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B. TECH. FOURTH YEAR

(MECHANICAL ENGINEERING)

(Batch 2007)

SCHEME OF PAPERS

SEVENTH SEMESTER (Mechanical Engineeing)

S.N!. C!"#e

N!.

Ti$le L T P Ce%i$#

1. MCE 401 Computer Integrated Manufacturing

Sytem

! 1 0 !."

2. MCE 402 Machining Science ! 1 0 !."

!. MCE 40! #utomo$i%e Engineering ! 1 0 !."4. MCE 404 I. C. Engine ! 1 0 !."

". MCE 4"1 Computer Integrated Manufacturing

Sytem &a$ '

0 0 2 1.0

. MCE 4"2 Machining Science &a$ ' 0 0 2 1.0

7. MCE 4"4 I. C. Engine &a$ ' 0 0 2 1.0

. E%ecti*e +III ! 1 0 !."

,. E%ecti*e +I- ! 1 0 !."

&' *.+

T!$al C!n$ac$ H!"#, -+

ELECTIVE PAPER III, ANY ONE FROM C

C i . MCE 40" on /rad it iona% Manufactur ing

ii . MCE 40 roduct eign e*e%opment

iii . MCE 407 roduction %anning Contro%

i*. MCE 40 Meta% 3orming

* . MCE 40, eat E5changer

*i. M CE 410 r o6e ct M ana ge ment

ELECTIVE PAPER IV, ANY ONE FROM

i . MCE 411 oer %an t Engineer ing

ii . MCE 412 3inite E%ement Method

iii . MCE 41! roducti*ity Management

i*. MCE 414 e*e%opment in Manufacturing Management

*. MCE 41" on Con*entiona% Energy 8eource

*i. MCE 41 Mode%ing and Simu%ation

' M CE 4" 19 MC E 4 "2 an d M CE 4" 4 a re pr ac ti ca % p ape r on %y .

/here i%% not $e any theory e5amination for thee paper.

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MCE *+& COMPUTER INTEGRATE MANUFACTURING SYSTEMS

L T P Ce%i$#

- & + -./

Sec$i!n0A

CIMS: Introduction9 cope9 e%ement9 ocio;techno;economica% 6utification9 tep to imp%ementation9o$tac%e9 %imitation.

Computeri<ed roduction Sytem: eed for computeri<ation9 CIMS9 C#. Materia% re=uirement

p%anning (M8)9 Manufacturing 8eource %anning (M8;II).

#utomated Materia% and%ing: #>- #S8S.

Sec$i!n0B

#d*anced Machine /oo%: eed9 e*o%ution and comparion of umerica% Contro%9 irect umerica%

Contro%9 CC itri$uted umerica% Contro%. #dapti*e contro% ; efinition9 ource of *aria$i%ity.

Indutria% 8o$ot: 8o$ot efinition9 $aic motion9 common configuration; degree of freedom

or?pace9 dri*e ytem9 end;effector9 enor9 method of programming (manua%9 %ead;through and

off%ine).

Sec$i!n0C

>roup /echno%ogy: eign and manufacturing attri$ute9 art fami%ie9 concept of compoite part9

c%aification and coding ytem + o*er*ie of @pit< C@E9 $enefit of group techno%ogy.

3MS: Introduction9 concept of f%e5i$i%ity9 3MS e=uipment9 3MS %ayout9 type of or? ce%%9

arrangement of machine in or? ce%%9 materia% hand%ing de*ice9 computeri<ed contro% ytem and

function.

Sec$i!n0

ata$ae Management: &imitation of traditiona% fi%e ytem for data managementA Component of

BMS9 3eature and a$i%itie of BMS9 BMS Mode% + educti*e9 imeniona%9 ierarchica%9

@$6ect9 /empora% and 8e%ationa%A itri$uted BMS: Introduction9 importance migration

trategie.

Emerging /echno%ogie: E5pert Sytem9 Computer *iion9 Simu%ation9 Concurrent

Engineering9 ut in /ime.

Rec!11en%e% B!!2#,

1 M . . > r oo *e r9 # ut om at io n9 ro du ct io n y te m 9 a nd C om pu te r I nt eg ra te d

Manufacturing9 earon Education #ia9 e e%hi

2 . Singh9 Sytem #pproach to Computer;Integrated eign and

Manufacturing9 ohn i%ey Son Inc.9 1,,

! . . 8 ao 9 C # DC #M + ri nc ip %e # pp %i ca ti on 9 / a t a M c> ra i %% 9 e

e%hi.4 3 ar id # mi ro uc he 9 ri nc ip %e o f C o mp ut er # id ed e ig n a n d M an uf ac tu ri ng 9

earon Education #ia9 e e%hi

" / . . un dr a9 . . 8 a o9 . . / e a ri 9 um er ic a% C o nt ro % a nd C o mp ut er

#ided Manufacture9 /ata Mc>ra i%%9 e e%hi.

M . . > ro o* er E . . F im me r 9 C # DC #M 9 ea r on E d uc at io n # i a9 e

e%hi

7 Beant and &ui 9 C#DC#M9 /ata Mc>ra i %% 9 e e %h i

S ae ed B . i? u9 I nt ro du ct io n t o 8 o$ ot ic ; # na %y i 9 S y te m # pp %i ca ti on 9

earon Education #ia9 e%hi

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MCE *+ MACHINING SCIENCE

L T P Ce%i$#

- & + -./

Sec$i!n0A

Machin ing ith S ing%e oin t Cut t ing /oo% : >eometry of ing %e po in t cu t t ing too % 9

m ec ha ni m o f c hi p f or ma ti on 9 o rt ho go na % a nd o $% i= ue c ut ti ng 9 t yp e o f c hi p 9machin ing pa ramete r 9 cu t t ing force and poer re=ui rement in ing %e po in t tu rn ing

proce9 MerchantG circ%e theory9 hear ang%e re%a tionhip9 pecific cutt ing preure9

friction and therma% apect of machining.

Shaping and p%anning: /ype of haper 9 p%anner and %ot ter and their pecif ica t ion9

haping9 p%anning and %ot t ing too% 9 or? ho%ding de*ice9 cut t ing peed9 feed anddepth of cut for haping9 p%anning and %otting.

