mechanical engineering dtu

8/14/2019 Mechanical Engineering DTU

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DELHI TECHNOLOGICALUNIVERSITY

SCHEME OF EXAMINATIONAND

COURSE OF READINGFOR

PROPOSED SYLLABUS

B.Tech. (MECHANICAL ENGINEERING)

Semeste I E!"m#$"t#%$ N%&em'e *+*Semeste II E!"m#$"t#%$ M", *++Semeste III E!"m#$"t#%$ N%&em'e *++Semeste IV E!"m#$"t#%$ M", *+Semeste V E!"m#$"t#%$ N%&em'e *+Semeste VI E!"m#$"t#%$ M", *+-Semeste VII E!"m#$"t#%$ N%&em'e *+-

Semeste VIII E!"m#$"t#%$ M", *+

S,//"'0s "11/#c"'/e t% the st02e$ts see3#$4 "2m#ss#%$ t% theB.Tech. (Mech"$#c"/ E$4#$ee#$4) C%0se #$ the "c"2em#c ,e"*+*.

1


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DELHI TECHNOLOGICAL UNIVERSITYNEW SCHEME OF EXAMINATION

1. There shall be the following four year Degree courses under the Faculty of Technology.

i. Bachelor of Technology (Electronics & Communication)

ii. Bachelor of Technology (Comuter)

iii. Bachelor of Technology (Electrical)

i!. Bachelor of Technology ("echanical)

!. Bachelor of Technology (#roduction & $ndustrial)

!i. Bachelor of Technology (Ci!il)

!ii. Bachelor of Technology (En!ironmental)

!iii. Bachelor of Technology (#olymer %cience & Chemical Technology)

i. Bachelor ofTechnology ($nformation Technology)

. Bachelor of Technology (Bio Technology)

i. Bachelor of Technology (%oftware Engineering)

ii. Bachelor of Technology (Electrical& Electronics)

iii. Bachelor of Technology ('utomobile Engg)

i!. Bachelor of Technology (Engineering #hysics)

. $n addition to the conditions laid down in rdinance $* a candidate see+ing admission to any of the

abo!e Courses of study for the Bachelor,s Degree should satisfy the following conditions.

(a) Educational Qualifications:

' candidate assing any one of the following eaminations and securing - ercent or more mar+s inthe aggregate of #hysics* chemistry 'nd "athematics shall be eligible for admission to the first

%emester of Bachelor of Technology Course ro!ided he/she has assed in each sub0ect searately

i. %enior %chools Certificate Eamination (1 year course) of the Central Board of %econdary Education

(C.B.%.E.)* 2ew Delhi.

ii. $ndian %chool Certificate Eamination (1 3ear course) of the Council for $ndian %chool Certificate

Eamination* 2ew Delhi.

iii. B.%c. (4en.) 4rou 5', final Eamination of the 6ni!ersity of Delhi or e7ui!alent eamination.

i!.B.%c. (8ons.) Eamination in #hysics* chemistry and "athematics of the 6ni!ersity of Delhi with

combination of #hysics* Chemistry* "athematics and e7ual weightage to the subsidiary sub0ects ore7ui!alent eamination.

!. 'ny other eamination recogni9ed as e7ui!alent to the %enior %chool Certificate Eamination of the

C.B.%.E by the 6ni!ersity of Delhi.

' candidate must additionally ha!e assed English as a sub0ect of study at the 1 thclass le!el (core or

electi!e)


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NOTE: There shall be no direct admission to any le!el of the Courses abo!e the $st %emester.

;. 6nder each B.Tech. Degree course certain sub0ects are offered which can be classified as Theory/#ractical/ Drawing/ Design/ #ro0ect/ #ractical Training. Further classification is based on the

relationshi of the sub0ects with the degree courses admitted to* namely 8umanities and %ocial %cience/

Basic %ciences/ 'llied engineering* Deartmental* core* etc.

$n addition to the abo!e* a sub0ect could be classified as a comulsory one or as one of the re


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c. 'llied Engineering

d. Deartmental Core

e. #ractical Training

f. 6nsecified/ Electi!e and

g. #ro0ect.

The committee of courses & %tudies in each Deartment shall aoint one or more E!aluation


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' student has to secure = or more mar+s in a sub0ect e!aluation to earn the credits assigned to the

sub0ect. ' student after ha!ing secured the minimum credit as needed for the degree course will beeligible for the award of degree. The final result will be e!aluated as below:

Each sub0ect will carry 1 mar+s.

=

)Credits(

)%ecured"ar+sCredits(mar+sa!erage

(%ee clause @ for best grades in the minimum credits)

The final result will be classified based on the a!erage mar+s as follows.

First Class with Distinction @ or more

First Class - or more but less than @

%econd Class @ or more but less than -

#ass Class = or more but less than @

A. ' student has to ut in a minimum of @ attendance searately in each sub0ect for which he has

registered. ' relaation u to a maimum of @ may be gi!en on the roduction of satisfactorye!idence that:

(a) The student was busy in authori9ed acti!ities.

(b) The student was ill.

2ote:< (i) ' student should submit the e!idence to the abo!e fact within three wor+ing days of resumingthe studies. Certificates submitted later will not be considered.

(ii) 2o relaation in attendance beyond @ is ermitted in any case.

(iii) The registration of a student stands cancelled if his attendance re7uirements are not satisfied in

the sub0ect.

. The duration of the course is not less than A %emesters and the san is not more than 1= semesters.

' student who earn 1@ credits or less at the end of the first semester will recei!e a warning for his/heroor erformance* if he fails to earn at least @ credits at the end of the second semester* he has to lea!e

the course and institution.

$n case a student has not earned a minimum of 1 credits at the end of eight semester* his admission to

the course and the institution stands cancelled. The admission stands cancelled at the end of 1= semesterin any case.

1. The $nstitution /6ni!ersity may cancel the registration of all the sub0ects in a gi!en semester if:

1. The student has not cleared the dues to the institution /hostel.

. ' unishment is awarded leading to the cancellation.

't discretion of the institution the result may be withheld e!en if the registration of the student stands.

11. There shall be a Central 'd!isory Committee consisting of the following:

(a) Dean* Faculty of Technology* (Chairman of the Committee)

(b) 8eads* of the $nstitutions.

@


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(c) 8eads of the Deartments in the Faculty of Technology.

This Committee shall ha!e the following functions:

(i) >ay guidelines for the rocess of registration.

(ii) 4i!e an interretation of the rules in case of difference of oinion which shall be binding on all.

1. 6nder !ery ecetional conditions minor relaations in rules may be allowed and imlemented by theCentral 'd!isory Committee. 8owe!er* same relaation in rules can not be granted in a subse7uent

semester. $n case the conditions warrant such a relaation again* the rules shall ha!e to amended.

%"n"&al Not"s:

1. For all Theory #aers (Code:T8) there is one min


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MECHANICAL ENGINEERING DEPARTMENT

Su''a& of !"is"d %cheme of Eamination

Total Credits for B.Tech. degree: =

%emester wise: $


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SUGGESTED SCHEME FOR BTech.FI!STSEMESTER

(MECHANICAL ENGINEERING)

(c%mm%$ t% "// '"$ches)

S.No

.

Course

No.

Subject LT E!"#u"t$o% Tot"#

M"r&s

Cre'$t

Te

T81 "' 11 "athematicsab ; 1 8

#?; EE

1

Electrical %ciences >ab ; 1 '

#?= $T

11

$nformation Technology

>ab

; 1 '

TOTA *&actic" +, -&s ,,, +,

SUGGESTED SCHEME FOR BTech. SECOND SEMESTER(MECHANICAL ENGINEERING)

(C%mm"$ t% "// '"$ches)

A


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S.No

.

Course

No.

Subject LT E!"#u"t$o% Tot"#

M"r&s

Cre'$t

Te

T81 "' 111 "athematicsab ; 1 '

#?= #E 1 Gor+sho #ractice ; ; 1 ;C

TOTA *&actic" +, -&s ,,, +,


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SUGGESTED SCHEME FOR B.Tech. THIRD SEMESTER (MECHANICAL ENGINEERING)

S.No.

CourseNo.

Subject LT E!"#u"t$o%Sessional End

Tot"#M"r&

s

Cre'$tTe

H1 ME 201 THERMAL ENGINEERING - I 310 30 70 100 4C

H2 ME 202 ENGINEERING MATERIALSAND METALLURGY

300 30 70 100 3A

H3 ME 203 NUMERICAL TECHNIUES 310 30 70 100 4HH4 ME 204 UANTITATI!E TECHNIUE

"#$%o&a&ili'( ) S'a'is'i*al Me'+ods,310 30 70 100 4A

H ME 20 ENGINEERING MECHANICS 310 30 70 100 4C

H. ME 20. ENGINEERING EC/N/MICSAND ACC/UNTANCY

400 30 70 100 4H

R1 ME 207 THERMAL ENGINEERING - I ENGINEERINGMECHANICSLA

002 30 70 100 2C

R2 ME 20 MACHINE DRAING 002 30 70 100 2C

R3 ME 20 ENGINEERING MATERIALS

AND METALLURGY LA

002 30 70 100 2A

!S1 ME 210 SEL5 STUDY 001 30 70 100 1C

TOTAL 30hrs

1000 30

1


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SUGGESTED SCHEME FOR B.Tech. FOURTH SEMESTER (MECHANICAL ENGINEERING)

.No.

CourseNo.


