York | TPLCC | North Maharashtra University, Jalgaon

•
0005&
Price:-Rs.lO/-
North Maharashtra University,
Jalgaon
Syllabus for Forth Year Engineering
Degree Course (B.E.)
w.e.[ JuiY,2001
_,'IENGmEERlNG\C'OVERPAGEdocIPRAMOD
eRA VAN
1
NORlH
MAHARASHATRA
lJNIVf:RSfIY, JALGAON.
B.E. (MEClIANICALENGlNEERING)
( 1998 COIJRRF.)
FTRST _TF:RM
Sr.
Cod<
, W.KJI'.: .mJ.v_1.
SubjQCt
I
No.
T~hing
Seh~\
H,OlII'Bl'cr Week
••••• ".•.•••
l<d
-
,
I.
r'
t'
,
6.
04
and
Air Conditioning
Proj~and FlIWlcial
EIoct:ivc - I
I.
.. 2.
04
. 02
,..." ••......."""•••••
Term
W•••
03
100
02
04
100
04
0'
03
100
04
0,
100
i Pm:ioc1
-
. 02
I •••••••
-
02
16
12
'"
-
Maebino DcBiga -
m
I Rmigt"atitm
I
Mcu8cmcnt
I
I
,
I
Total ;
~--. ---1-~--i
pul1Otal.
L~
P""
(lin.)
~SclM:mc
:
-
28
onI
" - "
"
" - "
" - "
-
50
- -
-
-
-
50
400
150
-
I"
675
•
,
,
B.E. (MECHANICAL ENGINEERING)
W.E-F.: DEC. _L
SECOND ~TOW
e",,"
!'ir.
No.
Subject
-
-,
iJlIllIliun
p~
In.
""""
.........""""•••••
T_
Wod<
"""
••
02
03
100
5$ CADACAM
04
04
04
100
3.
SSTriboIoaY
04
02
03
100
4.
MllI;bmil;lI1
04
02
03
100
-
04
-
-
-
-
-
" - " - "
"
"
"SO - "SO
SO
- -
16
14
400
200
2.
,
-
S.
,.
~
~
.
[.0;,
Scbclne
I!lcl:tiYc - 11
L
,
Examin~
Te:u;hingSchen'lll
(IIoumPer W. \
Vibmion
T..mu1Oa1 VilUts
I
,
Total ;
,
grutd IOlal :
'"
3<l
I
NOTE.:
12>
$$ ~ Common. to McdJanH;al & ProdPction Engg.
Told ofMWmum marb of term I &D = 1400.
)
(B.E. Mechanical
Elective -I
Non-<:onvenbonal Energy Sources
Mle. Tool Jle!rign
Operation Reacan:h
Robotics
Auto mobile Engineering-I
Mechanical Estimation &. costing.
Reliability Engineering
)
Elective-II
Power Plant Engineering.
Management infonnation System.
Materials Management
Energy Conservation & Management
Alrto mobile Eoginceriftg-II
Production, PlaDniog &. Control.
Analysis &. Synthesis of Mechanism.
•
3
&E. (MECHANICAL)
MACHINE
DESIGN
m
EnmtudoD,,*e~
T-mbIK sc:he_ (Per week)
l)un!la" : ••hn..
TbeGrY:
Ledures : •• b•.•••
PnldkaI : 4 h•.•.( limo on Comrvter )
11M)mario
ani : 2!i_rb
Trw
_.
: 15 mara
Unit _I : DECISION MAKING
' IJn,.
1.1. Intn:Jduction to D«:irIion MIking : Chametcrilticl of II dcci......
altcnudiVCll in Engs. Decision. FadOUl n:1avo:nt 10 Eng&. Ded..km,
1.2
_
problan,
Ratkml
CJlIjoI:tivCIImil
&:claion maldgg
Optimization : lDtroduaion to opUnlivtjon probJall, optimizatiQO by cWOicntiail llBulu',
of dual varilblG., Jmsranaim
1IlUltipli0!ll , lineII' JlUliiawnJng, Numerical ~
m
opcimI.zatlon.
1.3 Probability:
Koowlcdgl:
of futun; cvwJs,
probability &. application, Eqecled
PriociJlt~ ins"fficimt
l'CIIIllIS,Basic J\IIIlS of
VllIIJel,Varbnce and dar¥brd dcviationJ -..d iJ8edimation .
•
Uall _n : OPTIMIZATION
BY JOHNSON
,lin.
METHOD.
IDlroduction 10 Optimum DaIign
for Mr"",anil;a1 EJcmeots
Adllqulltc &.
oplinpMIl dcIip. JohnIoa'. mcmod of Optimum design. Simple problCllll in ~
dcIign. Iikc
axially loaded member. Shaft subjected to toJIional & bending momenta and other mririne
clmJc;olB. 0pIimun1 4;Bi@llwith probkmll on optimum dc>dBU fOr nonnaI " JWbmdant specific"""
for' simple c1l1111en!1
like altiaDy Ioadcrd bar, limply supp:nhld beam with pobd load &: with WI.,
-..t!oB1on .,... ~
Unit ill: PRODUCfD11SIGN:~
to
produa
design,
A 1iJnon'. model
,
,lin.
