mergers +ease financingD

Concept and classification=ignificance and limitations

9eference Boo+s1 1 uiA. literature sure".seminar. term=proect. soft)are e/ercises. etc10K = 'ttendance and 8egularit" in the class


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M$% =#%6B7 &ndustrial Safety n!ineerin! 6Dlobal7Teachin! scheme CreditsD 4 3 hours lecture and I hour tutorial per )ee?b'ectives1 To provide on concept of safety in industry principle of accident prevention maor

haCards consequences and concept of reliability./re-reuisites: 9ilModule & %14 6ours&

Introduction to the concept of safet"=Need=safet" proisions in the factor" 'ct=+a)s related to the industrialsafet"=Measurement of safet" performance. afet" 'udit. @or? permit s"stem. inur" and accidents=(efinitions=nsafe act unsafe condition= causes. inestigations and preention of accidents. haAards. t"pe of industrialhaAards=nature. causes and control measures. haAard identifications and control techni>ues=6'-P.FME'.FMEC' etcModule && %14 6ours&Concept of Industrial h"giene. programmes=8ecognition Ealuation= Control. Noise= source effects and noisecontrol. e/posure limits standards. 6earing conseration programmes. Fire fire load=control and industrial fire

protection s"stems. Fire 6"drant and e/tinguishers. Electrical 6aAards. protection and interloc?=(ischarge rodand earthling deice. safet" in the use of porta,le tools

Module &&& %13 6ours&+ogics of conse>uence anal"sis=Estimation=!o/ic release and to/ic effects=!hreshold limit alues. Emergenc"planning and preparedness. 'ir pollution=classification= (ispersion modeling pollution source and effects==control method and e>uipments=:raitational settling cham,ers=c"clone separators= Fa,ric filter s"stems=scru,,ers etc

Module &1 %13 6ours&Concept of relia,ilit"=(efinition=Failure rate and 6aAard function. "stem relia,ilit" models=series. parallels"stems. relia,ilit" haAard function for distri,ution functions=e/ponential=normal log normal )ei,ull and gammadistri,utionTet boo+s1 1 !homas


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1 1 Fran? E Mc Erlo". PEH CP. Accident -revention Manual for "ndustrial 2perations. NC Chicago2 2 +ees FP. #oss -revention in -rocess "ndustries. 7utter)orths. Ne) (elhi3 3 76E+. 2ccupational &afety Manual. !iruchirappalli4 4 (r ' :upta. eliability Maintenance and &afety Engineering. +a/mi Pu,lications. Ne) (elhi

&nternal Continuous ssessment (Maximum Marks)*+,#0K = !ests %minimum 2&30K = 'ssignments %minimum 2& such as home )or?. pro,lem soling. group discussions. >uiA. literature sure".seminar. term=proect. soft)are e/ercises. etc10K = 'ttendance and 8egularit" in the class


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Syl Btech Mechanic 2014

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