Tot"#M"r&

s

Cre'$t

Te

TH1 ME 211 THERMAL ENGINEERING- II

310 30 70 100 4C

TH2 ME 212 5LUID MECHANICS 310 30 70 100 4C

TH3 ME 213 INSTRUMENTATI/N ANDC/NTR/L ENGINEERING

310 30 70 100 4C

TH4 ME 214 6INEMATICS /5MACHINES

310 30 70 100 4C

TH ME 21 $RINCI$LE /5MANU5ACTURINGSYSTEMS

310 30 70 100 4A

TH. ME 21. $R/DUCTI/N AND/$ERATI/NSMANAGEMENT I

300 30 70 100 3A

$R1 ME 217 THERMAL ENGINEERING

- II 5LUID MECHANICSLA

002 30 70 100 2C

$R2 ME 21 INSTRUMENTATI/N ANDC/NTR/L ENGG8 6INEMATICS /5MACHINES LA

002 30 70 100 2C

$R3 ME 21 MACHINE SH/$ LA 002 30 70 100 2A

!S2 ME 220 SEL5 STUDY 001 30 70 100 1C

TOTAL 30hrs 1000 30

11


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SUGGESTED SCHEME FOR B.Tech. FIFTH SEMESTER (MECHANICAL ENGINEERING)

.No.

CourseNo.

Subject LT E!"#u"t$o% Tot"#M"r&

s

Cre'$t

TeSessional End

TH1 ME 301 I C ENGINES 310 30 70 100 4C

TH2 ME 302 5LUID SYSTEMS 310 30 70 100 4C

TH3 ME 303 DYNAMICS /5MACHINES

310 30 70 100 4C

TH4 ME 304 MECHANICS /5S/LIDS

310 30 70 100 4C

H ME 30 MANU5ACTURINGTECHNIUES I

310 30 70 100 4A

$R1 ME 30. I C ENGINES 5LUIDSYSTEMS LA

002 30 70 100 2C

$R2 ME 307 DYNAMICS /5MACHINES

002 30 70 100 2C

$R3 ME 30 MECHANICS /5S/LIDS LA

002 30 70 100 2C

$R4 ME 30 MANU5ACTURINGTECHNIUES I LA

002 30 70 100 2C

$R ME 310 MIN/R $R/9ECT-I 002 30 70 100 2CInd:s'%ial T%ainin; "D:%a'ions 4


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SUGGESTED SCHEME FOR B.Tech. SE+ENTH SEMESTER (MECHANICAL ENGINEERING)

.No.

CourseNo.


Tot"#M"r&

s

Cre'$t

TeTH1 ME 401 MECHATR/NICS 310 30 70 100 4A

TH2 ME 402 CAD-CAM 310 30 70 100 4C

TH3 ME 403 MACHINE DESIGN II 300 30 70 100 3C

TH4 #ME47B ELECTI!E I 310 30 70 100 4C

TH ME 40 /$EN ELECTI!E I 310 30 70 100 4A

$R1 ME40. MECHATR/NICSLACAD-CAM LA

002 30 70 100 2C

$R2 ME 407 MACHINE DESIGN - II LA 003 30 70 100 3C

$R3 ME 40 ELECTI!E I LA 002 30 70 100 2C

$R4 ME 40 MA9/R $R/9ECT "$ART-I,

002 30 70 100 2C

$R ME 410 !I!A !/ICE EAM /5 !I SEMESTERINDUSTRIAL TRAINING

002 30 70 100 2C

TOTAL 30hrs 1000 30

,* - TO / 0 1 2T00 D

SUGGESTED SCHEME FOR B.Tech. EIGHTH SEMESTER (MECHANICALENGINEERING)

S.No.

CourseNo.


Tot"#M"r&

s

Cre'$tTe

TH1 ME 411 MANU5ACTURINGTECHNIUES II

310 30 70 100 4A

TH2 ME#4B ELECTI!E- II 310 30 70 100 4C

TH3 ME 413 /$EN ELECTI!E II 310 30 70 100 4A

$R1 ME 414 MANU5ACTURINGTECHNIUES - II LA

003 30 70 100 3A

$R2 ME 41 ELECTI!E- II LA 003 30 70 100 3C

$R3 ME 41. SEMINAR RE$/RT 002 30 70 100 2C

$R4 ME 417 MA9/R $R/9ECT"$ART-II,

0010 30 70 400 10C

TOTAL 30 hrs 1000 30

,* - TO / 0 1 2T00 D

GRAND T/TAL MAR6S 000

1=


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CREDITS 240

EECTI/E S012ECTST8E?"'> 4?6# E>ECT$EECT$E6T$2

=T E'?E2E?43

=AT$2I'4E%

==D


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38 Thermodnami!s&( 6enne'+ a%= M*;%ae%( %e-*%(s'allia'ion and ;%ain ;%oe% %:le solidi?i*a'ion o? @e'al and allo(s solid sol:'ione:'e*'i* e:'e*'oid and in'e%-@e'alli* *o@o:nds I%on *a%&on eF:ili&%i:@ dia;%a@ TTT-dia;%[email protected] TreatmentJ $%in*iles and :%ose o? +ea' '%ea'@en' o? lain *a%&on s'eels annealin;no%@aliin; +a%denin; 'e@e%in; iso'+e%@al '%ea'@en' *ase +a%denin; *a%&:%iin; ni'%idin; e'*%e*ii'a'in; +a%denin; o? al:@in:@ allo(s8UNIT I#aterialsJ $lain Ca%&on s'eels e??e*' o? allo(in; ele@en's %oe%'ies and :ses +ea' '%ea'@en'o? 'ool s'eels s'ainless s%in; and ani* *ell %:s'in; o? I%on Me'+ods o? %o'e*'ion ?%o@ *o%%osion8

UNIT #Fi%er Rein'or!ed Com-ositesJ Gene%al *+a%a*'e%is'i*s Ali*a'ions In'%od:*'ion 'o 5i&e%s ;lass*a%&on 6e>la% 4 ?i&e%s8 Ma'%i $ol(@e%i* Me'alli* Ce%a@i* Ma'%i Co:lin; a;en's and ?ille%s8

1
http://www.mcgraw-hill.com/http://www.mcgraw-hill.com/http://www.amazon.co.uk/s/ref=rdr_ext_aut?_encoding=UTF8&index=books&field-author=T.D.%20Eastophttp://www.mcgraw-hill.com/http://www.mcgraw-hill.com/http://www.amazon.co.uk/s/ref=rdr_ext_aut?_encoding=UTF8&index=books&field-author=T.D.%20Eastop


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In'%od:*'ion 'o '+e %a*'i*e and dis*iline o? Nano- S*ien*e Nano s*ale di@ension Nanos*ien*e and en;inee%in; %in*iles Nano @a'e%ials *a%&on nano-':&e 'e*+nolo;( andind:s'%ial ali*a'ions8

UNIT #I,E'%a*'ion o? @e'als ?%o@ s:l+ide o%es and *on*en'%a'es :sin; &io-+(d%o @e'all:%;i*al %o*esses8

T+e &iolo;i*al and *+e@i*al %in*iles o? &iolea*+in;&io-oida'ion %o*esses8 a*'e%ia :sed in '+ese%o*esses and '+ei% *+a%a*'e%is'i*s &a*'e%ial lea*+in; @e*+anis@ '+e a%a@e'e%s a??e*'in;&iolea*+in;&io-oida'ion %o*esses and %o*ess desi;n8

Su&&ested "ooksJ

Tet "ooks:

1, Ma'e%ial S*ien*e ) En;inee%in;!,Ra;+a>an $%en'i*e Hall India L'd8 200182, Ma'e%ial S*ien*e and En;inee%in; an In'%od:*'ion illia@ D8 Callis'e% 9%

9o+n


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5ini'e and >a%io:s di??e%en*e oe%a'o%s In'e%ola'ion ?o%@:lae "Nee%e''s,8

UNIT I#4Inter-olation and Cur7e 'ittin& and Numeri!al /i''erentiation 6La;%an;es in'e%ola'ion ?o%@:la8 In'e%ola'ion an*e En;inee%in; Ma'+e@a'i*s !ol 2 H8C8 Tanea I868 In'e%na'ional

E-204 QUANTITATIE TECHNIQUESL T P Credits

3 1 0 3Unit I: Introdu!tion to statisti!s

Na':%e and %ole o? s'a'is'i*s in @ana;e@en' Meas:%es o? *en'%al 'enden*( and dise%sion 6:%'osis8

Unit II: Introdu!tion to -ro%a%ilit theor

$%o&a&ili'( '+eo%( oin'l( dis'%i&:'ed %ando@ >a%ia&les dis'%i&:'ions - *on'in:o:s and dis*%e'e

Sa@lin; dis'%i&:'ions8

Unit III: .-othesis Testin&

Es'i@a'ion and +(o'+esis 'es'in; $a%a@e'%i* 'es's '-'es' AN/!A Non-a%a@e'%i* 'es's C+i-sF:a%e

'es' Co%%ela'ion and %e;%ession anal(sis lo;is'i* %e;%ession anal(sis Ali*a'ions o? s'a'is'i*a

a*=a;es8

Unit I#: Linear 8ro&rammin&

$%o&le@- ?o%@:la'ion and ali*a'ions sol:'ion '+%o:;+ ;%a+i*al @e'+od and Si@le @e'+ods

in'%od:*'ion 'o non-linea% %o;%a@@in;8

1


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Unit #:Trans-ortation odels

T%anso%'a'ion and '%anss+i@en' %o&le@s assi;n@en' and seF:en*es @odels8

Unit #I: /e!ision Theor

De*ision T%ee Ga@e T+eo%(-Mini@a and Mai@in Do@inan*e $%in*ile and :se o? /R so?'alen' S(s'e@ o? 5o%*es8 Mo@en'o? a ?o%*eJ !a%i;nons T+eo%e@8 Co:leJ EF:i>alen' Co:lesEF:ili&%i:@ o? Ri;id odiesJ 5%ee od( Dia;%a@ Condi'ions o? Ri;id odies8"Sol:'ion o? '+e %o&le@s &( !e*'o% @e'+od also8,5i%s' Mo@en' "*en'%e o? ;%a>i'(, ) Se*ond Mo@en'"@o@en' o? ine%'ia,o? C:%>ilinea% $lane and Solid odies8