Sec$i!n0B

Machining ith Mu%t i ;oint Cutt ing /oo%: ature of cut t ing ith mu%t i ;point cut t ing

too% 9 d r i% % ing 9 type of d r i %% ing machine 9 tit d r i %% geometry 9 d r i %% ing machine 9 $oring reaming procee

Mi%%ing9 mi%%ing machine9 Inde5ing9 type of inde5ing9 imp%e9 compound9 differentia%

and angu%a r inde5ingA >r ind ing procee 9 g r ind ing machine . #$ra i*e f in ih ing

rocee;%apping9 honing9 uper;finihing9 po%ihing9 $uffing

Br oa ch ing : I nt roduc tion9 uh * pu% % $ roac hing p roc e e 9 $ roac h geomet r y9

$roaching machine and $roaching operat ion (o umerica%)

Sec$i!n0C

Ca%cu%a tion of economic cut t ing peed in machining9 Machining proce parameter in

ing %e po in t c u tt i ng too% 9 mi %% i ng 9 d r i% %i ng. / ay %or G t oo% % i fe e =uat ion 9 f ac to r

a f fec t ing too % % i f e 9 e f fec t o f f eed 9 peed and depth of cu t. Machina$i % i ty 9 f actor affecting machina$i%ity

ig #nd 3 i5ture : efin i tion and impor tance of 6 ig and f i5 ture in produc tion 9

princip%e of %ocation and c%amping9 eent ia % re=uirement of 6 igDfi5ture9 type of

6ig and fi5ture . (o umerica%)

Sec$i!n0

/oo% ear : /ype of ear mechanim9 fac tor af fec t ing *ar iou ear mechanim9

coating on cutting too%9 coating materia%

Introduction to %imit9 f it to%erance9 type of f it

Mode rn Mac hin ing Method: Compar i on o f non ;c on*en tiona % a nd c on*e n tiona %

method of machining9 introduction to e %ec tro;dicharge machining (EM)9 e %ec tro;chemica% machining (ECM)9 u% t ra;onic machining (HSM)9 e %ec tron $eam machining(EBM) %aer $eam machining (&BM) (o umerica%)

Rec!11en%e% B!!2#,

1 . . C. a nd ey C. . S i ng h9 r od uc ti on E ng in ee ri ng S c ie nc e 9 S ta nd ar d

u$%iher9 e e%hi .

2 . B . &. un e6 a9 > .S . S e? ho n it in S et h9 3 un da me nt a% o f Me ta % Cu tt in g

Machine /oo%9 e #ge Internationa% u$%iher 9 . e%hi.

! . # mi ta $h > ho h Bh at ta ch ar ya 9 Ma nu fa ct ur in g Sc ie nc e9 / M 9 e %h i

4 . M i% to n C . S ha 9 Me ta % C ut ti ng 9 / at a M c> ra i% %9 e e% hi ." . - en ?a te h9 / ec hn i= ue in Me ta % Cu tt in g9 I 9 e e% hi

. . . M eht a9 Ma chi ne /o o% 9 /a ta Mc >r a i %% 9 e e %hi .

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MCE *+- AUTOMOBILE ENGINEERING

L T P Ce%i$#

- & + -./

Sec$i!n0A

Introduction: Component of an automo$i%e9 c%aif icat ion of automo$i%e9 >enera%%ayout o f con*ent iona% motor *eh ic %e cha i 9 f rame and f rame%e cont ruc t ion 9

/ype of dri*e

/ranmiion Sytem: Baic re=uirement and tandard t ranmiion ytem9

/ranmiion re=uirement9 contructiona% feature of automo$i%e c%utch9 gear $o59

differentia% 9 f ront and rear a5%e9 o*erdri*e9 prope%%er haft 9 uni*era% 6oint and

to r=ue tu$e d ri*eA 8ear hee % * . f ront hee % d ri*e9 p r incip %e o f au tomat ic

tranmiion; contructiona% detai%

Sec$i!n0B

Steering Sytem: 3unction and princip%e9 fundamenta% e=uation for correct teer ing9

teering geometry : ca tor 9 cam$er and ? ing p in inc %ina tion 9 to ; in of f ront hee% 9teer ing % in?age and teer ing gear9 hee% a% ignment9 poer teer ing

Bra?ing ytem: >enera % $ ra?ing re=uirement9 Mechanica % 9 hydrau %ic 9 *acuum9

poer and er*o $ra?e 9 and Bra?e9 E%ectric Bra?e

Section;C

S u pe n io n S y te m: 3 un ct io n o f u pe n io n a nd t yp e : c on *e nt io na % a nd

independent upenion ytemA hoc? a$or$er9 torion $ar and ta$i% i<er

hee% and /ire: type of hee%9 type of t i re in Indian *ehic%e9 caue of tyre

ear and remedie.

Section;

#utomo$i%e E%ectr ic Sytem: Star t ing ytem9 Charging ytem9 capacity rat ing and

teting of $attery9 *o%tage and current regu%ation

#utomo$i %e Emi ion and #ir o% %u t ion : po % %u t ion due to *eh ic %e emi ion and

e5haut emiion: hydrocar$on (C)9 Car$on mono5ide (C@)9 o5ide of ni trogen

( @ 5) 9 o th er e mi i on 9 d if fe re nt m et ho d t o c he c? e mi io n 9 c ra n? c a e

*enti %a t ion 9 ca ta%y t ic con*er ter 9 chemica% method to reduce emiion9 e5haut

ga recyc%e + E>8

Rec!11en%e% B!!2#,

1 . C ro u e #n g% in 9 #u to mo ti *e M ec ha ni c 9 /a ta M c> ra i %% 9 e e %h i2 . ir pa % S in gh 9 # ut om o$ i% e E ng in ee ri ng ( - o% . I I I )9 S t an da rd u $% i he r 9

e%hi

! . e to n9 S te ed 9 > ar re tt 9 / he M ot or - eh ic %e 9 B ut te r ort h I nt er na ti on a% 9

&ondon

4 . ei tn er 9 #u to mo ti *e Me ch an ic 9 Ea t e t re 9 e %h i

" . 8 .B . >u pt a9 # ut om o$ i% e En gi ne er in g9 S at ya ra ?a h an 9 e %h i

8/13/2019 mce7


MCE *+* I. C. ENGINES

L T P Ce%i$#

- & + -./

Sec$i!n0A

ri nc ip %e o f I .C . E ng in e : I nt ro du ct io n9 C %a if ic at io n o f I .C . e ng in e 9component 9 /ermino%ogy and #$$re*ia t ion 9 four t ro?e and to t ro?e cyc%e 9