IIQ:cnatbCO"'idcrdicm
dcilign, cbiga fur Miffuc;al and rigidity, De8ign for prodIlctiaD ( metal pIJh: ).
~ign, F..conomic factnn influencing delrign.
in praduc;t
()ptimiNtion
Unit IV: SYSTEM APPROACH:.
ill
' lin.
Systems ••••••oeth 10 dclign Mathematical modc~'. Lumped t)"teD\ Dynanlic • opeII
.Jislribukd I yatcm llIll1 luwpOO aytIkan - mudcUing
the IDUl:II:ll,Fhsticitica, Inertias. DarIIpiPg
aad Friction, MathtlnWical modl:l for .Iw<:k lIfIIiyajs, Cl,M syIteIIIB, Value ~
~
to
Wiigll probkms.
' .
*'
_iabta&D
UnitY: CAM
3,4,5, c.arn, 4,S.6 emI, dilplac"""""
velocity,
alleel"' ••••", cam, Fm'CelI on cam, Mathematical
",ndcl with cluricity, jump ~
cam _ pnum,
acccICIlI!im,
: 20
m-b
,lin.
jerk, eyclnPW cam. ••
1'lIPlp
af1Jlc:
po1ydync cam.
TERMWORK:
The: ten:n wotk shaD conai8t of :
A) ONE dciaignprojccI bIIod on the abcIvc.yllabla
IIizc ~
_ one
invoMns
the delian pn:ricct oontiotina: of two impclrial
aPCIJlbly drawing with a part tid and avcnIl dim_ana
md the oth.a
aMcl inwlViDg dnwiDgll of the indivil1ual CXliDJlOOClHSJW:nufachlrina 1o~B,
~
:finiab
Iymboll and geometric tolcrancce lIhould be apceificd 110 lIS 1<1make it a W<Jl1dDgdrawing. A delip
n:pol1 gI.vin&all Dec"nary 4>:taI1Bof ca1<JulatiOl'ltlor Ibo.; lk:1ign or ~
n.. •••,!wnot,..l
it>
~ ••••••••••
b- t>1~_
aol1 ~ly
llbOUld
B)F1VE
detign auipmorUl
of' piubllllQbMedon
lhe topes of lbc.yllabul
0Ul(J1"~.1caft
three Iha1l be IOtved wi1h. the help of Ito Computer. (U$e oIvislllll C++ )
No wmpuIa' '-cd _an it 10be.ked ira1hcIory~.
Nolc : 0rll1 will be baed.m
the:pI'CIK.:l:i1.d tmn work.. ~"Illed
in ~
Conn of cc:rtifieoJjour:IJ.il1.
REFERENCE BOOKS:
I.
MccbInicll EngiaceJMig dcIign hy J.E. Shigley, 2nd Ed., MoGraw Hill
~.
2.
Mcd"nicll dcftga.wyl~ by M.F. Spotla. PrmIico Hall Publicaticn
DcIign Engint«iDg. Dillon. TIta MC'gnw Hilll.
4. Optimum cbign. RC. JohnIoo
5. ProdIIct'*ian & __
turing. Chitale '" Gnpta, Prattk:e HI1I.
3.
Machine De.
4; CAD - FlOjdak Haidcri, NIJ'Ili Prl<kaehan,Punc
Thooly of rnIChme • ilIltm, T. McGmv HiIh.
S. McclumicalVibraliln. V.P. Sin&1J, Dhimpal Raj &. DJ, P"- lid.
P.S.G. Drai8JllJata Hook.
6.
7.
REFRIGERATION"
AIR CONDmONlNG
(RE.MECR)
Eu_ution
!Il:.DIf (Pet" _II)
T ••••••
lICbcme
Ouralton ; :I hn.
Theory : 1911_rb
Lec:W... : .• lin.
PnetkIIt ; 1:•••••.
T"l'1lIWOrk:
Ond
1:~
lII.rb
; lS !DIrks
U'!'aT I :
9'lIn.
InIruducboIl , tIIandud rQIg of ,d, •••• atJng tnlchinc, coeffieicnt of pc:rfonunce of
1.1.
rc:fiigeritor and heat pump.
1.2
Ro:vcncd Camoc cycle &. ill IinutationI. ~cd
BOOIttrap R:fiiger:ltion cycle,
rdiipntion,
rcduc~
Bnyton ~Ic,
appIiI::ation.to ••. craft:
:anMmt air ooooliDg sywfcm, IegtG«Wve ..••it
q~~~
1.3
y
Vapour co'npiw.ion
rdi'igcntion
system
IIfUdy
01 Ihcoret:Ical and actual vapour OOIllJ1l_ion
cycle. uac of p4l. and T•• charts, c1I'cctof evaporator and
COIIdcnI(;r
pl'ClllllII'I;
and
ll:Ji1plntUn:
on the
perfOrmance of the iCtiiga lilian cycle, eftCcI 01""Ilb coohng .00 IUJlCI'healing.
wdghtage ; 20 maib
UNIT";
911ft.