UNIT IIT%:ssJ T(es Sol:'ion o? Si@le lane '%:sses &( anal('i*al and ;%a+i*al @e'+ods8 S+ea% 5o%*esand endin; Mo@en's in Di??e%en' ea@s8

UNIT III5%i*'ionJ Lae%si&ili'( o? @a*+ines8

/nami!s:

UNIT I#:9inemati!s o? a a%'i*le >elo*i'( and a**ele%a'ion o? a a%'i*le in a'+ *oo%dina'es %e*'an;:la%*(lind%i*al and s+e%i*al *oo%dina'es !e*'o% de%i>a'i>es in %o'a'in; s(s'e@s8

UNIT #:

D(na@i*s o? o? a a%'i*le Linea% @o@en':@ An;:la% @o@en':@ Ene%;( @e'+ods D(na@i*s o?s(s'e@ o? a%'i*les o%&i'al @o'ion =ine@a'i*s o? a %i;id &od( C+asles '+eo%e@


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UNIT #I: Ine%'ia 'enso% $%in*ial aes D(na@i*s o? a %i;id &od( E:le%s eF:a'ions DAle@&e%'s%in*ile $%in*ile o? >i%':al e%>ie< o? S+o%' and Lon; %:n *os' *:%>es ?ied *os'>a%ia&le *os' a>e%a;e *os' @a%;inal *os' /o%':ni'( *os' %ea=-E>en-Anal(sis8

Unit III: Time #alue o' one$%esen' alen' @e'+od"Re>en:e do@ina'ed *as+ ?lo< dia;%a@ *os' do@ina'ed *as+ ?lo< dia;%a@, %a'e o? %e':%n @e'+odEa@les in all '+e @e'+ods8

Unit #: /e-re!iation and TaesDe%e*ia'ion- In'%od:*'ion Classi*al Me'+odsJ S'%ai;+' line @e'+od o? de%e*ia'ion de*linin; &alan*e@e'+od o? de%e*ia'ion-S:@ o? '+e (ea%s di;i's @e'+od o? de%e*ia'ion sin=in; ?:nd @e'+od o?de%e*ia'ion Ann:i'( @e'+od o? de%e*ia'ion Modi?ied a**ele%a'ed *os' %e*o>e%( s(s'e@ Ta*on*e's and a?'e% 'a e*ono@i* *o@a%ison8

1


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Unit #I: "ook 9ee-in&$%in*iles o? do:&le en'%( s(s'e@J &an= %e*on*ilia'ion s'a'e@en' sin;le en'%( s(s'e@J oin' >en':%eand *onsi;n@en' a**o:n'8

Su&&ested Readin&s:

18 En;inee%in; E*ono@( S:lli>an i*=s and 6oellin; $ea%son In'e%na'ional

28 Ma*%oe*ono@i*sJ Unde%s'andin; '+e eal'+ o? Na'ions &( Da>id Miles and And%e< S*o'' ile(

8RACTICALS

E20>THERMALENGINEERING -1ENGINEERING MECHANICS$RACTICAL

L T 8 Credits 0 0 2 2C

-E-eriments %ased on the theor slla%us o' the su%?e!t E201@E20,

Case analsis: Sstem identi'i!ation+ Anal$in& it Bith the -rin!i-les o'e!hani!s 4Bith !ontent o' the slla%us6,

Case Stud: o' the Sim-le e!hani!al sstems+ %ased on the -rin!i-le o'e!hani!s 4Bith !ontent o' the slla%us,

E 20 AC.INE /RA)IN< $RACTICAL

L T 8 Credits0 0 2 2C

En;inee%in; D%aiea%io:s @odelsJD%a


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In'%od:*'ion 'o AUT/ CAD $%a*'i*e o? asse@&l( d%a


24/74

UNIT IRe!i-ro!atin& Air Com-ressor:S'ead( ?lo< anal(sis iso'+e%@al adia&a'i* and ol('%oi* *o@%ession sin;le and @:l'i-s'a;e*o@%ession ideal in'e%@edia'e %ess:%e *o@%esso% *lea%an*e >ol:@e'%i* and iso'+e%@ae??i*ien*( @ini@:@ a**:@ :@8

UNIT III


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E- 212 "LUID ECHANICS L T P Credits

3 1 0 4CUNIT IIntrodu!tion: 5l:id and ?lo< de?ini'ion and '(es *on'in::@ ?l:id %oe%'ies8

Fluid Stati!s: $%ess:%e >a%ia'ion in a s'a'i* ?l:id +(d%os'a'i* @ano@e'%( ?o%*es on lanes and*:%>ed s:%?a*es s'a&ili'( o? s:&@e%;ed and ?loa'in; &odies8

UNIT IIFluid kinemati!sJ Gene%al des*%i'ion o? ?l:id @o'ion s'ead( ?lool:@e Re(nolds '%anso%' '+eo%e@ E:le%s

eF:a'ion e%no:liis eF:a'ion Na>ie% s'o=es eF:a'ion 5lo< @eas:%e@en'- !en':%i@e'e% /%?i*e@e'e% $i'o'- ':&e ?lo< @e'e%s no'*+es8

/imensional analsis: :*=in;+a@s - T+eo%e@8 Non-di@ensional a%a@e'e%s si@ila%i'( and i'sali*a'ion 'o ?l:id %o&le@s8UNIT I##is!ous 'loB: La@ina% ?lo< &e'


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E213 #INSTRU ENTATI$N AND C$NTR$L ENGINEERING

L T P Credits 3 1 0 4C

UNIT I$+(si*al F:an'i'ies and '+ei% @eas:%e@en's Di??e%en' ;%ades o? @eas:%a&ili'( s*ales and s*ale-in>a%ian' %oe%'ies E%%o%s %e*ision"%esol:'ion, a**:%a*( and *ali&%a'ion s'anda%ds T%ansd:*e%s o?di??e%en' '(es and '+ei% :sa;e8 asi* *+a%a*'e%is'i*s and Resonse o? @eas:%in; ins'%:@en's :ndes'a'i* and d(na@i* *ondi'ions

UNIT II In'e%@edia'e o% si;nal *ondi'ionin; de>i*es li=e a@li?ie%s in'e;%a'in; and di??e%en'ia'in; *i%*:i'sDisla( de>i*es li=e >ol'@e'e%s CR/ !T!M and %e*o%de%s8UNIT IIIMeas:%e@en' o? disla*e@en's s'%ains >elo*i'( a**ele%a'ion 'e@e%a':%e %ess:%e and ?l:id ?lo


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Mi*%o-*o@:'e% *on'%ol s(s'e@s DAAD *on>e%'e%s8 Co@:'e% da'a a*F:isi'ion and *on'%ol $:lse@eas:%e@en's and *o@@and $:lse o:':'s and s'ee% @o'o% Mi*%o-*o@:'e% %ealia'ion o? aliF:id le>el?lo< *on'%ol s(s'e@8

8

SU


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3 1 0 4AUNIT I

Introdu!tion to a!hine Tools:Classi?i*a'ion si@ila%i'ies >a%io:s *:''in; 'ools and *:''in; ?l:idsseed o? *:''in; ?eed %a'e @a*+inin; %a'e and @a*+inin; 'i@e8

UNIT II

LatheJ Cons'%:*'ion i@o%'an' @e*+anis@s >i 8 a%on 'ail s'o*= +ead- s'o*= ?eed &o

se*i?i*a'ion oe%a'ions e8;8 'ae% ':%nin; e**en'%i* ':%nin; s*%e< *:''in;8UNIT II/rillin& ma!hineJ Cons'%:*'ion ?eed @e*+anis@J Se*i?i*a'ion ;eo@e'%( and no@en*la':%e o? 'a%io:s oe%a'ionsJ Sla& @illin; an;le *:''in; slo' @illin; ?l( @illin; sli' ;ea%@illin; s:% and &e>el T- slo' @illin; na':%e o? oe%a'ions : and doelo@en' %o*esses %od:*' li?e *(*le $%o*ess ?lo< *+a%' T(es o%o*esses $%o*ess e%?o%@an*e Lea%nin; *:%>e8

A


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UNIT III: Fa!ilit lo!ation and Laout5a*'o%s a??e*'in; '+e lo*a'ion de*isions @e'+ods o? ?a*ili'( lo*a'ion- ?a*'o% %a'in; s(s'e@s *en'%oid@e'+od and %o?i' >ol:@e anal(sis T(es o? la(o:' lo*= dia;%a@ and Asse@&l( Line alan*in;8

UNIT I#: /emand Fore!astin&:ali'a'i>e and F:an'i'a'i>e ?o%e*as'in; Ti@e se%ies and %e;%ession @odels Meas:%es o? ?o%e*as'in;e%%o%s8

UNIT #: In7entor modelI@o%'an*e o? in>en'o%( :nde%s'o*=in; and o>e%s'o*=in; 5ied o%de% F:an'i'( @odels and ?ied 'i@ee%iod @odels "E/ @odels, Sele*'i>e in>en'o%( @ana;e@en'- AC !ED and 5SN anal(sis 9IT@an:?a*':%in; s(s'e@ To(o'a %od:*'ion s(s'e@s- 6ANAN @odel and eli@ina'ion o?