-a%*eDport timing diagram9 %ocation and function of *ariou component

Sec$i!n0B

3ue% Supp %y Ign i tion ytem for S . I. Eng ine : Car$ure tion9 #i r fue % r a tio9

M3IDE3I ytem and i t component9 Merit of E3I ytem o*er car$uretor ytem9

Com$ution in S.I . engine9 @ctane rat ing of fue%9 etonationD noc?ing in S.I .

engine9 factor affect ing ?noc?ing e%ay period and ignit ion ad*ance9 com$ution

cham$er for S.I . engine 8e=uirement of ignit ion ytem9 type and component9

Ignition timing contro%

Sec$i!n0C

3ue% In 6ec t ion ytem for C . I. Engine: Component o f 3ue% in 6ec t ion ytem9

type of in6ect ion ytem9 Com$ution in C.I . engine9 Cetane rat ing. noc?ing in

C . I. engine and f acto r go*ern ing ?noc? ing9 Com$u t ion cham$er for C .I .

engine9 Supercharging9 tur$o;charging

Coo % ing and &u$r ica t ion: ecei ty o f engine coo% ing and d i ff e ren t y t em 9

ecei ty of %u$rication and different %u$rication ytem S#E rat ing for

%u$ricant

Sec$i!n0

I .C.Eng ine /et ing : In troduc tion9 ind ica ted and $ ra?e poer 9 mean e ff ect i*e

preure therma% efficiency and i t type9 *o%umetric efficiency9 pecif ic fue%

conumption e te rmina t ion o f indicated poer and $ ra?e poer $y d if f er ent

me thod 9 dete rmina t ion o f *o %umet ri c e ff i ci ency9 eat $a%ance hee t 9 Engine

performance cur*e

8 ec en t / re nd f or a %t er na ti *e f ue % i n I .C . E ng in e : I nt ro du ct io n9 p o i $% e

a % te rna t i*e 9 hydrogen 9 natu ra % ga9 compreed natu ra % ga (C>) 9 % i =ue fi ed

petro%eum ga (&>)

Rec!11en%e% B!!2#,

1 . oh an B . e y oo d9 I nt er na % Co m$ u ti on E ng in e 3u nd am en ta % 9 M c> ra i %%Boo? Co.9 e or?

2 . 8 ic ha rd S t on e9 I n tr od uc ti on t o I nt er na % C om $u t io n E ng in e 9 M #C MI && # 9

e or?

! . i% %a rd u %? ra $e ?9 E ng in ee ri ng 3 u nd am en ta % o f t he I n te rn a% C o m$ u ti on

Engine9 rentice a%% Internationa%9 Inc.9 e or?

4. S.&. Somaundaram9 /herma% Engineering9 e #ge Internationa%

u$%iher9 e e%hi

" . .S . um ar 9 - . . - a an dh ani 9 ea t E ng in ee ri ng 9 S . . at ar ia S on 9 .

e%hi

. M .& .M at hu r 8 . .S ha rm a9 # C ou r e i n I .C .E ng in e9 ha np at 8 ai S on 9

e%hi7 . - >a ne a n9 In te rn a% Co m$ u ti on En gi ne 9 / at a M c> ra i% %9 e% hi

8/13/2019 mce7


MCE */& COMPUTER INTEGRATE MANUFACTURING SYSTEMS LAB

L T P Ce%i$#

+ + &.+

Li#$ !3 E45ei1en$#

Geneal O6e6ie7

1 Study of CC & athe a nd Mi%% ing machine: # d*antage o *er o rdinary

machine ith reference to contro% of cutting peed and profi%e cutting etc.

2 Study of 8o$ot. #pp%ica$i% i ty for *ariou operat ion.

! St udy of *ari ou t ype of cut ti ng too% for tur ni ng mi% %i ng ( SS 9 $ra <ed

car$ide9 car$ide inde5a$%e iner t and o%id car$ide too%) *i<. too% for

turn ing $or ing A mi % % ing cu t te r o f p %ano 9 $u % % and $a % % ;noe type and

their ue.

Man"al Pa$ P!ga11ing

4 Ente ri ng M ;code for pi nd% e tart D top9 coo %ant t art Dt op et c." Ente ri ng >; cod e f or tra ight and t ape r; tur ni ng o pera ti on .

Entering code for cutt ing a%ong conca*e and con*e5 arcA 8adiu

compenation.

U#e !3 S!3$7ae 3! CNC P!ga11ing 8 T!!l Pa$h Si1"la$i!n,

7 Ente ri ng pe ci fi cat ion f or * ari ou t ype of t oo% (*i <. e nd;mi %% 9 $a %% ;mi %%

or $u%%;noe too%) for programming.

He of *ar iou type of too% entry o ption (rampDhe%ica%) f or afe and

mooth tart of cut.

, #pp% ica ti on of pr of i% e a nd copy; mi %% ing opera ti on for di e; cut ti ng .

10 Mac hi ni ng i mu%a ti on f or t oo% pa th *i ua% i< at ion.

1 1 C p o t p roc e i ng to tr an f er pa rt pr og ra m to C C m ac hi ne f or ac tu a%

machining.

In$!%"c$i!n $! Fini$e Ele1en$ Anal9#i#,

12 ra ct ica % co ni de rat ion hi %e ma?i ng mode % for 3E#.

1! efining upport and %oad for 3E#.

1 4 M e hi ng: -a ri ou t yp e of me h e% em en t an d t he ir u e . M e h; re fi ni ng .

1 " S o% *i ng a nd p o t; pr oc e i ng t he o% ut io n to di p %a y re u% t i n th e de i re d

manner.

8/13/2019 mce7


MCE */ MACHINING SCIENCE LAB

L T P Ce%i$#

+ + &.+

Li#$ !3 E45ei1en$#1. S tud y of con tr uc ti on o r?i ng of a /oo% M a?er M ic ro cope an d

Meaurement of

(a) Cutt ing ang%e of a ing%e point turning too%

($) oint ang%e of a tit dr i % % .

2 . e% ica % gear cu t t ing on Mi% % ing machine

! . emont ra t ion of *ar iou operat ion on Mi% %ing Machine

4. emontrat ion on a to component Strain >auge /ype 3orce ynamometer .

" . emont ra t ion on Shaper

. emont ra t ion of cy % indrica % g r inder

7 . M ea ur em en t of / oo % / ip / em per at ur e u i ng C on ta ct / yp e M ea u ri ng

Intrument

. M ea u re me nt o f / oo % / ip / em pe ra tu re u i ng 8 ad ia ti on / yp e M ea u ri ng

Intrument

, . Study of e ffec t o f peed feed and depth of cu t on urface roughne produced

during cutt ing ith ing%e point cutt ing too% .