2.1
Compound VllpOUI"
euwpn:llllion
COJIIPR8IOi"
mil
multi
~1On
HYI:Iill(ll
willi iIucr lOOOlin& 1Wh chamber, DIIl11i
tYBtc:mf;.
c.c;.de rdri ••.• tion ayalml, production of \by ie" louk Thomson coefficient, invenc CUi'YC,
liquitaetioo of air and gIlICL
2.3
DCIlipticm of rdJiammt, 5CIection of refi'ip:mt, dtcmical, pbyrical aDd themDdynami.c
tIlqlIin:mmn of l'I:fri8.:rauta, lubrium ill l'l;frigcra;Wg SYIWnJ,ICCOIIdaiy ~
2.2
azeolmpolI and ill _.
wcighlagl: : 20 marks
UNITm
9HnJ,
VapoW' abIortlIion rcfiiacratiOfl limplo .t modItied vapow- abIotptiOfl rcfrigcnlion
3.1
lyaicml, h1cctroiux rdliga-aror.
JA:alrablc propc:•.Ii<:ll of 1lO1vl:1l1,ablllllbc:nl & J'l:1ii&cImi ~umbinllIiOIlllt aqua ••• 1IOIIia
/£ Ii1hiumIImmidc ~frigenrion qralen1, IIIIC nf enthalpy concentrationcharts.
3.2
weiabtage : 20 markI
VNITIV:
4.1
.
9 lin.
InUoducIion 10 indll5lria1 lie. comfult iii,' conditloRing.
bunwI R<{Uirmlcnb of
comfort, effective IWltpOlanae & comfort charl.
4.2
P8ycbitR••wjc-
piopeitios of mom lIir, ~
"'-t '" J""O""S, ~
of IIir
..J
,
•
&lrcam, bypass factor, sensible iK:at fal:tor. ruomdP'lYchromctry.
S.2
Diilribution
of air through ductll systems and dc,'dgo of ductll.
Window &. central air conditiOflIi}'ltem,
5.3
year mund ail' conditioning.
nnct
snd chilled water
refriglotion sylltcm.
LIST OF PRACTICAL :.
Any oigbl ou1 uf IbI: CulIuwing an: Iu 00 perft.llJJlL'd wilh millimlDD tlmlc Irim.
I. Trial on VapourComprcssion Refiigcnstion systml.
2. Trial on ice pbtntlDomclltie rdiigcration-rstcm.
3. Study &. IIW on Vapow idmnbtiOll n:ftigcratioo. systcn.,
4. ~'tudy&. lrial on Window/ccmral air condi.Dcmcr.
S. Study of Comtruotion ofhcrmaticaUy scaled cornprt:'ll!Ofand actually viewing
m. cUI modcI. of the same.
6. EVl'ICUlllioll.and chargiri.g of refiigenrtion planl
7. Trial on vapow- COIllp«lmoo air WDditioning te8! rig.
S. Study of vmOUll types of air eoDditioning !YRtem & it. ~pecification
9. Study & r:ri.aJun cooliDg tuw=l.
10, Study af thc:nnoBtat lk. humidistat
11 Studyof ~ioo.
devices&: !I01cnoid
wfvc.
12. Study ofpn;llllun: culuulll relays and uilllqlaneltml.
RECOMMENDED BOOKS. :L C.P.Non. Refrigeration it Air oonditioning. Tita MrOnw Hill, New Delhi
2. Jordao &; PricllcJ:-1Wri gu.llion <.'it Air Condilioning ; Prentice Hal.llndia New UcJhi. 3.
Dl>mktmdwI'Ir &- Arora- Rmigm-.tion & Air Conditioning: DbanpN Rai &. Sma, New Delhi.
4. P,L. BalIanc:y- Reftigmltion
Note
& Air conditioning:
Khanna Publilhcnl, NewDdhi.
: Oml will tic: hllllcd on the pn:Acri00d tcTm-worl< pre!' "'lted
if!
me: form of
~lilicd
joUDlill.
(R& MECHANICAL)
PROJECT & FINAN( 'lAL MANAGI:MENT
Tnchhql: q-lteme (Per week)
EJaIIltnildon
Lectures : 4 lin.
PnK1Ir.1 : 2 hn.
Duntion : 3 hrs.
1beory: 100 m8lil5
Tl'rmwork: 2! m.rb
scheme
Qnl : 15 Daarka
lJNITl:
a) 1Jdroduction: Hasicconcept of proj«t managcrnent
SchMld;"& moniIori.ng. control benefits.
b)
Hll!lk ToolR and Teaebniquctl For Project Sehedulinf'::
1'1II'V.:s. linl: iIIld bidilm.:.c.
