Pg RegB Curri Cadcam

7/25/2019 Pg RegB Curri Cadcam

1/41

Regulation BM.E./M.TECH. CAD/CAM

SEMESTER I

SEMESTER II

SLNo

SubjectCode

Subject L T P C

Theo!

1 P2CCB05 Computer aided process planning 3 1 0 4

2 P2CCB06 Flexible CompetitiveManuacturing !"stem

3 1 0 4

3 P2CCB0# Manuacturing $normations"stems

3 1 0 4

4 P2CCB0% Mec&atronics in Manuacturing!"stems

3 1 0 4

5 P2CCB0' (dvanced Material !cience 3 1 0 4

6 ) ) ) *lective+$ 3 0 0 3

Pactical

# P2CCB10 Computer (ided Manuacturing,ab

0 0 3 2

Total Cedit" 25

SEMESTER III

SLNo

SubjectCode

Subject L T P C

Theo!

1 ) ) ) *lective $$ 3 0 0 3

2 ) ) ) *lective $$$ 3 0 0 3

3 ) ) ) *lective $- 3 0 0 3

Pactical

4 P3CCB11 Pro.ect P&ase $ 0 0 12 6

Total Cedit" 15

L # Lectue$ T # Tutoial$ P # Pactical$ C # Cedit

1

SL

No

Subject

Code

Subject L T P C

Theo!

1 P1M(B02 (pplied *ngineering Mat&ematics 3 1 0 4

2 P1CCB01 Finite *lement (nal"sis 3 1 0 4

3 P1CCB02 Computer $ntegrated Manuacturing!"stem

3 1 0 4

4 P1CCB03 Computer (ided /esign Manuacturing

3 1 0 4

5 P1C!B44 Computer rap&ics 3 1 0 4

Pactical

6 P1CCB04 Computer (ided /esign ,ab 0 0 3 2

Total Cedit" 22


2/41

Regulation BM.E./M.TECH. CAD/CAM

SEMESTER I%

SLNo SubjectCode Subject L T P C

Pactical

1 P4CCB12 Pro.ect P&ase $$ 0 0 24 12

Total Cedit" 12

&'e all Total Cedit" ( )*

LIST &+ ELECTI%ES

2

SLNo

"e,

Subject Code

Subject L T P C

*,*C$-* + $

1 2 P*CCB13

eliabilit" *ngineering3 0 0 3

2 2 P*CCB14

Manuacturing !"stem and !imulation3 0 0 3

3 2 P*CCB15

/esign or Manuacturing3 0 0 3

4 2 P*CCB16

Computer $ntegrated /esign 3 0 0 3

5 2 P*CCB1#

Metrolog" and on /estructive esting 3 0 0 3

*,*C$-* $$ $$$ $-

6 3 P*CCB1

%

Concurrent *ngineering 3 0 0 3

# 3 P*CCB1'

$ndustrial obotics 3 0 0 3

% 3 P*CCB20

/esign o 7"draulic and Pneumatic!"stems

3 0 0 3

' 3 P*CCB21

/esign o Material 7andling *8uipments3 0 0 3

10 3 P*CCB22

/ata Communication in C(/9C(M3 0 0 3

11 3 P*CCB23

Perormance Modeling and (nal"sis oManuacturing !"stem

3 0 0 3

12 3 P*CCB24

(dvanced -ibration *ngineering3 0 0 3

13 3 P*CCB25 Computational Fluid /"namics 3 0 0 3

14 3 P*CCB26

$ntellectual Propert" ig&ts 3 0 0 3

15 3 P*CCB2#

Material C&aracterisation ec&ni8ues 3 0 0 3

163

P*CCB2%

:ptimisation tec&ni8ues in /esign 3 0 0 3

1#3

P*CCB2'