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MCE */* I. C. ENGINES LAB

L T P Ce%i$#

+ + &.+

Li#$ !3 E45ei1en$#

1. /o tudy the function and materia% of each part of an I.C. Engine

2. /o tudyDdra port timing diagram for a to tro?e engine

!. /o tudy Ddra *a%*e timing diagram for a four tro?e engine

4. /o tudy ignition ytem for I.C. Engine

". /o tudy *ariou component of M3IDE3I ytem

. /o tudy *ariou component of 3ue% in6ection ytem of C.I. Engine (Mico fue% in6ection

ytem or?ing)

7. /o tudy: (a) Coo%ing ytem ($) &u$rication ytem

. /o dra heat $a%ance heet for a Mu%ti Cy%inder etro% Engine

,. /o determine indicated for a Mu%ti Cy%inder etro% Engine poer $y More /et

10. /o dra heat $a%ance heet for a Contant peed iee% Engine

8/13/2019 mce7


MCE *+/ NON TRAITIONAL MANUFACTURING

L T P Ce%i$#

- & + -./Sec$i!n0A

Introduction: C%aif icat ion of non;tradit iona% Machining rocee9 coniderat ionin proce e%ect ion.

Mechanica % rocee: H% t raonic machin ing . E%ement of HSM9 Mechanic of

cutt ing9 effect of parameter on mater ia% remo*a% rate and urface f inih9 economic

conidera t ion 9 app% ica tion and % imita t ion 9 recen t de*e%opment A #$rai*e e t

Machining9 *ar ia$%e affect ing mater ia% remo*a% rate9 app%icat ion ad*antage and

%imitat ion

Sec$i!n0B

E%ectro;Chemica% and Chemica% rocee: E%ectro;Chemica% Machining: E%ement

of the proce9 E%ectro%yte and their propert ie. Chemitry of the proce9 meta%

remo*a% rateA ad*antage9 app%ication and %imitation of the proce.

Chemica% Machining: E%ement of the proce9 8eit and Etchant9 #d*antage

and app%ication.

Sec$i!n0C

/herma% rocee: E%ectr ic icharge machining: Mechanim of meta% remo*a%9

EM E=uipment 9 ie%ectr ic f %uid9 e%ect ion of e%ectrode mater ia% 9 accuracy and

urface f inih app%icat ion.

%ama #rc Machining: Mechanim of Meta% 8emo*a%9 #M parameter. Economic

and app%icat ion of %ama 6et.

E %ec t ron Beam Mach ining : >enerat ion and cont ro% e % ec t ron $eam9 /heory o f

E%ectron Beam Machining roce capa$i% i t ie and % imitat ion.

Sec$i!n0

&aer Beam Machining: rincip%e of or?ing. /herma% apect9 mater ia% remo*a%9

#d*antage and &imitat ion.

igh Energy 8ate forming: Comparion ith traditiona% forming procee9 type of

procee9 e5p%oion forming9 e%ectro;hydrau%ic forming9 e%ectromagnetic forming

Rec!11en%e% B!!2#,

1 . .C . an de y9 . S. Sh an9 # t e5 t $ oo ? o n Mo de rn M a ch in in g r oc e e 9 / a ta

Mc>ra i%%9 e%hi

2 . . . Mi h ra 9 o n Co n* en ti on a% M ac hi ni ng 9 a ro a u$ %i h in g o u e9 e

e%hi

! . #mita$h Bha tt acharya9 e /echno %ogy9 In ti tut ion of Engr (I )9 Ca %cu tt a

4 . # S/ ME 9 i gh - e% oc it y 3o rm in g o f Me ta % 9 r en ti ce a% % of I nd ia 9 . e% hi

" . > ho h Mu %% ic ?9 M an uf ac tu ri ng S ci en ce 9 e #g e u $% i he r *t & td 9 .

e%hi

8/13/2019 mce7


MCE *+ PROUCT ESIGN 8 EVELOPMENT

L T P Ce%i$#

- & + -./

Sec$i!n0A

>en era% : ro du ct d e ig n o $6ec ti*e9 con cept 9 t ermino %o gy 9 p rinc ip %e9

r e=ui reme nt of a good pr oduc t de ign9 pr oduc t type a nd de ign

conideration for engineering9 product %ife cyc%e9 product pecification and

range9 afety9 %ia$i%ity and arranty apect9 patent and copy right.

Sec$i!n0B

eigning 3or Specific 8e=uirement: eign feature and re=uirement ith

r ega rd t o m an uf ac tu ri ng a nd a em $% y9 af et y9 e rg on om ic 9 e ne rg y

coner*ation9 torage9 tranportation and maintenance9 =ua%ity and re%ia$i%ity

a a facto r in p roduct de ign 9 =ua% ity * D co t 9 pac?ag ing deign9 ro %e o f

nationa% and internationa% tandard.Sec$i!n0C

-iua% eign: @$6ecti*e9 form9 function9 materia% and proce9 re%ationhip9

product graphic9 ro%e of co%or

roduct etai % ing: eed and o$6ect i*e9 coniderat ion affect ing detai % ing

deciion9 i%%utration of detai%ing.

Sec$i!n0

roduct e*e%opment: Concept and o$6ecti*e9 information ource9 ro%e of

inno*ation in p roduct de*e%opment and compet it i*ene9 part appro*a%

proce9 ad*ance product =ua%ity p%anning9 deign fai%ure mode and effectana%yi9 ue of computer in product deign de*e%opment9 introduction to

re*ere engineering and rapid prototype de*e%opment.

Rec!11en%e% B!!2#,

1 . @tto9 oo d9 ro du ct e ig n9 ear o n E du ca tion #ia9 e e%hi .

2 . / ro tt 9 Inn o* at io n Management 9 and e rod uc t e* e%op ment 9 ea ron

Education #ia9 e e%hi.

! . C hi ta %e > u pt a9 r od uc t e ig n M a nu fa ct ur in g9 r en ti ce a% % o f

India9 . e%hi

4 . M ay a% 9 I nd u tr ia % e ig n9 M c; >r a i% %9 e or ?

" . ei$e % rap er 9 rod uc t eign roce9 Mc;>ra i% %9 e or?.