Calmu1cr IIChedulc, HIT chaTt, Iifll CYC!Il,
weigtltase : 20 'IhaIb
UNlTJl:
NETWORK MODELS
9lin..
: Introduction to PERT &:. CPM, Fundamental concept &, Mlwotk
rQlJd.:1s .nd COIl8b'lJo;liODof Diw'lWOtkdiagrlllllJ.
PERl activity, time C41bD.1C8, critical palla and
pl'Qject time: dlu-ation, l'robability &:. completing the proj ••ct 01\ or befonl Ip«:ifi~ lime; fiolIt of an
actil-ity. Optimillllion of projCl<t Wm; & <:ml in l'EleT m;twork, Updating a projoot, Rcaourcc
aUocation It load &mOO1hing.
weigb1aF : 20
DWb
"'
UNIT
m:
• fin.
FINANCIAL MANAGEMENT:
.) 1HE FIRM II ENVIRONMENT.
envirtlnment , Incidence of Tantion,
Form 4: bIIIinc. 0WQllJZhip,EeononUc a: RccuJatory
'PcmIonm:l a: c.orporate Tau.OOn. T,u l'tannin& tII'I\II'CeSnf
finlDcw infomution, Corporlte Plannina & financial infomllllion, Makct forces and Pricing
dee'~ion!l.
b)
CAPITAI. STRUCTURE
AND DIVIDEl.V
POUCIES. Theory of
capital
Itructtn,p~
!lie capital ItnICtll['l, DividendpoI~ &. m.re, Vam.uoo, IndoItriaIIKDeu &.
Rd1abilitatiou,
Pri wliutiOil. &. Public mtt:rp:rille ••
wciahtqc : 20 mriJ
UNIT IV:
TOOLS OF fINANClAL ANALYSIS - .FlInd fiow aWyais • ~
, lIn.
&. __
lIhoet and profiI & kI•• lIbItmlODb, me II eIL_,t of C<IlIh8owI, Rownuo com,
BI\;.u:-QW]1
~tio
ana1yJii, AM1yaJII of llpCIIIl1l8
&. flnaDciaI I~
at' ftIndI. balMQC
PmfillI 1dMi0Mhip,
k:II18
1I:l.1D
" IIbon
tam COIt-outpuI reladondtip.TeebniqueI of"finmeial-tysk
wciahtasc : 20 marks
UNlT V FlN."oNC1AL PLANNlNG.I: D'l.lDGI:11l'lG ;Finlncw forccuting, ForcCUling ICCImiquot, criteria
9 lIn.
for mVCibileut dllcitions, Capill' dpling.
C..apib.1rela;OIIing. Sourooo of ralAing capital, J>mccldtft fur Nesntiatinn wdh Financiali ••••tutinn for
ruing filed and workina capitl1. ~t
of wolkiDg capita!. InIcmal flO''''';na , HalllllCCs
capital 1IIructIR, T>ivioJcndpolicy cOllf m capital, Pmbl"",. nf m..ncial pi_in!
lit- budfletinl! in
ubUe IClCIOIumlel1aking.
TERM WORK :Minimum eiaftt lJlIligJlllllllll ou lhe aOOvc
topic., ,a;h iIS~
!Ilu4i~ or problems of die reMtcd Iopic.
lIhould haVll IOlIK
ORAL ,
0rJI will be bMod 011tho pracribed tenn toXll'k. I'mJeJJted in !he Conn of certified j<mmal.
lUOCOMMKNDlV
BOOKS.:
l. t'1naJci.1 ManageJ.lOl.l- M.Y.KhmI & ".K. Jain. 1.M.1I., New Uelhi.
2. Opc:ntioo R.ca:=h. JIira, Oupta, S.Chand Publicatior,.
3. 0pcnIiuIl RQCINJ. S.D.5hama Md8nWh R.1IrJlnMh Co.,Mccwl
4. F_ial MaMg~t.1. M Pandey
5. F.-uIimlmIU ufFirun;iiLI Mmitg<llflcmlPIa_
Chimdn, T.M.IL, New Dalhi.
6. ~t
ol'Sy*m - Dr. A.K.CbitIlc, KMhyap Publidling Houle, Index.
7. Quantity TedntiqueI in Mat. - ND. Vowa, T.MIL, N.:wDcIhL
~
7
SEMINAR
(B.E. MECH IPROD. f Al1TO.)
•
TeachilllJl Scbedule
Pradicals
Sl~
J!:umloation
Oral
: 2 brs/\\wk
indivi~y
Schedule:
: 50 I\Iarlis
will inUC:P:lllillll11y
81udya lupi~ i1S8ignod LOihImi ilIlti ~ubmilll report and
delhtt a sOOrt IK'IIllf\l\I'lIec.tutt
on that lopic.