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8RACTICALL T 8 Credits0 0 2 2A

"ased on Course Bork !orres-ondin& to 8rin!i-le o' manu'a!turin& sstems E 21

E220SELF STU/=L T 8 Credits

4#S26

0 0 1 1C"ased on Course )ork Su&&ested % the Tea!her E 210

E-301 I&C& ENGINESL T P Credit

s 3 1 0 4C

UNIT IIntrodu!tion to I,C En&inesJClassi?i*a'ion 'e and o%''i@in; dia;%a@

UNIT II

Com%ustion 8henomenon in SI en&ines:$%in*iles o? *o@&:s'ion in SI en;inee??e*' o? en;ines and oe%a'in; >a%ia&les on i;ni'ion dela( )?la@e %oa;a'ion *o@&:s'ion *+a@&e% ?o% SI en;ines *(*le 'o *(*le >a%ia'ion %e-i;ni'iona&no%@al *o@&:s'ion '+eo%( o? de'ona'ion e??e*' o? en;ine and oe%a'in; >a%ia&les on de'ona'ions:%?a*e i;ni'ion adia&a'i* ?la@e 'e@e%a':%e i;ni'ion s(s'e@s

UNIT IIICom%ustion -henomenon in CI en&ines:$%in*iles o? *o@&:s'ion in CI en;ine dela( e%iod >a%ia&les a??e*'in; dela( e%iod diesel =no*=@e'+ods o? *on'%ollin; diesel =no*= *o@&:s'ion %o*ess ) *o@&:s'ion *+a@&e%s ?o% CI en;ines

UNIT I#Fuel sstem and iture re5uirement in SI and CI En&ine:Ca%&:%e'ion- a%ia'ion *o@ensa'in;de>i*es >en':%e and e' di@ension *al*:la'ion @ode%n ?:el ind:*'ion s(s'e@ @:l'i oin' ?:el ine*'ions(s'e@ ?:el ine*'ionJ *o@@on %ail di%e*' ine*'ion

UNIT #En&ine Testin&+ Su-er!har&in&+ Lu%ri!ation and En&ine Coolin&:

;


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En;ine e%?o%@an*e and 'es'in; @eas:%e@en' o? oes *oolin; s(s'e@ ai% *oolin; e?:els L$G CNG %od:*e% ;as &io;as H2 &iodiesel and al*o+ols

Su&&ested Readin&s:

18 I,C En&ines and Air 8ollution&( E858/&e%' In'e' Ed:*a'ional $:&lis+e%s8. I,C En&ines&( 5e%;:son 9o+nile( ) Sons8;. Fundamentals o' I,C En&ines&( 98 He(in; s(s'e@s o? >anes e' %o:lsion8UNIT IIATER TURINESJ Classi?i*a'ion $el'on 5%an*is %oelle% and 6alan ':%&ines !elo*i'( '%ian;lese??i*ien*( d%a?' ':&es ;o>e%nin;8UNIT III$:@sJ Cen'%i?:;al :@s >elo*i'( '%ian;les e??i*ien*( ':%&ine :@s aial and @ied ?lo< :@sosi'i>e disla*e@en' :@s %e*i%o*a'in; ;ea% and e :@s8

$e%?o%@an*e o? 5l:id Ma*+inesJ Si@ila%i'( la


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Ta'a M*G%aen CS :&lis+e%s and dis'%i&:'e%s 28T+eo%( o?Ma*+ines Ra''an8S8SM*G%a


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Columns and strutsJ Col:@ns o? di??e%en' end *ondi'ions and ?ail:%e o? *ol:@ns E:le%Ps ?o%@:lasRan=ine-Go%donPs ?o%@:la 9o+nsonPs e@i%i*al ?o%@:la ?o% aiall( loaded *ol:@ns and '+ei%ali*a'ions8

UNIT #IClinders and s-heresJT+in C(linde%s and s+e%es De%i>a'ion o? ?o%@:lae and *al*:la'ion o? +oo s'%ess lon;i':dinal s'%essin a '+in *(linde% and s+e%e s:&e*'ed 'o in'e%nal %ess:%e8

T+i*= *(linde%sJ Hoo %adial and lon;i':dinal s'%esses in '+i*= *(linde%s d:e 'o in'e%nal and e'e%na%ess:%e Co@o:nd *(linde%s S'%esses in s+%in= ?i's8Ro'a'in; dis* o? :ni?o%@ '+i*=ness dis* o? >a%ia&le '+i*=ness Ro'a'in; s+a?' and *(linde%s8

Su&&ested Readin&s:18 QEn;;8 Me*+ani*s o? solidsQ $oo> E;e% $8 $%en'i*e Hall Ne< Del+i 128 QS'%en;'+ o? Ma'e%ialsQS%iNa'+ L8S8 e'8al8 M*Millan Ne< Del+i200138 QS'%en;'+ o? Ma'e%ialsQSad+: Sin;+ 6+anna $:&lis+e%s Ne< Del+i 20008

48 QEle@en's o? S'%en;'+ o? Ma'e%ialsQTi@os+en=o S8$8 Eas'-es' a??ilia'ed Ne< Del+i 2000888 QMe*+ani*s o? Ma'e%ialsQ Hi&&le% R8C $%en'i*e Hall Ne< Del+i 14878 QMe*+ani*s o? SolidsQ 5enne% Ro;e%8T U868 8C8 $:&li*a'ion Ne< Del+i 1088Me*+ani*s o? @a'e%ials &( 9a@es M8 Ge%e8

E30 ANUFACTURIN< TEC.NOLOio:% o? @e'als in elas'i* and las'i* de?o%@a'ion s'%ess-s'%ain%ela'ions+is Yield *%i'e%ia Con*e' o? ?lo< s'%ess &( '%:e s'%ess-s'%ain *:%>esUNIT #Ho' 5o%@in; and Cold 5o%@in; Anal(sis o? i@o%'an' @e'al ?o%@in; %o*esses li=e 5o%;in; Rollin;E'%:sion i%e D%a


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UNIT #I8oBder etallur&: $oan'a;es Ali*a'ions andLi@i'a'ions o? o


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L T 8 Credits 0 0 2 2C

Industrial Trainin& 4/uration 'our Beeks in Binter 7a!ationat the end o' #thsemester6

E- 311 TRANSP$RT PHEN$ EN$NL T 8 Credits3 1 0 C

UNIT IIntrodu!tion and Condu!tion:!a%io:s @odes o? +ea' '%ans?e% 5o:%ie%Ps Nei'( and o>e%all +ea' '%ans?e% *oe??i*ien' '+e%@al *ond:*'i>i'( o? solidsliF:ids and ;ases ?a*'o%s in?l:en*in; *ond:*'i>i'( @eas:%e@en' ;ene%al di??e%en'ial eF:a'ion o?

*ond:*'ion one di@ensional s'ead( s'a'e *ond:*'ion linea% +ea' ?lo< '+%o:;+ a lane and *o@osi'e


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Di??e%en' '(es o? +ea' e*+an;e%s desi;n o? +ea' e*+an;e%s LMTD and NTU @e'+ods ?o:lin;?a*'o% and *o%%e*'ion ?a*'o% In'%od:*'ion 'o *o@a*' and la'e +ea' e*+an;e%s8

UNIT #Iass Trans'erMass and @ole *on*en'%a'ions @ole*:la% di??:sion 5i*=Ps laao%a'in; ?l:id s:%?a*es in'%od:*'ion 'o @ass '%ans?e% in la@ina% and ':%&:len' *on>e*'iondi@ensional less a%a@e'e%s in *on>e*'i>e @ass '%ans?e% *o@&ined +ea' and @ass '%ans?e%

Su&&ested Readin&s:

18 Fundamentals o' En&ineerin& .eat and ass Trans'er &( R8C8Sa*+de>a Ne< A;eIn'e%na'ional $:&lis+e%s8

28 Fundamentals o' .eat and ass Trans'er&( $ 5%an=8 In*%oe%a and Da>id $8 Dei'' 9o+nile( and Sons8

38 .eat Trans'er&( A8 ean 9o+n ile( and Sons848 .eat Trans'er&( M8N8 /isi= M*G%a< Hill oo= Co88 .eat Trans'er A 8ra!ti!al A--roa!h&( A8Cene;elY:n:s Ta'a M*G%a< Hill8.8 En&ineerin& .eat and ass Trans'er&( Ma+es+ M8 Ra'+o%e La@i $:&li*a'ions8

78 .eat and ass Trans'er&( 98$ Hol@an Ta'a M*G%a< Hill8A. Fundamentals o' omentum+ .eat and ass Trans'er &((ames R,)elt (ohn )ile *

Sons 487t6, Ltd,

E 312 REFRIao:% *o@%ession %e?%i;e%a'ion*(*le - C/$ Re%esen'a'ion o? *(*le on T-S and -+ *+a%'s - e??e*'s o? s:& *oolin; and s:e% +ea'in;- *(*le anal(sis - A*':al *(*le In?l:en*e o? >a%io:s a%a@e'e%s on s(s'e@ e%?o%@an*e ne*essi'( o?@:l'is'a;in; @:l'is'a;e *o@%ession s(s'e@ and '+ei% anal(sis ne*essi'( and