8/13/2019 mce7


MCE *+: PROUCTION PLANNING 8 CONTROL

L T P Ce%i$#

- & + -./

Sec$i!n 0 AI nd u tr ia % M an ag em en t: ef in it io n9 o $6 ec ti *e a nd f un ct io n o f i nd u tr ia %

management9 def ini t ion and cope of production D operat ion management and i t

re%ationhip ith other area of indutria% management

roduction %anning Contro% 9 function of C9 e%ement of C9 tep in et t ing

up of an effecti*e C9 $enefit of C.

/ype of p roduction ytem9 o$ hop9 $a tch 9 % ine and continuou product ion

ytem9 characteritic of *ariou production ytem.

Sec$i!n 0 B

rep%anning and emand 3orecat ing: 8o%e of mar?et ur*ey and mar?et reearch

i n p re p% an ni ng 9 & on g9 m edi um ho rt r an ge f or ec a ti ng 9 = ua %i ta ti *e a nd

=uantitati*e techni=ue9 forecating re*iion.

roduct ion %anning: @$6ec t i*e and funct ion9 $ i % % o f mater ia %9 capaci ty and

manpoer re=uirement p%anning9 operationa% ana%yi and proce p%anningA

Sec$i!n 0 C

roduction Contro%: eed9 o$6ecti*e and function9 pr ior i ty contro% and capacity

contro%A production contro% ytem and trategieA 6o$ e=uencing9 chedu%ing and

%oad ing A d i patching9 agg regate p %anning9 mate r chedu% ing 9 M8 and C8 y te m .@ $6 ec ti *e e %e me nt o f M 8 9 % ot i< in g i n M 8 9 i ue i n M 8 9

introduction to M8;II E8. C8 %oad chedu%e.

Sec$i!n 0

Mate r ia % Management : @$6ect i*e and funct ion o f ma te ri a % management 9

purchae function9 *endor e*a%uation de*e%opment9 purpoe of in*entorie9

in*entory contro% ytem: mode% of in*entory contro% under *ar iou determinit ic

condition9 Se%ecti*e method of in*entory contro%.

Rec!11en%e% B!!2#,

1 . ra 6e ?i 9 @p er at io n M an ag em en t9 ea r on E du ca ti on # i a9 e e% hi

2 . . >. M on ? 9 r od uc ti on D @p er at io n M an ag em en t9 M c> ra i %% 9 e o r?

! . > ai th er 9 @ pe ra ti on M an ge me nt 9 C en ga ge &e ar ni ng 9 e e %h i

4 . M ar ti ni ch 9 @ pe at io n Ma na ge me nt 9 oh n i% ey S on 9 e or ?.

" . E*an 9 @pera tion Managemen t9 Cengage &ea rn ing 9 e e %h i

. # da m E$ er t9 ro du ct io n a nd @ pe ra ti on Ma na ge me nt 9 I9 e e% hi .

7 . i% d9 @ pe ra ti on M an ge me nt 9 C en ga ge & ea rn in g9 e e %h i

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MCE *+' METAL FORMING

L T P Ce%i$#

- & + -./

Sec$i!n0A

C%aif icat ion @f Meta% 3orming rocee: E%ementary theory of p%at ici ty 9 tre D

train D train;rate character it ic of mater ia%9 yie%d cr i ter ia of meta%9 forma$i% i ty .

Mechanic @f 3orming roce: 8o%% ing9 proce parameter9 preure ditr i$ution

and ro%% eparating force9 ro%%ing preure9 dri*ing tor=ue and poer re=uirement.

Sec$i!n0B

3orging: eterminat ion of force in t rip forg ing and d ic forg ing9 defec t in

forged component.

raing : raing t re e 9 % imi t ing d ra r a tio9 f acto r a f fec ting d raa$i % ity

determinat ion of force and poer in ire draing9 de terminat ion of ma5imum

a%%oa$%e reduction9 deep draing force ana%yi. defect in dran componentSec$i!n0C

Bending: Benda$i%ity9 determination of or? %oad and pring $ac?.

E5truion: roce9 parameter9 determination of or? %oad from tre ana%yi

and energy coniderat ion9 poer %o9 hydrotat ic e5truion9 preure re=uired to

e5trude9 *aria$%e affecting the proce

Sec$i!n0

unching B%an?ing: /o;dimeniona% deformation mode% and fracture ana%yi9

determination of or?ing force.

igh Energy 8ate 3orming: C%aif icat ion9 comparion of con*entiona% and highpeed forming9 Introduction to igh Energy 8ate 3orming rocee (E83).

Rec!11en%e% B!!2#,

1. . . 8 o e9 #n I ntr oduc tion t o the rinc ip% e o f I ndu tr ia % Me ta %

or?ing9 Edard #rno%d9 &ondon

2. B. &. une 6a 9 3 unda ment a% o f M et a% 3or ming r oce e 9 e #ge

Internationa % u$%iher9 . e%hi.

! . #*i t<ur 9 Meta% 3o rmin g #na %y i 9 Mc>ra i %% 9 e or?

4. ohnon Mi%%ore9 %aticity for Mechanica% Engineer9 -an

otrand9 &ondon" . > ho h M a% i? 9 M an uf ac tu ri ng S ci en ce 9 # f fi %i at ed E a t; e t re 9

e e%hi.

. Samy 8. aray an : Meta% 3orming / echn o%og y9 #hu 6a Boo ? u $% ihe r 9

e e%hi

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ME *+; HEAT E<CHANGERS

L T P Ce%i$#

- & + -./

Sec$i!n0A

Introduction: C%aification9 type and app%ication of heat e5changer.

Sing%e hae eat E5changer: &M/ and /H method9 rat ing and i<ing

method9 deign cri ter ia9 geometry 9 proce parameter9 preure drop and

app%ication.

Sec$i!n0B

Boi%ing eat /ranfer: /ype of $oi%ing9 $oi%ing mechanim9 to phae f%o9

preure drop and Martine%%i approach.

Condenat ion eat /ranfer : Mechan im9 type o f condener 9 de ign

procedure9 E*aporate and 8e$oi%er: Mu%tip%e effect e*aporator9 deign procedure9 %i=uid chi%%er9 ?ett%e9 thermoyphon and forced circu%ation

Sec$i!n0C

8e$oi%er 9 #ugmented urface heat e5changer: eat t ranfer coefficient 9

preure drop9 compact heat e5changer9 air coo%er9 p%ate heat e5changer

and p%ate;fin heat e5changer.

eat ipe eat E5changer: /ype and deign procedure app%ication.