SWIM
mould bI:: ba..ll:u on Ikl:p !>Iudy of an)' lopic fclal<><llu incclIanic;ollpnxluctiuni
automotive engineering.
e.g. ;_
a)
Advanced Manufacturing Prol:esscs.
b) Latest matcrials and their manufacturing Jl1opeliliCli.
c) Socio-=:momic ~ct
of manufal:olring itCfivi1lC8.
d) Environmental problems involved in manufacturing.
TERM- WORK:_
Two copit:a of bollrnl n:port sllouIiJ be submitlCd to Ihe Im;tituteIDt:partment
one for college) and one dlould remain wilh every.rudcnt
,••••.•...
11K: report
.~
willlaJDLilrn /he summary
(One for universily and
in a group.
.
of infomUIIWn wlloc:o.:tc:d by lht: slwlc:nl>l. J"h\, n:porbi will be of
refmttlctll, ete_
A-4 size, bound and should oontam all tI\(' neccssalJ charts, drawinp.
ORAL:
The preacntatlon should be around 10-15 minutes, Ii ,llowed by 10 minutes quc:monlanswcr seasion in
tlK: presence
"I' exlemal
examiner,
fellow studen18 and guide and teachcnl in the dcp.a:rtment.
CAD/CAM
(RoE. MECHANICAL
I PRODUCTION)
TeadllQ8~heduk! :
i.edQres
: • hnIWl!O'k
Ptacth;aIs
: ••tlnIwftok
{2 mu++
2 "" idea.',an __,Y'I, dc.)
-,
EumhnlUon Schedule:
nwory Paper
: lOll Marks
Tum work
Orad
: 2.5Mitrb
; 15Marb
Paper Darllttnn
;.
HI'!I.
UNIT• I : Buies ofCAD/CAM:
9 lIn.
Ddinitioo, Concept, product life cycle and CAD/CAM R.eaeon, for implcmcm:ing CAD .,.tcnu.
Cornputc:rAided Design PIIJCeU and V.mOIlS step' in it Application of CAD fuJ dcmgn~ss,
Benefits of CAD,
Itdcgratioo of CADJCAM, Neccuity,
Au1omalion, Type, of automation,
Application of CAD.ICA.\t, CAD modcling Surface mod~ling. WirefrarrK: modeling, Solid modeling.
Introduction to upid prototyping or Jayend II1IlIIlUlICwrint teclmoklaY. Con..'11n'Cnt EnaineeriDa-
~ghtllge : 2(lmwU
L1'I'IT_ll: Iolerlldiw Computer Gntphio;s:
10 lin,
Dcfin.atirm, ('..lmCCpt, Two dimen"iOlm! tnn"fbrmatil7ll~, Rcalin& tr.!nRlation, rotation, Ma1rix
Il:pmIcnlillMt
iIIKI humugtn<lOUll
<;<J()fJinaIc., 11IR'C' ~
gwmelril;
lr.mlIfonmtiooa,
TnntI'lation,
Rntalion, ~caling,
CIlrnp<Jfrite tnm~fmmation..
CurvelI and lIUIf_~,
Parametric
and Nonparameuic Rpl'Csentation of CIBVClIand surfo1celil. Analytic and $ynlhetic
CUJVelIand 8lU'bCelI. Hennife Cllbic ",liM curve, Bezier curve, B-.pline curve, Bicubic maUccl
su.;h iIll Hcnnitl: sudac.e Bezie! &uITace, B.sp1iIK suITa"e. (~n.:t'lltiou of aU abovl: cwves and SlIIfu,;cs
using C H progt'ammclI) (Programming is rcIIlrictcd for priWlical cllllll only).
wciglrtagc : 20 marb
UNlT-m: FEM Anat)'lllli .nd Its IpI'UUUOO.
9 Hn.
Introduction: PmGcas of Finite Elcmena Anai)'SU, 11Jyskal problelU'l, Mathcmirtical models
and Ihe finite clement aolulitm. Finite clement mliytiB a.; an. intcgrat P'rt of computer aided dicaign.
Heat Tr:mRfer Analyti. Cnl\'Cmtng heat trnlll:frr ~fum. Tnc,ClllClltal cqu:;tion~
FEM anaIyBis of roltin8 and
exttu8ion procc88CS 1-1) ma!ybis.
wftehtaga : 20 ••••rb
-----
UNIT-IV: FMS, GT(CAM)
8Hrs.
CUfUPOhCillllof CUfi\IIIlCIimcgtated m~
.,,""'"".
Buillfing billeD of
tJcxible:
manu:t';K;turin&systemI. FMS in job, blddl and mproIllktion. Mnbjning sydcml d FMS.