ec&nolog" management 3 0 0 3

1%3

P*CCB30

*xperimental ec&ni8ues and (nal"sis 3 0 0 3

1'3

P*CCB3

1esearc& met&odolog" 3 0 0 3


3/41

L # Lectue$ T # Tutoial$ P # Pactical$ C # Cedit

3


4/41

SEMESTER I

P-MAB APPLIED EN0INEERIN0 MATHEMATICS L T PC

1 - *&B2ECTI%E

o provide ;noerential e8uations in t


5/41

5= en" /anneme"er G$ntroduction to Partial /i>erential *8uations and Boundar" -alue

problemsH Mcra< 7ill 1'6%=

P-CCB- +INITE ELEMENT ANAL@SIS L T P C

1 - *&B2ECTI%E9

o impart ;no


6/41

5= Coo; obert /avis et al K Concepts and (pplications o Finite *lement (nal"sis K ?ile" Eo&n !ons1'''=

6= eorge Buc&anan K !c&aumLs :utline o Finite *lement (nal"sis K Mcra< 7illCompan" 1''4=

P-CCB C&MP3TER INTE0RATED MAN3+ACT3RIN0 S@STEM L T P

C 1 - *

&B2ECTI%ES9

o gain ;no


7/41

1= roover M=P= K(utomation Produ tion !"stem and C$MK Prentice+7all o $ndia 1''%=2= /avid Bed


8/41

T&TAL 9 *:;-: ?eiod"

REFEREN E2

3- 4on 2tenerson and 5ell C$rran 6Com!$ter N$merical Control7, Prentice89all o#India P%t- )td=

&- I0ra"im :eid 6CAD;C(M 8 T"eor and Practice7 Mc 9ill, International edition, 3


9/41

P-CSB** C&MP3TER 0RAPHICS L T P C 1 - *

&B2ECTI%ES9

o teac& students about computer grap&ic undamentals=

o gain ;no


10/41

P-CCB* C&MP3TER AIDED DESI0N LAB L T PC

1

&B2ECTI%ES9

o gain ;no


11/41

SEMESTER II

PCCB: C&MP3TER AIDED PR&CESS PLANNIN0 L T P

C 1 - *&B2ECTI%ES9

o give indept& ;no


12/41

4= anua !ing& K !"stems (pproac& to Computer $ntergrated /esign and Manuacturing

K Eo&n ?ile" !ons 1''6=

PCCB> +LEIBLE C&MPETITI%E MAN3+ACT3RIN0 S@STEM L T PC

1 - *

&B2ECTI%ES9

o give overvie< o manuacturing unit in current scenario

o gain ;no


13/41

4= aiic&i :&no o"ota K Production !"stem Be"ond ,arge+!cale production K

Productivit" Press $ndiaN Pvt= ,td= 1''2=

PCCB) MAN3+ACT3RIN0 IN+&RMATI&N S@STEMS L T PC

1 - *

&B2ECTI%ES9

o understand t&e database and &o< to design a database in manuacturing unit=

Consideration and inormation s"stems ollo


14/41

4= = Derr K Dno


15/41


RE+ERENCES

1= Mic&ael B= 7istand and /avid = (lciatore K$ntroduction to Mec&atronics and

Measurement !"stemsK Mcra


16/41

PCCB5 AD%ANCED MATERIAL SCIENCE L T PC

1 - *&B2ECTI%ES9

o give revie< o mec&anical be&avior o materials=

o gain ;no


17/41


RE+ERENCES

1= Callister ?=/= 2006N KMaterial !cience and *ngineering+ (n introductionK ?ile" *astern=

2= ag&avan -= 2003N KP&"sical Metallurg"K Prentice 7all o $ndia=3= &omas 7= Courtne" 2000N KMec&anical Be&avior o MaterialsK Mcra< 7ill=4= Flinn = (= and ro.an P= D= 1'''NK*ngineering Materials and t&eir (pplicationsK