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UNIT I#JDesi;n o? @e*+ani*al ele@en's in*l:din; solid @odelin; and ?ini'e ele@en' anal(sis o? @a*+ine*o@onen's :sin; a>aila&le so?'e%ia'ion :l>e%ied ?:el ?i%in; s(s'e@ *o@&:s'ion %o*ess need o?e*ess ai% *(*lone ?:%na*e ?l:idied &ed &oile% la*e@en' o? e>ao%a'o% e*ono@ie%s s:e%+ea'e%s %e-+ea'e%s ai% %e-+ea'e% in '+e &oile% de-ae%a'ion &oile% &lo


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ina%( >ao:% *(*les *o:led *(*les ;as ':%&ine- s'ea@ ':%&ine o


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$%od:*'ion s(s'e@s and '+ei% *lassi?i*a'ions $%od:*'i>i'( >a%ia&les and @eas:%e@en' $%od:*'i>i'(-To'al and a%'ial %od:*'i>i'( Reasons and %e@ed( ?o% oo% %od:*'i>i'(8

Unit II: )ork Studo%= S(s'e@ Desi;nJ Ta(lo%s s*ien'i?i* @ana;e@en' Gil&%e'+s *on'%i&:'ions @e'+od s':d( @i*%o-@o'ion s':d( %in*iles o? @o'ion e*ono@( a%ia&le da'a8 A**e'an*e Sa@lin;- Sin;le and do:&le sa@lin; si si;@a IS/000 ) IS/ 140008

Unit #: Resour!e 8lannin&En'e%%ise %eso:%*e lannin; "ER$, @a'e%ial %eF:i%ed lannin; "MR$, @an:?a*':%in; %eso:%*elannin; "MR$ II, a;;%e;a'e lannin;8Unit #I: Relia%ilit and aintenan!eRelia&ili'( a>aila&ili'( and @ain'aina&ili'( dis'%i&:'ion o? ?ail:%e and %eai% 'i@es de'e%@ina'ion o?MT5 and MTTR %elia&ili'( @odels s(s'e@ %elia&ili'( de'e%@ina'ion Main'enan*e @ana;e@en' andi's o&e*'i>es !a%io:s '(es o? Main'enan*e $lannin; Ho:se 6eein; S *on*e's8

TEHT "OO918 In'%od:*'ion 'o i S+an=e% Gal;o'ia $:&li*a'ion Del+i

E 31; .EAT AN/ ASS TRANFER@REFRI


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"ased on the Course Bork !orres-ondin& to .EAT AN/ ASS TRANSFER LA" E 311@REFRI


43/74

L T 8 Credits 3 1 0 A

UNIT IIn'%od:*'ion 'o @e*+a'%oni* s(s'e@s and *o@onen's Senso%s and '%ansd:*e%s

UNIT II

A*':a'o%s- ele*'%i*al ele*'%o@e*+ani*al ele*'%o@a;ne'i* +(d%a:li* ne:@a'i*s@a%' @a'e%ial a*':a'o%s @i*%o a*':a'o%s nano a*':a'o%s8 A*'i>e a*':a'o%s- ieoele*'%i* s+ae@e@o%( allo(s"SMA, ele*'%o a*'i>e ol(@e%s"EA$, @a;ne'o %es'%i*'i>e @a;ne'o %+eolo;i*al?l:id"MR,8 S'ee% and se%>o @o'o%s En*ode%s and %esol>e%s8

UNIT IIIModelin; anal(sis and si@:la'ion o? d(na@i* s(s'e@s :se o? MATLA ode N(F:is' and %oo'-lo*:slo'

UNIT I#5eed&a*= s(s'e@sJ /en and *losed loo *on'%ol s(s'e@s S'a&ili'( and sensi'i>i'( $ID +ase la;

and +ase lead *o@ensa'ion

UNIT #Sa@led da'a s(s'e@s and Di;i'al *on'%olle%s DAAD *on>e%'e%s @i*%o%o*esso%s in'e%?a*in;


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3 1 0 C

UNIT IIntrodu!tionJIn'%od:*'ion 'o CAD8 Ele@en's and essen'ial %eF:i%e@en's o? CAD8+a%d


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1. $%in*iles o? Co@:'e% Aided Desi;n and Man:?a*':%in; 5a%id A@i%o:*+e $ea%son82. CADCAM T+eo%( and $%a*'i*e &( I&%a+i@ Oeid83. CADCAM $%in*iles and Ali*a'ions &( $8N8 Rao Ta'a M*G%a< Hill $:&lis+in; Co@an(

L'd8

Re?e%en*e oo=sJ

18 CADCAM Co@:'e% Aided Desi;n and Man:?a*':%in; &( Mi=ell $8 G%oo>e% and E@o%(

Oi@@e% 9%828 Co@:'e% In'e;%a'ed Desi;n and Man:?a*':%in; &( Da>id D8 edesJ 5la' &el's ! el's Rolle% *+ains8

UNIT I#Desi;n o? Gea%sJ Heli*al e>el and o%@ ;ea%s desi;n s'%esses s'%ess *on*en'%a'ion o>e%load?a*'o%s >elo*i'( ?a*'o%s &endin; s'%en;'+ o? ;ea% 'oo'+ :*=in;+a@ eF:a'ion ?o% d(na@i* loads anded &ea@s C%ane +oo=s Sna'*+ &lo*= asse@&l( ele@en's8

UNIT #I:Desi;n o? En;ine a%'sJ Conne*'in; %od *%an= s+a?' is'on

Su&&ested readin&s:

18 Me*+ani*al En;inee%in; Desi;n S+i;le( 98 E8 Mis*+=e C8 R8 and :d(nasR8 G8 M*G%a< Hill 7'+ Edi'ion 20048 In'e%na'ional8285:nda@en'al o? Ma*+ine Co@onen' Desi;n9:>inall R8 C8 and Ma%s+e=

=@


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68 M8 9o+n ile( and Sons 2000838 5:nda@en'als o? Ma*+ine Ele@en'sHa@%o*= 8 98 9a*o&son 8 S*+@id'S8 R88 M*G%a< Hill 1848Ma*+ine Desi;nJ An In'e;%a'ed A%oa*+ No%'on R8 L8 $ea%sonEd:*a'ion Indian Re%in'-200188 Ma*+ine Desi;n +anda%i TMH.8 Ma*+ine Desi;n D8 68 A;;a%


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E0 A(OR 8RO(ECT 48ARTI6 L T 8 Credits

0 0 2 2C

E10 #I#A #OICE EHA OF #IthSEESTER IN/USTRIAL TRAINI A(OR 8RO(ECT 48ARTII6

L T 8 Credits0 0 10 10C

=A


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T.ERAL 1TNON CON#ENTIONAL ENERin; s:%?a*e lo*a'ion and o%ien'a'ion8 Hea' '%ans?e% *onside%a'ions %ele>an' 'o sola%ene%;(8 C+a%a*'e%is'i*s o? @a'e%ials and s:%?a*es :sed in sola% ene%;( a&so%'ion8

UNIT IIIDe>i*es ?o% '+e%@al *olle*'ion and s'o%a;e8Desi;n *onside%a'ion and e%?o%@an*e o? di??e%en' '(es o?sola% *ells8 5la' la'e ?o*:sin; *olle*'o%s8 Ene%;( s'o%a;e de>i*es s:*+ as en'ional ene%;( So:%*es 6+anna $:&lis+e%s828 S8$8 S:=+a'@e K Sola% Ene%;( Ta'a-M*;%a< +ill Ne< Del+i838 KSola% Ene%;( '+e%@al %o*ess 9A D:??ie and 8A8 e*=@an 9o+n


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>3 Tis:alia'ion8

Unit #

Ai%*%a?' %o:lsion '+eo%( Ra@e' en;ine $:lsee' en;ine Ro*=e' %o:lsion and i's '+eo%(

Unit #ILiF:id %oellan' solid %oellan' %o*=e' ali*a'ions sa*e ?li;+'s8

Su&&ested readin&s:

18 S8M8 Ya+(a Q 5:nda@en'als o? Co@%essi&le 5lo< Q Ne< A;e In'e%na'ional "$,

Li@i'ed Ne< Del+i 1.828 $8Hill and C8 $e'e%son Q Me*+ani*s and T+e%@od(na@i*s o? $%o:lsion Q Addison -esle( $:&lis+in; Co@an( 12838 N898 O:*%oana@:''oo Q Gas T:%&ine T+eo%( Q Lon;@an G%o: L'd8 108.8 G8$8S:''on Q Ro*=e' $%o:lsion Ele@en's Q 9o+n ile( 1. Ne< Yo%=878 A8H8S+ai%o Q D(na@i*s and T+e%@od(na@i*s o? Co@%essi&le 5l:id 5lo< !ol8=l Q9o+n ile( 13 Ne< Yo%=88 !8Ganesan Q Gas T:%&ines Q Ta'a M*G%a< Hill $:&lis+in; Co8 Ne< Del+i 1.