Sec$i!n0

Maintenance: 3ou%ing factor9 type of fou%ing and c%eaning method.Mechanica % Con ide ra tion : Cod e and tand ard 9 mechanica % d e ig n

re=uirement and materia%.

Rec!11en%e% B!!2#,

1 . S au nd er 9 E # 9 e at E 5c ha ng er 9 S e% ec ti on 9 e i gn C on t ru ct io n9

&ongman Scientific /echnica%9 ohn i%ey Son9 Inc.9 e or?.

2 . ay 9 .M. an d &o nd on 9 #. & .9 Compact ea t E5 ch an ger 9 !rd Ed it io n9

Mc>ra;i%% Boo? Company9 e or?.

! . ern9 .J .9 ro ce eat / ran fer 9 Interna tion a% E d it io n9 Mc>ra;i% %

Boo? Company9 Singapore.4. o%man9 .. 9 eat /ran fer9 th Edition9 Mc>ra;i%% $oo? Co9

Singapore

". I ncr ope ra9 3. . a nd ei tt 9 . .9 3unda ment a% o f ea t a nd M a

/ranfer9 !rd Edition9 ohn i%ey and Son9 Singapore

. a? ac 9 S. 9 Berg %e9 # .E . an d Maying er 9 3. 9 eat E 5chang er9 / herma% 9

yd ra u% ic 3u nd am en ta % a nd e ig n9 em i ph er e u $% i hi ng

Corporation9 e or?.

7. >upt a9 . .9 3unda ment a% of e at E5c hange r a nd r e ur e -e e%

/echno%ogy9 emiphere u$%ihing Corporation9 e or?.

8/13/2019 mce7


MCE *&+ PRO=ECT MANAGEMENT

L T P Ce%i$#

- & + -./

Sec$i!n0A

Int ro du ct io n: Con cept and o $6ec ti*e o f p ro 6ect 9 t echn o;manageri a%

characterit ic of pro6ect 9 pro6ect % i fe cyc%e9 identif icat ion of in*etment

opportunit ie9 indutria% po%icy 9 couting for pro6ect idea and pre%iminary

creening9 e%ection of pro6ect9 incenti*e cheme9 pro6ect preparation

/echnica% #na%y i: roduct mi5 deciion 9 choice o f techno%ogy 9 p %an t

capacity9 i te %ocation9 e%ect ing machinery and e=uipment9 tructure and

ci*i% or?9 materia% and other input9 pro6ect chart and %ayout9 or?

chedu%e

Sec$i!n0B

3in an aica % #p ec t : %ann in g the cap it a% truc tu re o f a n e company 9difficu%t ie in raiing f inance9 cot of d ifferent ource of f inance9 cot of

production9 method of teting and *ariance ana%yi 9 profita$i%ity9 ta5

p%anning9 financia% pro6ection9 Socia% Cot +Benefit #na%yi (SB#C)

#ppraia% Criteria: eed9 o$6ecti*e and criteria of appraia%9 pay$ac? period9

method of appraia%9 practica% pro$%em in appraia% ri? ana%yi9 concept

and meaure of ri?

Sec$i!n0C

ro6ect %anning : @$6ect i*e and function 9 or? $ rea?don t ructu re9

pro6ect p%anning too% %ogitic afety conideration9 computer aided proce

p%anning

Sec$i!n0

ro6ect Contro% : ro6ect contro% 9 performance ana%yi 9 netor? techni=ue

for pro6ect management9 *aria$i%i ty of pro6ect durat ion and pro$a$i%i ty of

comp%et ion a t a peci fied t ime9 management repor ting and information

ytem9 pro6ect imp%ementation

Rec!11en%e% B!!2#,

1. r a anna C handr a9 r o6 ec t : r epa ra tion9 # ppr ai a% 9 Budge ti ng

Imp%ementation9 /ata Mc;>ra i%% 9 e e%hi

2 . >ha tt a 9 ract ica% ro 6ect Management 9 ear o n Ed ucat io n # ia 9 e

e%hi

! . May %o r9 ro6ec t Management 9 ear o n E du ca tion # ia 9 e e%h i

4 . a* id C%e%an d9 ro6ec t Management 9 /a ta Mc;>rai %% 9 e e%h i

" . . o y9 ro6ec t Man ag emen t9 /a ta Mc;>rai% %9 e e%hi

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MCE *&& PO>ER PLANT ENGINEERING

L T P Ce%i$#

- & + -./

Sec$i!n0A

Steam oer %an t: >enera % in t roduct ion 9 e*e%oping t rend 9 Eent ia % feature 9

Site e%ect ion9 Coa% + i t torage9 preparat ion9 hand%ing9 feeding and $urning9 #h

hand%ing9 dut co%%ection9 igh preure $oi%er.

Steam oer %an t Cyc%e : ecr ip tion of 8an?ine cyc%e 9 8egenera t i*e cyc%e 9

8eheat cyc%e9 8eheat;8egenerati*e cyc%e and Binary *apor cyc%e.

Sec$i!n0B

ydro;E%ectr ic oer %ant: C%aif icat ion9 Component and their genera% %ayout9

ydro %ogy: hydrograph 9 f %o dura t ion cur*e 9 ma cur*e 9 to rage capaci ty 9 Si te

e%ect ion. Se%ection of tur$ine for ydroe%ectr ic oer %ant .

>a /ur$ine oer %ant: 3ie%d of ue9 component9 %ant %ayout9 @pen and c%oedcyc%e9 erformance term. /herma% ref inement to ga tur$ine cyc%e @peration of

com$ined team and ga poer p%ant.

Sec$i!n0C

uc%ear oer %ant: uc%ear fue% 9 nuc%ear energy9 Main component of nuc%ear

poer p%ant 9 uc%ear reactor + type and app%icat ion9 8adiation hie%ding9

8adioacti*e ate dipoa% 9 Safety apect.

oer %an t Economic : E timat ion and p red ict ion o f %oad f acto r a ff ect ing

economic of generation and ditri$ution of poer9 tariff (e%ectrica% energy rate)

Sec$i!n0

on;Con*entiona% oer >eneration: >eotherma% poer p%ant9 /ida% poer p%ant9

ind poer p%ant9 So%ar poer p%ant9 E%ectr ici ty from city refuge. irect Energy

Con*erion Sytem: /hermoe%ectr ic con*erion ytem9 /hermo;ionic con*erion

ytem9 hoto*o%taic poer ytem9 3ue% ce%%9 Magneto;hydrodynamic ytem.