Eaico=5= D**7 BJ/$!D$ 1'%%N K!urace *ngineering or


18/41

INTR&D3CTI&N T& R&B&TICS

!tud" o c&aracterstics o rotar" linear .oints 2Ea< ripper=

Programming obot arm or straig&t line motion=

Programming obot arm or ig ag motion=

RE+ERENCES

1= /avid Bed


19/41

Ri" A""e"",ent 5/e@nition and measurement o ris; + ris; anal"sis tec&ni8ues + ris; reduction resources +industrial saet" and ris; assesment=

T&TAL 9 *: ?eiod"

RE+ERENCES

1= Modarres K eliabilit" and is; anal"sis K Mara /e;;er $nc= 1''3=

2= Eo&n /avidson G&e eliabilit" o Mec&anical s"stem K $nstitution o 3=

3= Mec&anical*ngineers,ondon 1'%%=

C=:= !mit&K $ntroduction to eliabilit" in /esign K Mcra< 7ill ,ondon 1'#6=

19


20/41

PECCB-* MAN3+ACT3RIN0 S@STEM AND SIM3LATI&N L T PC

1 1

&B2ECTI%ES9

o ;no< about computer modeling and simulation s"stem= o stud" about andom numbers and andom variable generation=

o stud" about random variable generation t"pes o dissimulation and discrete event

simulation=

3NIT4 ICo,?ute Modeling And Si,ulation S!"te, 5$ntroduction to simulation+ steps in simulation+nature o computer modeling and simulation+t"pes o models+ Monte Carlo simulation limitation o simulation areas o applicationexamples= Components o a s"stem+ discrete and continuous s"stems+ *xamples Model o as"stem+variet" o modeling approac&es=

3NIT4 II

Rando, Nu,be 0eneation 5Properties o random numbers andom number generation tec&ni8ues+t&e mid productmet&od+ constant multiplier tec&ni8ue+ additive congruential met&od+ linear congruentialmet&od est or random numbers+ re8uenc" tests+ test or autocorrelation=

3NIT4 IIIRando, %aiable 0eneation 5andom variable generation inverse transorm tec&ni8ue+ exponential distribution uniorm distribution+ ?eibull distribution+ triangular distribution= *mpirical continuousdistribution+ generating approximate normal variates+ *rlang distribution=

3NIT4 I%Di"tibution And E'aluation &8 E?ei,ent" 5

/iscrete uniorm distribution+ Poisson distribution+ geometric distribution+ acceptance andre.ection tec&ni8ue or poisson gamma distribution= -ariance reduction tec&ni8ues+antit&etic variables+ -alidation o simulation models+ -eri@cation o simulation models=

3NIT4 %Di"cete E'ent Si,ulation 5Concepts in discrete+event simulation+ manual simulation using event sc&eduling simulationo 8ueuing s"stem simulation o inventor" s"stems= !imulation o manuacturing andmaterial &andling s"stems= $ntroduction to !imulation pac;ages simulation usingspreads&eet !imIuic; ?$*!! (*( P!!= Programming or discrete event s"stems inP!!+ case studies=

T&TAL 9 *: ?eiod"

RE+ERENCES

1=Eerr" Ban;s Eo&n != Carson $$ and Barr" ,= elson= G/iscrete+ *vent !"stem !imulationH=

Prentice &all $nc=1'%4=

2== ordon G !"stem !imulationH Prentice &all $nc=1''1=

3=Francis eelam;ovil GComputer !imulation and Modeling=H Eo&n


21/41


22/41

PECCB-> C&MP3TER INTE0RATED DESI0N L T P C1 1

&B2ECTI%ES9

o ;no< about design and details o s&at=

o gain ;noerent

design situations + /esign or assembl" and modular constructions + Concepts o integration=

3NIT4 IISha8ting 5(nal"sis and design o s&ats or di>erent applications + detailed design + preparation oproduction dra