ELECTI#E21TCO"USTION


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UNIT IEn;ine ?:nda@en'alsJ 5:els al'e%na'i>e ?:els ?o% IC en;ines T(e o? +(d%o *a%&ons8 Gasolinese*i?i*a'ions8 E??e*' o? En;ine a%a@e'e%s on e%?o%@an*e ?:el ine*'ion ?o% SI en;ines En;ine>e+i*le %oad e%?o%@an*e %oad e%?o%@an*e and ?:el e*ono@(8

UNIT IIE@issions and ai% oll:'ionJ A:'o@o'i>e E@issions and '+ei% %ole in ai% oll:'ion8 $+o'o *+e@i*al

s@o;8 C+e@is'%( o? s@o; ?o%@a'ion8 Co@&:s'ion in Ho@o;eneo:s @i':%es e@ission ?o%@a'ion8In*o@le'e *o@&:s'ion ?o%@a'ion o? +(d%o *a%&ons Ca%&on @onoide and oides o? ni'%o;en8

Alde+(de e@issions8

UNIT IIIIn?l:en*e o? desi;n and oe%a'in; >a%ia&les on ;asoline en;ine e+a:s' e@issions8

H(d%o*a%&on E>ao%a'i>e E@issionsJ !a%io:s so:%*es and @e'+ods o? '+ei% *on'%ol8 Canis'e%s ?o%*on'%ollin; e>ao%a'i>e e@issions8 E@ission *on'%ol s(s'e@s ?o% ;asoline en;inesJ lo< &( *on'%ol*losed $C! s(s'e@ desi;n8UNIT I#

E+a:s' '%ea'@en' de>i*esJ Ai% ine*'ion in'o e+a:s' s(s'e@8UNIT #T+e%@al %ea*'o%s Ca'al('i* *on>e%'o%8S'%a'i?ied *+a%;e en;ines8 Honda C!CC en;ine8

Diesel en;ine *o@&:s'ion E@issionsJ So:%*es o? e@issions d:%in; *o@&:s'ion8 E??e*' o? ai% ?:el %a'ioseed ine*'ion 'i@in; on e%?o%@an*e and e@ission ?o%@a'ion8 D8I and I8D8I en;ine e@issions8

UNIT #IMe'+ods o? %ed:*in; e@issions e+a:s' ;as %e*i%*:la'ion s@o=e e@ission ?%o@ diesel en;ines8

E@ission Ins'%:@en'sJ Non- dise%si>e In?%a%ed anal(e% Gas*+%o@o'o;%a+ ?la@e ionia'ionde'e*'o% C+e@il:@ines*en' anal(e%

2T CO8UTATIONAL FLUI/ /=NAICS 4CF/6L T 8 Credits

3 1 0 C

UNIT I

In'%od:*'ion 'o C5D His'o%i*al &a*=;%o:nd I@a*' o? C5D

UNIT II

@


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T+e Go>e%nin; EF:a'ions o? 5l:id D(na@i*sDe%i>a'ion Dis*:ssion o? +(si*al @eanin;s and $%esen'a'ion o? ?o%@s a%'i*:la%l( s:i'a&le 'o C5D8

UNIT III

Ma'+e@a'i*al e+a>io% o? $a%'ial Di??e%en'ial EF:a'ionsJI@a*' on C5D

UNIT I#

asi* Ase*'s o? Dis*%e'ia'ionJIn'%od:*'ion 'o 5ini'e Di??e%en*e 5ini'e Ele@en's and 5ini'e !ol:@e Me'+ods8De'ailed '%ea'@en' o? 5ini'e Di??e%en*e @e'+od eli*i' and i@li*i' @e'+ods e%%o%s and s'a&ili'(anal(sis8

UNIT #

G%ids e ;%ids and :ns'%:*':%ed @es+es8Li?' %ed:*'ion do


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LoB Tem-erature Fuel CellsJ $%o'on e*+an;e @e@&%ane 5:el Cell H(d%o;en- /(;en ?:el *ellsal=aline and ol(@e%i* @e@&%ane '(esJ $+os+o%i* a*id 5:el Cell A*'i>e Ca'al(s' and i'sdise%sion Hea' and @ass '%ans?e% Cons'%:*'ion and Desi;n Li@i'in; %o&le@s Lo< 'e@e%a':%e?:el *ells o? o'+e% '(es- Me'+anol ?:el *ell H(d%o*a%&on ?:el *ell8UNIT III.i&h Tem-erature Fuel CellsJ Ad>an'a;es @ol'en ele*'%ol('i* ?:el *ell solid ele*'%ol('e ?:el CellCons'%:*'ion Ai% deola%ied *ells io*+e@i*al ?:el *ells Re;ene%a'i>e *ells Mi*%o ?:el *ells8UNIT I#

Fuel Cell o-erationJ S:l( o? ?:el and ?:el %o*essin; H(d%o;en %od:*'ion s'o%a;e sa?e'( andin?%as'%:*':%e de>elo@en' ele*'%i*al a%%an;e@en' %e@o>al o? $%od:*'s @a'e%ials ?o% &a''e%(*ons'%:*'ion $%od:*'ion and :%i?i*a'ion o? ?:els8UNIT #A--li!ation o' 'uel !ell sstemsJ La%;e s*ale oe+i*les Do@es'i*o


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38 $LUG-IN HYRID ELECTRIC !EHICLES

a8 Des*%i'ion and Ad>an'a;es

&8 T(es o? $HE!

*8 $HE! D%i>e '%ain *o@onen's

48 IC ENGINES 5/R HYRIDS

8 M/T/RS 5/R HYRIDS

.8 ATTERIES 5/R HYRIDS

78 ELECTR/NICSC/NTR/L CIRCUITRY 5/R HYRIDS

8 SERIES AND MILD HYRIDS

a8 Mild H(&%id d%i>e '%ain

&8 Se%ies +(&%id d%i>e '%ain

8 $ARALLED HYRIDS

a8 $a%allel +(&%id d%i>e '%ain

108EISTING HYRIDS

a8 To(o'a $%i:s

&8 Honda Insi;+'

118$e%?o%@an*e Anal(sis o? H(&%id !e+i*les

a8 5:el-e??i*ien*( anal(sis

&8 E@issions Anal(sis

*8 Li?e C(*le anal(sis

128MISCELLENE/US TY$ES /5 HYRID !EHICLES

/ESI


56/74

ELECTI#E1

>1/ EC.ANICAL #I"RATIONS

L T 8 Credits 3 1 0 C

UNIT IIn'%od:*'ionJ asi*s o? >i&%a'ion Ma'+e@a'i*al @odelin; o? >i&%a'in; s(s'e@s- Dis*%e'e andCon'in:o:s s(s'e@s Conse%>a'i>e and Non *onse%>a'i>e s(s'e@ i&%a'ions S'a'i* and d(na@i* *o:lin; $%in*ia@odes o? >i&%a'ion d(na@i* >i&%a'ion a&so%&e% *en'%i?:;al a&so%&e% !e+i*le s:sension s(s'e@%esonse8

UNIT #IIn'%od:*'ion 'o !i&%a'ion @eas:%in; Ins'%:@en'sJ !i&%a'ion @e'e%s- >i&%a'ion si;na':%es- s'anda%ds-

>i&%a'ion 'es'in; eF:i@en'- in si'e &alan*in; o? %o'o%s8

Su&&ested Readin&sJ18 5:nda@en'als o? >i&%a'ions ala*+and%anMa;%a&Cen;a;e Lea%nin;828 Me*+ani*al >i&%a'ions Rao8S8S $ea%son Ed:*a'ion838 Me*+ani*al !i&%a'ions S%ini>as $ Ta'a M*;%a< Hill *o@an( Li@i'ed848 5:nda@en'als o? !i&%a'ions Ro;e% A A A@e%ind $:&lis+e% Co@an( $>' L'd88 En;inee%in; !i&%a'ion Daniel 9 In@an $%en'i*e Hall Ne< 9e%se(8.8 Me*+ani*al !i&%a'ionsJ T8 T+o@son

@-


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>2/ Finite Element ethods


UNIT I5:nda@en'al *on*e's o? '+e 5ini'e Ele@en' Me'+od8 !a%io:s ele@en' s+aes Disla*e@en' Model

De%i>a'ion o? s'i??ness @a'%i ?o% '+e ele@en' and ?o% '+e en'i%e do@ain

UNIT II

IS/ a%a@e'%i* ele@en's Ele@en' s'%esses and s'%ains8

UNIT III

De%i>a'ion o? ?o%*e and disla*e@en' >e*'o%s ?o% '+e en'i%e do@ain8 o:nda%( *ondi'ions Sol:'ion o?

'+e o>e%all %o&le@s8

UNIT I#

Ali*a'ions o? ?ini'e ele@en' @e'+od 'o solid @e*+ani*s

UNIT #

Ali*a'ions o? ?ini'e ele@en' @e'+od 'o ?l:id @e*+ani*s and +ea' '%ans?e%8

UNIT #I

Use o? So?'


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Unit IIMa'e%ial %oe%'ies in?l:en*in; in'e%a*'ionsJ In'%od:*'ion elas'i* %oe%'ies$las'i* de?o%@a'ion %oe%'ies %ela'ion &e'i'( o? s:%?a*es a&so%&ed s:%?a*e la(e%S:%?a*e ene%;( %ela'ion &e'eness o? l:&%i*a'ion-in'e%@edia'e 'e@e%a':%e &e+a>io% o? asolid l:&%i*a'ion &elo< @el'in; oin' e??e*' o? seed load on l:&%i*a'ion8 L:&%i*an's '+ei% %oe%'iesl:&%i*a'ion 'e*+niF:e in >a*::@ l:&%i*an' *oa'in; and i's s'a&ili'(8 T+eo%( o? elas'o+(d%od(na@i*

l:&%i*a'ion ?il@ '+i*=ness ?%i*'ional s'%ess +ea' ?lo< ) 'e@e%a':%e se%>i*e li?e o? %olle% &ea%in;s8

Su&&ested readin&s:

"1, En;inee%in; T%i&olo;( &( Gie%"2, Ee%i@en'al Me'+ods in T%i&olo;( &( G


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iso*lini* and iso*+%o@a'i* lines in'e%%e'a'ion o? +o'o elas'i* s'%ess a''e%n di??e%en' @e'+ods o?*o@ensa'ion