Rec!11en%e% B!!2#,

1 . . . ag 9 o er % an t E ng in ee ri ng 9 / at a M c> ra i% %9 e e% hi .

2 . ag pa %9 o e r %a nt En gi ne er in g9 h an na u$ %i h er 9 e %h i

! . # ro ra 9 om ?u nd a r9 o e r %a nt E ng in ee ri ng9 ha np at 8 a i S on 9 e

e%hi

4 . > . . 8 ai 9 o er % an t / ec hn o% og y9 h an na u $% i he r 9 e% hi .

" . . C. S ha rm a9 o er %a nt E ng in ee ri ng 9 S. . a ta ri a So n 9 e e %h i.

. ./ . Mo r e9 o er %a nt E ng in ee ri ng 9 #f fi %i at ed E a t e t re *t & td .9

e%hi

7 . - er ma M ah e h9 o er %a nt E ng in ee ri ng 9 Me tr op o% it on B oo ? Co .9 e% hi

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MCE *& FINITE ELEMENT METHOS

L T P Ce%i$#

- & + -./

Sec$i!n0A

Introduction: 3inite e%ement method9 hitory and range of app%ication.

3inite E%ement: definition and propertie9 aem$%y ru%e and genera% aem$%y procedure9

feature of aem$%ed matri59 $oundary condition.

Sec$i!n0B

Cont inuum pro$ %em: c %a if ica t ion o f d i fferen t ia % e=ua tion9 *a ria tiona %

fo rmu%a tion approach 9 8 it< method 9 genera % i<ed def ini t ion o f an e %ement 9

e%ement e=uation from *ariation. >a%er?inG eighted reidua% approach.

Sec$i!n0C

E%ement hape and interpo%ation function: Baic e%ement hape9 genera%i<ed

co;ord ina te 9 po%ynomia %9 na tu ra% co;ordinate in one; 9 to; and th ree;

dimenion9 &agrange and ermite po%ynomia%9 2 and ! e%ement for C o and

C1 pro$%em.

Sec$i!n0

Co;ordinate tranformation9 io;parametric e%ement and numerica% integration.

#pp%ication of 3inite E%ement Method to E%aticity ro$%em.

Rec!11en%e% B!!2#,

1. /. 8. Chandrupat%a and #ho? Be%egundu9 Introduction to 3inite E%ement in Engineering9

earon Education #ia9 e%hi

2 . B at he9 . .9 E ng %e o od C %i ff 9 3 in it e E % em en t r oc ed ur e i n E ng in ee ri ng

#na%yi9 rentice a%% of India9 e%hi

! . @ .C . F ie n? ie i c< 9 / he 3 i ni te E % em en t M et ho d 9 / at a M c> ra i% %9 e

e%hi

4. .. ue$ner9 /he 3inite E%ement Method for Engineer9 ohn i%ey9 or?

". S.S. 8ao9 /he 3inite E%ement Method in Engineering9 erogomon re9 @5ford9 1,,

. 8o$ert . Coo?9 a*id S. Ma%?in9 Michea% E %eha9 Concept and app%ication of 3inite

E%ement method9 ohn i%ey

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MCE *&- PROUCTIVITY MANAGEMENT

L T P Ce%i$#

- & + -./

Sec$i!n0A

In troduction : efini t ion o f roduct i* ity 9 roduct i* ity and performance9

production9 $enefit cyc%e9 Indutria% producti*ity9 cope of producti*ity

man ag emen t9 f ac to r a ffec ting p ro du ct i* ity9 d if fe rent app ro ache to

producti*ity.

Sec$i!n0B

roducti*ity Meaurement: eed of producti*ity meaurement9 producti*ity

m ea u re me nt a pp ro ac he 9 t ot a% p ar ti a% pr od uc ti *i ty 9 p ro du ct i* it y

meau rement mod e% and the ir compari o n9 p ro du ct i* ity meau rement

parameter9 producti*ity meaurement indice9 or? tudy and producti*ity.

roducti*ity %anning: Caue for producti*ity change9 producti*ity mode%9

app%ication of different p%anning mode%9 producti*ity p%anning e5ecuti*e

and their reponi$i%itie.

Sec$i!n0C

roducti* i ty E*a%uat ion: roducti* i ty e*a%uat ion9 producti* i ty e*a%uat ion

mode%9 e*a%uation tree mode%9 uccei*e9 t ime period mode%9 app%ication

of d i fferen t e*a%uat ion mode% 9 ro %e o f e*a%uat ing e5ecut i*e and thei r

reponi$i%itie.

Sec$i!n0roducti* i ty Impro*ement: Caue of poor producti* i ty 9 remedie of poor

producti*ity9 method to impro*e producti*ity9 deign of producti*ity

impro*ement programme.

ynamic rogramming @f roducti*ity ro$%em: Static and dynamic caue

of %oer producti*ity9 optimi<ation of producti*ity.

Rec!11en%e% B!!2#,

1 . aan M.F . .9 ro du ct i* ity Mod e% 9 # rint in g9 Chicago

2 . >oo din .3 .9 Imp ro *ement in ro du ct i* ity9 i%ey 9 e or?

!. r em -r at9 roduc ti*it y Ma na geme nt9 a ro a u$%i hing ou e9 e

e%hi.

4 . a* id . Su manth9 ro du ct i* ity En gg . Management 9 /M9 e e%hi

" . Ma% i. . 9 Imp ro *ing /o ta % ro du ct i* ity9 i %ey9 e or?

8/13/2019 mce7


MCE *&* EVELOPMENTS IN MANUFACTURING

MANAGEMENT

L T P Ce%i$#

- & + -./Sec$i!n0A

&ean Manufac tu ringD#gi % e Manufac tu ring: Concep t9 need cope 9 h i to ri ca%

perpecti*e9 comparion ith tradit iona% manufacturing9 pi% %ar of %ean

manufac tur ing9 %ean manufac tur ing imp%ementa t ion methodo%ogy9 *a %ue t ream

mapping9 $enefit of %ean manufacturing9 indicator of %ean manufacturing9

B en ch ma r? in g: ee d9 o $6 ec ti *e 9 t yp e o f $ en ch ma r? in g9 $ en ch ma r? in g

methodo%ogy9 e%ect ion of $enchmar?ing partner 9 $enchmar?ing code of conduct 9

$enefi t % imitation.