Tool mIlUIae:mmt ~te:mI. Woltpicce hIndli.na.,..mns.
tI> achWsYo,VIrinwI type:lI of flftibilitieft _h IllI ....mine.,
Fkxiblo M"'"fW::twins Ce:ILM-.
pmc-.
fNdorial handline. pmdud:,
produc:tio!1 &ribility.
('rmup Technnlogy :
Model. mtl algolithmJ, '\Ii1UJi mclhods, coding method. c1;.llltcranaIy.b
lllllbenu6ali
mctbod, matrix fonnulation,
programming formulltlon, graph fornml.tillJ.. Cu'Icopl: of cellu'-
manufactwios,
~
of ,dl man ••••.•andlubulW::d, method uI .;dlfl.alllaUon, adWnl&gCB of cc11ulal' mmufa;~
M:i&htagcl : 20 mzrks
lJl'I,'IT _ V :
ROBOTS:
C•• "poJ_"
8 lIB.
eclectiOll, ICIlSOr tcclmolo8), Robot ann tIl!iectioD, ann dyn:Imicl,
~
plamina. robot grippcn.ROOot JGnematic;1ob~
location, D'IIlIionnationa(2d.l; 3d),
direct "iIM:nc
kinernali«, UIllllipuldor lftOtion, Mdlcmatiul model of SerYOsystem.
claulfication,
REVJ!.M.St. ENUO.:
BlQclItcpI in~
cng., such. DabC~
CAD modlll creation. Appl.i\llliion of~cnc
~-mg,
Sogmcntarion
Sulfacc
filtiD& 3D
EDg.
TERM WORK ; l ANY FIVE)
l. DeIrijn of' any ot'tbe ~
of' WUljBeltOf" , eondemor or evaporator.
2. DcIiga of lIllYof Ibc fu1lowing : Pilton Cylinder, (OflllllCbng Rod,
Cm1bhatt,
Vl1vcsctc wilhtbcbelp of.C.I~.
3, DrlIfting oflQl)'oncoftlwfoDowiua~omponMt$RotoI,;&. Stator blades,
CMina lxarinl , Cll:.
4. Ux of getlCl.uYl,': mzrndiIc1Uring processes for npid protolyping W1ing 1dcalPro-fJ etc.
~. liM of Mtftw.eI*UpI like l-dcl'll!Pro-FJcati
••~(;lI,mrl'cam,mast«
etc. foc Iolid mocIcllng of any
t.JlIIl; Cunpoamt.
6. ~
cam.
Enig. of any Bimplc 8l:01l1c1Ji~JIlOIkL
7. l'i1:Jblal. of l;I}<M(Ucm)
by IlAing l-dca&lAnsyllctc.
8. Probkml for trmd'onnI.tions. Translltion,roution, IIC!~
9. ~
un Rubut Progr.aming ( Compubory, PD<.ltcal JlIlIlll* unly)
1(\, Anipmcnt on PMS group tee:Imo1ogy (CompIll8ory).
ORAL:
oral will be baIod on aboVe te:JiDWOlk ooJy. Srope of p1'lJ8Rlnming
reslricted to pnctiCaJl only.
NOIl.1; VII; of .Ill)' IUitabIc &CIftw~ package can b.: dl:Jp;;
RF.Ftr.RFNCE BOOKS.~
I CAn 'CAM
Z. CAD : CAM
3. CAD' CAM
I'Iylbrabinl7.eid
by R.mwnurti
by (JJQ(M::l', Zilm1er
4. Introduction to FF..M b)' N. 3, OIIol;OIL
fit"
-
•
M1ftwarc.
llhoUld be
pcJfonniIJg above uid u:amwotk.
j
.,
•
11UBOLOGY
(REo MEClJ.& PROD.)
'TeachIngKIte_ (Per.-k)
I_tures : • hI'S.
Prac:dctl : 1:bn.
EDmlnllUonllCbeme
Tbmry: 100 marb
TeI'rmrol1l.:15 marks
0nI :2~••••
rb
Duration:
3 hI'lI.
UNIT I :-
9.Hlll.
1. Tribology: In~
2.
Tribologyin dc5ign, Tribolngy in induslry,Eoonomi~eonsedamtimls.
Mecbanics of Rolling motion: J.uttoow:tion, liroc: rolling,
MicrosJip in rolling, ty:re Road
contacl3.
3.
Friction: In1roduction,l..aw!Iof Friction, Kindll of liicoan, eauat ot" 1mtion, tiictioD
ntea.IIUftml,:nt, IbtUl)' of friction,
mclion
wriatiollll,
analyllis
••.aaUblc, in friction, liiGtion in Stability. ChaRcI~
of
01' stlek-"Iip OIIciIlatiOflll and ill elimination.
WOM: Types ofwe ••., Various fac:1on affOctiog
.\.:~tn4. metsl
and metal to flawing liquid. .
wear, n CllWeJlICDtof wear. wear bc1Wllm mota!
-
,
wcightlgc : 20 marb
UI\TI II ;-
9 lin.
I.