23/41

PECCB-) METR&L&0@ AND N&N DESTR3CTI%E TESTIN0 L T P C

1 1

3NIT IMEAS3RIN0 MACHINES 5

ool Ma;erLs microscope + Co+ordinate measuring mac&ines + Jniversal measuring mac&ine +,aser vie


24/41

ELECTI%E II III I%PECCB- C&NC3RRENT EN0INEERIN0 L T P C

1 1

&B2ECTI%ES9

o gain insig&t on inormation tec&nolog" uses manuacturing concepts and pro.ectmanagement=

3NIT #IIntoduction 5*xtensive de@nition o C* + C* design met&odologies + :rganiing or C* + C* tool boxcollaborative product development

3NIT4 II3"e &8 In8o,ation Technolog! 5$ support + !olid modeling + Product data management + Collaborative product commerce +(rti@cial $ntelligence + *xpert s"stems + !ot


25/41

PECCB-5 IND3STRIAL R&B&TICS L T PC

1 1&B2ECTI%ES9

o gain ;noectors sensors in robotics= o gain ;noectors design +Mec&anical + Magnetic +-acuum + (d&esive + air operated grippers= Force anal"sis and obotmotion control + (daptive and optimal control + electronic control+ eedbac; control+interacing=

3NIT 4I%

Sen"o" In Robotic" And A??lication" 5obot position sensors + proximit" and range sensors tactile sensors velocit" andacceleration sensors + orce and tor8ue sensing devices+ sensing .oint orces and slip= obot


26/41

RE+ERENCES

1= roover M=P= K$ndustrial robotics ec&nolog" programming and applicationsKMcra


27/41

PECCB DESI0N &+ H@DRA3LIC AND PNE3MATIC S@STEMS L T P

C

1 1&B2ECTI%ES9

o understand &"draulic s"stems and actuators=

o understand &"draulic circuit design and control=

o gain ;no


28/41

28


29/41

PECCB- DESI0N &+ MATERIAL HANDLIN0 EG3IPMENTS L T P C1 1

&B2ECTI%ES9

To lean

Material &andling e8uipment in industries=

/esign o &oists elements= /esign and t"pes o conve"ors and elevators=

3NIT #IMateial" Handling E7ui?,ent 5Material &andling e8uipment @xed pat& e8uipment + conve"ors sorting consolidating anddiverting devices cranes+(utomatic !torage and etrieval !"stem + Magnetic &andlings"stems (- robotics and mobile material &andling etc= "pes selection andapplications=

3NIT4 IIDe"ign &8 Hoi"t" 5/esign o &oisting elements ?elded and roller c&ains + 7emp and


30/41

PECCB DATA C&MM3NICATI&N IN CAD/CAM L T PC

1 1&B2ECTI%ES9

o impart ;no


31/41

PECCB1 PER+&RMANCE M&DELIN0 AND ANAL@SIS &+ MAN3+ACT3RIN0S@STEMSL P C

1 1

&B2ECTI%ES9

o gain ;no


32/41

2= 1=D=!= rivedi GProbabilit" and !tatics


33/41

PECCB: C&MP3TATI&NAL +L3ID D@NAMICS L T P C1 1

&B2ECTI%ES9

o develop @nite di>erence and @nite volume discretied rom CF/=

o ormulate and implicit algorit&ms or solving t&e *uler e8uations and navier

storves e8uations=

3NIT #I0o'ening DiJeential E7uation And +inite DiJeence Method 5Classi@cation $nitial and Boundar" conditions $nitial and Boundar" value problems= Finitedi>erence met&od Central For


34/41

6= Fletc&er C=(=E=KComputational ec&ni8ues or Fluid /"namics 1K Fundamental andeneral ec&ni8ues !pringer+-erlag1'%#=