Sec$i!n0B

Jua%i ty 3unct ion ep%oyment : In t roduct ion9 component o f e5 tended houe of=ua%ity9 phae of =ua%ity function dep%oyment9 importance %imitation of J3.

Bu ine roce 8e;Eng inee ring: Concep t and need 9 B8 *er u cont inuou

impro*ement9 character it ic of B89 ?ey e%ement of B89 B8 trategie9 mode%

of B8 imp%ementation9 pro$%em in imp%ementation.

Sec$i!n0C

"S: Concept9 importance9 tep in*o%*ed in "S imp%ementation9 $enefit achie*ed.

/ota% roduct i*e Maintenance: Impor tance of maintenance funct ion9 eed and

e*o%ut ion o f /M9 compar i on ith p re*en t i*e ma in tenance9 p i% % ar o f tot a %

producti*e maintenance9 procedure for /M imp%ementat ion9 i5teen %oe

i n* o% *e d i n p ro du ct io n9 c a% cu %a ti on a nd ig ni fi ca nc e o f o *e ra %% e =u ip me nt

effecti*ene9 /M in Indian conte5t

Sec$i!n0

ut;In;/ime Manufactur ing: Concept and e%ement9 need for I/9 ?an$an ytem9

ing%e to ?an$an ytem9 re=uirement of I/ 9 $enef it o f I/ 9 app% icat ion 9

% imitat ion

Concurrent Engineering: Introduction9 comparion ith con*entiona% techni=ue of

deign de*e%opment9 component of concurrent engineering9 app%ication.

Rec!11en%e% B!!2#,1 . B e te rf ie %d 9 /o ta % Ju a% it y Ma na ge me nt 9 ea r on E du ca ti on # i a9 . e %h i

2. 8a*i Shan?ar9 Indutria% Engineering and Management9 >a%gotia

u$%icat ion9 e e%hi

! . a? a6 im a9 / ot a% p ro du ct i* e Ma in te na nc e9 r od uc ti *i ty re 9 e o r? .

4 . C am p 8 o$ or t C .9 B en ch ma r? in g9 #S JC Ju a% it y re 9 . or ?

" . S ch on $e rg er 9 or %d C% a M an uf ac tu ri ng 9 3 re e re 9 & on do n

8/13/2019 mce7


MCE *&/ NON CONVENTIONAL ENERGY RESOURCES

L T P Ce%i$#

- & + -./

Sec$i!n0A

Introduction9 Energy ource and a*ai%a$i%ity9 e energy techni=ue9 8enea$%e energy

ource

So%ar EnergyA So%ar contant 9 8adiat ion geometry 9 So%ar energy co%%ector9

Concentrated and f %at p %ate9 Energy $a%ance and co%%ector eff iciency9 So%ar

energy torage9 #pp%ication to pace heating9 diti%%ation9 coo?ing and green

houe effect9

Sec$i!n0B

ind EnergyA Baic princip%e9 ite e%ection9 #erodynamic ana%yi of $%ade9

Bio;energyA Bioma con*erion techno%ogy9 photoynthei 9 Bioga p%ant 9

therma% gaification

Sec$i!n0C

>eotherma% EnergyA Source9 hydrotherma% ource9 hot dry roc? reource9 geotherma% foi%

ytem9 prime mo*er for geotherma% energy

Energy from oceanA @cean therma% e%ectr ic con*erion9 energy from t ide9

ma%% ca%e hydroe%ectric de*e%opment

Sec$i!n0

yd ro gen energ y ou rce A ro du ct io n9 to rage 9 u ti %i <a tion 9 mag ne to

hydrodynamic poer9 thermo ionic generation9 uc%ear fuion energy9 Energy

torage. Energy coner*ation

Rec!11en%e% B!!2#,

1 . > . . 8a i9 on ;C on *e nt io na % En er gy S ou rc e 9 h an na u$ %i he r 9 e %h i

2 . S 8 ao 9 B B ar u% e? ar 9 En er gy / ec hn o% og y: on C on *e nt io na % 8e ne a $% e an d

Con*entiona%9 hanna u$%iher9 e%hi

! . .. >arg a i ra?ah 9 So %a r Ene rgy : 3undamenta % and #pp % ica tion 9 /ata

Mc>ra i%%9 e%hi

4 . S S u ?h at me 9 So %a r En er gy : r in ci p% e o f /h er ma % Co %% ec ti on a nd S to ra ge 9

/ata Mc>ra i%% 9 e%hi

" . S ut to n9 i re ct En er gy C on *e r io n9 Mc >r a i %% In c. 9 1 , .

. uf fi e an d B ec ?m an 9 S o% ar E ne rg y /h er ma % pr oc e e 9 oh n i %e y9 1 ,7 4

8/13/2019 mce7


MCE *& MOELING AN SIMULATION

L T P Ce%i$#

- & + -./

Sec$i!n0A

Mode%ing: eed for ytem mode%ing9 ytem approach to mode%ing9 open and feed $ac?

ytem9 com$ination of imp%e feed $ac? ytem9 feed $ac? time %ag effect9 feed

$ac? and manageria% ytem

Sec$i!n0B

roduction and @peration Management: rincip%e of ana%ytica% mode%ing9 ?ind of ana%ytica%

method9 meaure of effecti*ene9 cot ana%yi %arge ytem

Sec$i!n0C

Simu%ation: Monte Car%o imu%ation9 generation of tochatic *ariate9 continuou and

dicrete pro$a$i%ity ditri$ution9 app%ication of Monte Car%o method for production

ytem9 computer imu%ation mode%9 Macro ynamic mode%9 e5amp%e from $uine and

indutry9 deign of management game9 Simu%ation %anguage SIMH&#9 SIMSC8I/9 >SS

etc. Statitica% output ana%yi

Sec$i!n0

#na%og computer imu%ationA $aic ana%og computer component and operationA amp%itude

and time ca%ingA o%ution of %inear and non;%inear partia% differentia% e=uation9 formu%ation

of mode% for a dynamic ytem and it imu%ation on ana%og computer

Rec!11en%e% B!!2#,

1. eo aringh9 Sytem Simu%ation ith igita% Computer9 I9 e%hi

2. >ordon9 Sytem Simu%ation9 I9 e%hi

!. ac?on #.S.9 #na%og Computation9 Mcgra i%%

4. ay%or /.. et. a%.9 Computer Simu%ation /echni=ue9 ohn i%ey

". Buffa9 Modern roduction Management9 i%ey

mce7

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