Hydro.W!c
bearingll : Batie oon<:cptlI, apcutiona, adwntagcll • 1imitati0Dl. Hydroltatie tIep
bearing, conical & sphcri~ bcariJqpl, Iwd ClIJI)'in¥ clII*ily &. flow oIlubrio.:an18, COIlImIliDsuf1low
tbmugh rcstrictcn. Influence of rcsticlolll on
WCligiltagc: 20 nwb
UNIT m :-
, lin.
1. Hydrostatic bearings.: BaaJc coaccpu, opaariuua,
mp bearing, ooaical. &: spherical bearing" load ~
ofOow tbrough fCBtricters. InfJueDcc ofrestricloo
~g
advantages <I:limillltions. ~
capacity &. flow oflubricants, oon1ro~
OD peJfO:lmancc, BcariDg power &. film Ih)clmelll,
te:mpcmrture <.\ power. ydrosbtic lifts. L-UhkirlSolution.
2. Hydrodynamic bearings : "lbcoly of Hydrodynamic luhricllions, meehanilm ofprwaure
I1evelopnll:llt ill 00. fihn. Infinite tllpen:d IIhoe IIlidc:r ~
Snmmt:rficld &. Boyd lIlJ1ulionCor
an infinite journal bearings. Short bearing lheory applied Ir, ,ioumal bearing. l'IxtiCliI design
COMidcratiaIlll.
wciKb.
: 20 IIlllfU
UNIT IV:, firs.
1. Friction & poWa" Ios!Ica in JoumaI. Bearing : Evalwition of friction lots in COJIl:enuic.&: a:ccnJric
jounw. bearing & quantity of oil flow with circumferential grooVI:: & hole, lIOUl'CC for had
""""'.
2.
Hydrodynamic
lJtrmt bearing : hatrodllCtion, flat plate, 1bnIIlt beaming, IJtcp 1bnIIlt ~
tapered land thrnal bearing, lilting pad thrulil bearing. spring IllOWlted thrust hcMing, hydrodynamh:,
pocket thrust bearing.
wagb.
:20mar"
UNIT V :_
1. Ilydroltltic aquceze filin, circuJM and ~
lubricated 'JOlid8, appliCllliona 10 joumaJ bearing.
2.
9 Hrw.
plates, impact eondwQfIS between
Air lubricated beill.1ngs : Ttltin&))lId bearings, MagnetlC R'COfding di5b with flying head
hydrostatic. hydrodynantic IhnlIt bearing with ••. lubricatirma.
3.
Lubrication JI!lIdiee, Quality coo.trol &. Managcmcot : Clulractcristil:S of Lubrioati;ng medlod,
lubricating doviCtl9 'ana syJtema, organising. &. plant lubrication propruuc.
'I)pil:al1uduslrial
systcJm. Service application chart.
wdghtage : 20 marts
- '8
TERM WORK: (Alslpemats
baHd US!) :
1. Dclignofbylkollatie aDd hydrodyn.amic
2. Sq ;z fib 1ubrk:Itim of piIIODpin.
3. HMl bIiIInccin t-rinv.
4. Rqroaokll oql ••tioh.
bcariJla.
PRACTICAL ON (My Foor):
1. JournIIIbcaina 1ppIltuIl.
2. Tilling pId IIwUflbcntg ~.
3. Frietion •• jcunlal bent&.
4. Pour bID.tmer.
S. Codticimd of tncmn utina pin on ditk type tric:tion monitor .
6. Br.lkc:line friction tost Ii&NOTE : 0I'Il will be Insod on t1v:~hcd
temlworkpre~
in the furm of
CCI1ified jom'ual.
RECOMMENDED
BOOKs' :
1. B_e lubrication 1beory - A Camt:tu••.
1 1hDur}A PrIl;Ii~ ufluiJril;aliunofEIJP-
• D.D. Fulkr, JohnWdcyA SmlI9S4.
3. FundarncrntIII ol"tiiction It wear ofmaterim.
American Society ofMtltUl.
4. The r>amsn of AeroI!allc Dearinga. J. W. Powell
S. G.~
_1irJMam&PoweJ.
6. Principles ofTribology - EditW by I. Halling.
7. Fric;tioII, WCllf. I...ubJbtion-Tribology HmdooIt.Edilcd by Prof.LV. KrIF~.
S. Friction &: we. : PUGH B.
9. TribokliD' H.ldbook : Neal M J. HUlIetWOrtb.
10 1riboI0I)' &. bemz.p - Mujmoo.,A H. Whoo_&
10. ~
Co.PYt.Ltd.
MEC,HANlt.:AL VlBNAUON
(lH. MECIt)
T..dilnB ••••••
Ledur~ : ••bn.
PndInl : 2 h•.••
<p-r _Il)
EPJIIlntIoIIlChelM
'""""'1; 100marb
DIIrMlon; 3 hn.
Tu_rk:
15mllJ'b
Oral
UNIT I :_
n.mped md lJndarntled Vibration :.