UNIT IICo@le'e anal(sis o? s'%ess a''e%n di??e%en' @e'+ods o? *o@ensa'ion *o@le'e anal(sis o? s'%essa''e%n &( s'anda%d @e'+ods +o'o elas'i* @a'e%ials s'%ess ?%in;e and s'%ain ?%in;e *ons'an'ssi@ila%i'( laa%io:s a%a@e'e%s e??e*'o? &iaial s'%ess ?ield8

UNIT #IIntrodu!tion to oire Te!hni5ues,

Su&&ested Readin&s:

18 Ee%i@en'al S'%ess Anal(sis Ada@s Do>e $%en'i*e Hall In* 1.828 Ee%i@en'al S'%ess Anal(sis Rossen'+al

ELECTI#E2

1/ FRACTURE EC.ANICSL T 8 Credits

3 1 0 CUNIT IIntrodu!tionJ In'e%-dis*ilina%( a%oa*+es in ?%a*':%e @e*+ani*s @odes o? de?o%@a'ion and ?ail:%e8

UNIT IILinear Elasti! Fra!ture e!hani!sJ S'%ess *on*en'%a'ion in '+e >i*ini'( o? no'*+es and *%a*=sG%i??i'+s ene%;( *on*e' I%


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UNIT I#E7aluation o' Fra!ture e!hani!s 8arameters:$lane s'%ain ?%a*':%e 'o:;+ness 'es'in; i8e8 6i* 8

UNIT #i!ro Stru!ture and Fra!ture Tou&hness:$+(si*al si;ni?i*an*e o? ?%a*':%e 'o:;+ness in %ela'ion 'o@i*%os'%:*':%e %in*iles ?o% '+e de>elo@en' o? ?%a*':%e %esis'an' @a'e%ials8

UNIT #I

Fra!ture Sa'e /esi&n 8rin!i-les:T%ansi'ion 'e@e%a':%es and @e*+ani*s a%oa*+ 6i* onl(8

Fra!tured sur'a!es:A*F:ain'an*e a%io:s @a'e%ials li=es'eels C8I non ?e%%o:s allo(s e'*8

Su&&ested readin&s:

18$%as+an' 6:@a% Ele@en's o? 5%a*':%e Me*+ani*s Ta'a M*G%a


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UNIT #IFati&ue:T+e na':%e o? ?a'i;:e @e*+anis@ o? ?a'i;:e ?a'i;:e s'%en;'+ o? @e'als s'%ess*on*en'%a'ion ?a'i;:e s'%en;'+ ?a'i;:e ?ail:%e :nde% *o@&ined s'%ess *:@:la'i>e ?a'i;:e da@a;e d:e'o >a%(in; a@li':de o? s'%ess o'+e% ?a*'o%s a??e*'in; ?a'i;:e s'%en;'+8

3/ ANAL=SIS AN/ S=NT.ESIS OF LIN9Aen'ional s(@&ols :sed in 6ine@a'i* dia;%a@8 De;%ee o? ?%eedo@ o? Lin=a;esJT(es and n:@&e% o? s(n'+esis G%:&le%s eF:a'ion8UNIT IICen'%e and Cen'%odesJ =enned(s '+eo%e@ o? '+%ee *en'%es de'e%@ina'ion o? *en'%es o? 6ine@a'i*C+ain

UNIT III5ied and @o>in; *en'%odes >elo*i'ies o? oin's on a @a*+ine @e@&e% &( *en'%e @e'+od and%esol:'ion @e'+od8

UNIT I#Desi;nJ 5o:% &a% @e*+anis@s o? Class I and Class II *+ainsJ Si@ila%i'( >a%(in; '%ian;le '%ans@issionan;le %ela'i>e ole @e'+od in>e%sion @e'+od and />e%la( @e'+od8

UNIT #Co:le C:%>esJ Ro&e%'s laelo*i'( '+e E:le%- S:a>e%( EF:a'ion8

UNIT #I5ini'e disla*e@en'J Ro'a'in; an;le ole '%ian;le *en'%e s(s'e@ and i's ali*a'ion ?o% '+%ee osi'ionlin= ;:idin; oosi'e ole F:ad%an;le ?o:% and ?i>e osi'ion lin= ;:idin; anal('i*al desi;n o? 4-&a%@e*+anis@ ?o% *o-o%dina'ed @o'ions o? *%an=s 5%e:dens'eins eF:a'ions8

Su&&ested Readin&s:

18 Ha%'en&e%; R8S and Dena>i'96ine@a'i* S(n'+esis o? Lin=a;es M*G%a< Hill

28 A S Hall 9%6ine@a'i* ) Lin=a;e Desi;n $%en'i*e Hall India838 A@i'a&+ G+os+) A6 Malli*= Me*+anis@s ) Ma*+ine T+eo%(48 E%d@an )Sando% Me*+anis@ Desi;nJ Anal(sis )S(n'+esis$%en'i*e Hall88 T+eo%( /? Ma*+ines &( $en*o*= S+i;le(

/ RO"OTICS AN/ AUTOATION

-1


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L T 8 Credits

3 1 0 CUNIT IIn'%od:*'ion 'o Ro&o'i*s Classi?i*a'ion o? Ro&o's C+a%a*'e%is'i*s o? Ro&o's e%?o%@an*ead>an'a;es and disad>an'a;es o? a Ro&o' ind:s'%ial ali*a'ions o? a Ro&o'8

UNIT II5:nda@en'als o? a Ro&o'J !a%io:s s(s'e@ s'%:*':%e and de?ini'ion 'e%@s %ela'in; 'o ind:s'%ialRo&o's &asi* 'e%@s %ela'ed 'o Ro&o' e%?o%@an*e and C+a%a*'e%is'i*s Con'%ol >ol:@e o? a Ro&o'

UNIT IIIRo&o' lan;:a;es and %o;%a@in;8

UNIT I#Con'%ollin; '+e Ro&o' s(s'e@sJ In'%od:*'ion 'o d%i>es Me*+ani*al H(d%a:li* $ne:@a'i* ele*'%i*d%i>es ?eed &a*= *on'%ol

UNIT#

Sensin; s(s'e@ ?o% a %o&o'J In'%od:*'ion '(es o? senso%s @a*+ine >ision A%'i?i*ial in'elli;en*eCon'%ol 'e*+niF:es8

UNIT #IRo&o' sa?e'(J In'%od:*'ion o'en'ial sa?e'( +aa%ds sa?e'( lannin; *+e*= lis's sa?e'( ;:idelinesla'es' de>elo@en' in sa?e'( @eas:%e@en'8

Su&&ested readin&s:

18 In'%od:*'ion 'o Ro&o'i*sJ Me*+ani*s and Con'%ol 9o+n C%ai; $ea%son ed:*a'ion828 Ro&o'i*s ?o% En;inee%s Y86o%en M*G%a< Hill $:&li*a'ions8

8RO/UCTION 18 /IENSIONAL GUALIT= EN


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L T 8 Credits

3 1 0 C

UNITI8rin!i-les o' measurementJ De?ini'ion o? Me'%olo;( di??e%en*e &e'i%on@en' and Te@e%a':%e E??e*'s o? s:o%' ali;n@en'e%%o%s ali*a'ion o? Leas' SF:a%e %in*iles e%%o%s in @eas:%e@en' o? aF:ali'( a%ia&les8Len&th Standards: Line s'anda%ds end s'anda%ds and elen;'+s'anda%ds '%ans?e% ?%o@ line s'anda%ds 'o end s'anda%ds8 N:@e%i*al &ased online s'anda%ds8 Sli ;a:;es i's :se and *a%e @e'+ods o? &:ildin; di??e%en'+ei;+'s :sin; di??e%en' se's o? sli ;a:;es8Limits+ 'its and toleran!esJ !a%io:s de?ini'ions IS1-1.3 di??e%en' '(eso? ?i's and @e'+ods 'o %o>ide '+ese ?i's8 N:@e%i*al 'o *al*:la'e '+e li@i's ?i'sand 'ole%an*es as e% IS 1- 138 IS/ s(s'e@ o? li@i's and ?i's Ga:;esand i's '(es li@i' ;a:;es l:; and %in; ;a:;es8

Ga:;e Desi;n Ta(lo%s $%in*ile an'a;es8Me*+ani*al Co@a%a'o%sJ 9o+ansonMi=%o=a'o% and Si;n@a Me*+ani*alCo@a%a'o%8Me*+ani*al - o'i*al *o@a%a'o%8Ele*'%i*al and ele*'%oni* *o@a%a'o%s8$ne:@a'i* *o@a%a'o%s S(s'e@s o? $en:@a'i* ;a:;in;J 5lo< '(e and

&a*= %ess:%e '(e di??e%en' '(e o? sensi'i>i'ies and o>e%all @a;ni?i*a'ion8Sole $ne:@a'i* ;a:;e and di??e%en'ial *o@a%a'o%s8N:@e%i*als8

UNIT IIIAn&ular easurementJ Sine a% di??e%en' '(es o? sine &a%s :se o? sine&a%s in *on:*'ion el e%%o%s in :se o? sine &a%s8 N:@e%i*als8$%in*ile and ision &( %e*ision $ol(;ons8 Calie%$%in*ile Cali&%a'ion o? ol(;ons8 N:@e%i*al &ased on *i%*:la% di>ision8

Strai&htness and 'latnessJ De?ini'ion o? S'%ai;+'ness and 5la'ness e%%o%8De'e%@ina'ion o? s'%ai;+'ness e%%o% o? s'%ai;+' ed;e el o% a:'o *olli@a'o%8N:@e%i*alsUNIT I#S!reB Thread easurement: E%%o%s in '+%eads Meas:%e@en' o? ele@en'so? s*%e< '+%eads @ao% dia@e'e% @ino% dia@e'e% i'*+ ?lan= an;le ande??e*'i>e dia@e'e% "T