34


35/41

PECCB> INTELLECT3AL PR&PERT@ RI0HTS L T P C

1 1&bjecti'e9

To unde"tand the technicalitie"in t&e development recognition and o


36/41

5 /ebora& *= Bouc&oux $ntellectual Propert" or Paralegals Cengage ,earning 2005

36


37/41

PECCB) MATERIAL CHARACTERISATI&N TECHNIG3ES L T P C

1 1

3NIT I INTR&D3CTI&N

/e@nition eed eneral C&aracteristics (pplications= Fibers lass Carbon Ceramicand(ramid @bers= Matrices Pol"mer rap&ite Ceramic and Metal Matrices C&aracteristics o@bers and matrices= Fiber surace treatments Fillers and additives Fiber content densit"andvoid content=

3NIT II MECHANICS -

ule o mixture +volume and mass ractions densit" + void content *valuation o ourelasticmoduli based on strengt& o materials approac& and !emi+*mpirical model+,ongitudinal

OoungAsmodulus+transverse OoungAs modulusma.or PoissonAs ratio+$n+plane s&ear modulus Jltimatestrengt&s o a unidirectional lamina= C&aracteristics o Fiber+reinorced laminalaminateslamination t&eor" $nterlaminar stresses

3NIT III PER+&RMANCE :

!tatic Mec&anical Properties Fatigue and $mpact Properties *nvironmental e>ects ,ongterm properties Fracture Be&avior and /amage olerance=

3NIT I% MAN3+ACT3RIN0

Bag Moulding Compression Moulding Pultrusion Filament ?inding :t&er ManuacturingProcesses Iualit" $nspection met&ods= Processing o MMC di>usion bonding stir casting s8ueee casting=

3NIT % DESI0N -

Failure Predictions ,aminate /esign Consideration+design criteria+design allo


38/41

PECCB &PTIMISATI&N TECHNIG3ES IN DESI0N L T P C1 1

3NIT I INTR&D3CTI&N :

eneral C&aracteristics o mec&anical elements ade8uate and optimum design principles

o optimiation ormulation o ob.ective unction design constraints Classi@cation ooptimiation problem=

3NIT II &PTIMIKATI&N TECHNIG3ES -

!ingle variable and multivariable optimiation ec&ni8ues o unconstrained minimiation olden section andom pattern and gradient searc& met&ods $nterpolation met&odsQ:ptimiation


39/41

PECCB5 TECHN&L&0@ MANA0EMENT L T P C1 1

3NIT # I 5

:vervie< o Management o ec&nolog" /e@nition o ec&nolog" Process o /evelopmento ec&nolog" :ld convention tec&nologies e< tec&nologies=

3NIT # II 5

:rganiations issues $nterace bet


40/41

PECCB1 EPERIMENTAL TECHNIG3ES AND ANAL@SIS L T P C1 1

3NIT I +&RCES AND STRAIN MEAS3REMENT 5

!train gauge principle t"pes perormance and uses= P&oto elasticit" principle and

applications Moire Fringe + 7"draulic .ac;s and pressure gauges *lectronic load cells Proving ings Calibration o esting Mac&ines=

3NIT II %IBRATI&N MEAS3REMENTS 5

C&aracteristics o !tructural -ibrations ,inear -ariable /i>erential ransormer ,-/N ransducers or velocit" and acceleration measurements= -ibration meter !eismograp&s -ibration (nal"er /ispla" and recording o signals Cat&ode a" :scilloscope RO Plotter C&art Plotters /igital data (c8uisition s"stems=

3NIT III AC&3STICS AND 6IND +L&6 MEAS3RES 5

Principles o Pressure and o< measurements pressure transducers sound level meter -enturimeter and o< meters


41/41

PECCB1- RESEARCH METH&D&L&0@ L T P C1 1

3NIT I 5

esearc& met&odolog" de@nition mat&ematical tools or anal"sis "pes oresearc&explorator" researc& conclusive researc& modeling researc& algorit&mic researc&esearc& process+ steps=/ata collection met&ods+ Primar" data observation met&odpersonal intervie

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Pg RegB Curri Cadcam