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?lan= an;les and i's @a'+e@a'i*al de%i>a'ion8e%nie%*alie% Cons'an' *+o%d @e'+od &ase 'an;en' @e'+od and de%i>a'ion o?@a'+e@a'i*al ?o%@:lae ?o% ea*+ @e'+od8 Tes' l:;s @e'+od ?o% *+e*=in;i'*+ dia@e'e% and 'oo'+ sa*in;8 Meas:%e@en' o? Gea% $i'*+ $a%=insonGea% Tes'e%8N:@e%i*als8UNIT #

a!hine Tool Ali&nmentJ Ma*+ine 'ool 'es's and ali;n@en' 'es's on la'+e8Ali;n@en' 'es's on @illin; @a*+ine8 Ali;n@en' 'es's on a %adial d%illin;@a*+ine8Inter'erometr: $%in*ile o? @eas:%e@en' In'e%?e%o@e'%( alied 'o ?la'ness'es'in; s:%?a*e *on'o:% 'es's o'i*al ?la's 'es'in; o? a%allelis@ o? a s:%?a*e28 A/#ANCE/ AC.ININ< 8ROCESSES

L T 8 Credits3 1 0 C

UNIT I

-=


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In'%od:*'ionJ @e*+ani*al ad>an*ed @a*+inin; %o*esses need o? ad>an*ed @a*+inin; %o*esses+(&%id %o*esses

Ul'%asoni* @a*+inin; "USM,J In'%od:*'ion @e*+ani*s o? *:''in; a%a@e'%i* anal(sis %o*ess*aa&ili'ies ali*a'ions8

UNITIIA&%asi>e e' @a*+inin; "A9M,J In'%od:*'ion A9M se' :s ;as %o:lsion s(s'e@ a&%asi>e ?eede%

@a*+inin; *+a@&e% A9M nole a&%asi>e a%a@e'%i* anal(sis %o*ess *aa&ili'ies ali*a'ions8

UNIT IIIa'e% e' @a*+inin;J In'%od:*'ion %o*ess *+a%a*'e%is'i*s %o*ess e%?o%@an*e ali*a'ions8

A&%asi>e a'e% e' @a*+inin;J o%=in; %in*ile a%a@e'%i* anal(sis %o*ess *aa&ili'ies andali*a'ions8

A&%asi>e ?inis+in; %o*essJ o%=in; %in*ile @a'e%ial %e@o>al and s:%?a*e ?inis+ a%a@e'%i*anal(sis %o*ess >a%ia&les and ali*a'ions8

UNIT I#

Ele*'%o dis*+a%;e @a*+inin; "EDM,J In'%od:*'ion o%=in; %in*ile a%a@e'%i* anal(sis %o*ess>a%ia&les %o*ess *+a%a*'e%is'i*s ali*a'ions +(&%id %o*esses s:*+ as ele*'%o dis*+a%;e ;%indin;dia@ond ;%indin; an*ed @a*+inin; %o*esses8

Su&&ested readin&s:

18 Ad>an*ed @a*+inin; %o*ess D%8!8689ain-@


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28 Non '%adi'ional @e'+ods o? @an:?a*':%in; s+a+ )$ande(

>38 AUTOATION IN ANUFACTURINi'( >s a:'o@a'ion @a'e%ials +andlin;s(s'e@s8 E>al:a'ion o? a:'o@a'i* %od:*'ion8 Desi;nin; ?o% a:'o@a'ion8

UnitII Hydraulic System

H(d%a:li* Principles. Hydraulic pumps: Characteristics, Pump Selection, Pumping Circuits.

Hydraulic Actuators: Linear, Rotary, Selection, Characteristics. Hydraulic Valves: Pressure,

Flow, Direction Controls, Applications. Servo and Proportional Valves, Hydraulic Fluids:

Symbols.

Unit III Pneumatic Systems

$ne:@a'i* fundamentals. $%od:*'ion o? *o@%essed ai%8 T(es o? *(linde%s8

Con'%ol >al>esJ di%e*'ion %ess:%e and ?lo


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A:'o@a'ion in @a*+ine 'oolsMe*+anied ?eedin;8 A:'o@a'i* asse@&l(8A:'o@a'i* @a*+ine 'ool *on'%ol8 T%ans?e% lines8 5a*'o%( a:'o@a'ion

Su&&ested readin&s:1 H(d%a:li* and $ne:@a'i* Con'%ols R S%ini>asan !ia( Ni*ole i@%in's $>'8

L'd8 C+ennai8

2 In'%od:*'ion 'o H(d%a:li* and $ne:@a'i* S8 Ilan;o and !8 So:nda%a%aan$%en'i*e-Hall o? India Del+i

3 /il H(d%a:li* S(s'e@s J $%in*iles and Main'enan*e S8 R8 Ma:@da% K Ta'aM*G%a


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?eresentations &%imulations * arious models of C'D* 'nalytical rograms* Different models of C'D *

'd!antages of C'D & its limitations * etc.

0NIT59

C'##* Tyes of C'##* 4rou technology * "erit/ Demerits* Database management in the de!eloment of

C'##* C'D


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ELECTI#E218 Gualit ana&ement Sstems


0nit5: Int&oduction to Qualit

Definition of Kuality< roduct* user* !alue* and manufacturing based ersecti!es* Dimensions of Kuality*

Kuality #lanning* Kuality costs< otimi9ation of 7uality costs* Kuality in manufacturing* ser!ices* health care*

educational systems* the se!en tools of 7uality.

0nit57: *-iloso;-i"s in Qualit Mana3"'"nt Sst"'s

#hilosohies of Kuality 4urus< Deming* Muran* Crosby* Feigenbaum* $shi+awa* Taguchi. Comarison ofKuality #hilosohies Kuality "anagement awards< Deming ri9e* "alcolm Baldrige 2ational Kuality 'ward*

Iirlos+ar 'ward 'wards.

0nit5+: Statistical *&oc"ss Cont&ol

$ntroduction to Kuality characteristics< !ariables and attributes* Tyes and causes of !ariations* Control Charts

for !ariables and attributes* #rocess caability.

0nit58: Acc";tanc" Sa';lin3

%amling rocess and lots formation 'd!antages and alications of accetance samling characteristics of

.C. Cur!e %ingle* double* multile* se7uential samling '%2* 'T$* 'K>* 'K* 'K>* >K>* #roducer,sand Consumer,s ris+s.

0nit59: ISO


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28ATERIALS ANAocation* different tyes of stores* methods of storing* safety and security of materials* stores e7uiment

materials handling e7uiment* factors affecting materials handling* stores issues and receits* rocedures* formsand olicies in stores transactions* stores accounting* stores organi9ation* materials safety and security.

0nit58: Mana3"'"nt of su&;lus o>sol"t" and sc&a; 'at"&ials

"anagement of surlus obsolete and scra materials* reasons for accumulation of surlus obsolete and scra

materials* methods of disosal* regulations and rocedures.

0nit59: *u&c-asin3

#lanning urchasing materials* norms of !endor rating* CE$ methodology* Maanese industry: selection and

de!eloment* urchasing rocedures and methods* legal asects* insurance of materials* suly management

sources of suly* out sourcing.

0nit56: Su> cont&actin3

%ub contracting* reasons for subcontracting* criteria for selecting sub contractors* rating* factors affectingsubcontract rate fiing H internal and eternal subcontract.

Su33"st"d !"adin3s:

1. $ntegrated materials managementeendersFearon H

6ni!ersal Boo+ %tall

@. #urchasing 'nd In>en'o%( Con'%olH I % "enon H Gheeler#ublishers-. "aterials "anagement H arma " " H %ultan Chand 'nd %ons
http://www.indiastudychannel.com/resources/36447-VTU-MBA-Syllabus-MATERIALS-MANAGEMENT.aspxhttp://www.indiastudychannel.com/resources/36447-VTU-MBA-Syllabus-MATERIALS-MANAGEMENT.aspx


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38 SU88L= C.AIN ANA


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0nit 5: Funda'"ntals of Financial Mana3"'"nt

$ntroduction* b0ecti!es* goals and functions of financial "anagement. Time !alue of "oney* ?is+s and

?eturns* aluation of %ecurities.

0nit 57: Financial $nstruments and "ar+ets

Forms of Business rgani9ations* caital structure* Construction analysis and interretation of standard

financial statements* Di!idend olicy and share !aluation.

0nit5+: Ca;ital 1ud3"tin3

Concet of erating cycles and wor+ing of Caital "anagement Caital Budgeting : Cost of caitalin!estment decisions and ?is+ analysis in Caital Budgeting

0nit ? 8: Financial *lannin3

#lanning of rofit and le!erages (oerating and financial) ?is+ and ?eturn: 2ature of ris+* $nter


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'dhesi!es* 'dhesi!e taes. Cushioning materials and roerties* reinforcements. %titching methods. %eals and

enclosures. >ining comounds and lac7uers. >abels and instant labeling. $n+ 0et rinting and bar coding.4rahic design. #rinting techni7ues$4' rocess.

"icrosystem design.* "icrosystem ac+aging..

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0NIT /I$ntegrated %mart %ensors and "E"%* $nterface Electronics for "E"%*"E"% %imulators* "E"% for ?F 'lications. Conclusions & Future Trends

Su33"st"d &"adin3s:

Su**este' re"'$%*s:

1."E"% & "icro systems Design and "anufacture Tai

mechanical engineering dtu

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