Jntmdu~
: l! IbUillI
Y!in.
DcfJDiljons, Vector mCIlhodof rcpresClllling Jwmonic motion, DdditionllflWOS.HM
ofthc ami: frequency, t-t. phrnolnonon, Complex llWllbodof I'efRlkIlItina Jwmonjc vibntion,work
done 11)'Ii harmonh; fon:l;1 au I hmnuni.c,
Fomia: aerica4 hannonic BWyIY.
Undamped free vibnti.m of aiDgk: lk;rce of fiecdoul syllmn: ckl'ntion & IIOIutionm ••••
ft_~._"ti.lt
cczu*joo 1otlIioIW vibntioo. aPv*Ilt
Iltiifi;cu ah IJlrina «JI!lbinltion, ipriDaI in lCriot &. pIl'iIllel,
....,..••.•.
lJNITIT:.
Damped frK vibration of .maIe degree of fi'eedom lI)'llcm
I'lifft,rent 'YJ- m~!o
free VllH.klll willi
villCllII~
'''''':
dlH''l.i ••g klglrilhm dec.UI •••1II,vi!IClJUA
dampen, dry fiiction or coulomb d.unpina, Solid or JIIIwtural damping. Nip IX"interfacial damping.
F~
Vibnlliol1
(Irs.
tkgrcc offioedtmsyMemll
:.
>lUi.1ll1aDl lwumonic =ir.tioP
& wilh relating & reciprol:lltingIdmance ,
foo:od vibntiDn due to cltCilatiorl of che IUIJPOrl,crJCIRVdisripated by damping, farced vilnlion wiIb.
c.(lIJiomb dampin& ~ wilh muctunll dampin& clcniliillition of equivalent ...e00Ul ~
fium
Fon:.ed WJrlllion wilh
~
I'CIpCIJlICC\IfVW, vibration mcuurina
ulJumcnll.
~•..••
------------" ~,,-~~-~~-------"-"-------\I
UNITI1l:_
. Two degreeB of fi'ecdom sy8lems: - Principle: mode. of \-ibJation, ~
angul- modes, tyItCm wilh dImpins. undImpod mod ~bration
wilh 1Iannortic excitation, vibration ablil'll'bml.
9H ••.
m:tillncar
aDd
Critical ~cd of ~haft ;. of Ii light IIInd'lhllYing Ii !ringle ditIC without damping &; with darnJring, em;cal
'P"4 of 8baft having muJdple WlIC,accondary crilka1 speed of Ii light eantilcvcr shaft wilh loU'gCI
heavy dillC at itII end.
weigbtage : 20 marb
UNIT- IV
9 lin.
Multiple dew- of fuxdotn ')'8lem&:J:JW WJcraUoll equ.tioo of motion&,in1lllem:eoodIicimts,
gen~
eo-ordinat~ lk co-ordinatod ooupting, natural trequmcie8c and mode Blmpcs.rthogonal
Jl1"OJlCIlicsof DOOlllIi nlOdes,
.".tan
matrix
ulvl:l."5iOWl, tonioul
vibl"ation of muhi rolOl" fl)'IItans, gear
continuolJl syateml, Rayleigh Itlclho<l lJtJnUrky method, Stodola mctbod, Rayleigh-Ritz
trn:;1hod, HOtz..T IlK:lbod, m<;:Lri~ ;ll:ra1ion.
weigbtage : 20 marb
UNIT-V
l'ramient
.
&: Non tine#
9Hn.
Vibration.
Lapboc: In1nIfonnatioM, I("potl": to Ii impuUIive input to Ii
Btcpinput & 10 Ii pube inpul, pll/l8C;pblll: mcl1Ml.. shuclt ~pr:c1JUm,eumpll:lj uI Ii nllnlinc.- 8)Iring
fOJ'Cellperturlmion method, fon::ed vibration with noll line:rr 1Ipring. Self excikd vibration.
weigbtage : 20 marb
TERMWORK:
Term work Mall. conlltm of any BVE
I}
foUowing experiments.
And '{brei: amglUllCD1ll
To Determine the natural frcqucncy of damped vibration of mate:
dtgrcc
tnJcdoIn 8}'IltoIn &: to
find iu danlping coc:mciml.
2) Towrifynatura1&c:
-
~OH.AL;
~
Oraillball be baed 1mplCllCriblldT l:IDl•.••••
orl calilied in Ibt: bm ufjounud.
RECOMMENDED BOOKs';I. Mellitankal. Vibrldiom : Qrm.'l:!"
2. MccJwUcal VibrltionB : Omn;b A. H.
3. Meclutnical Vibrlliom : T8C Moone lk Hinkle.
4. Mc.:lwdcal Vn.:.uiom;
; V.P. Singb, Dhanpa1 R.ai & Cu. P\II. Ltd. .
,"
\'.1-
NON CONVENTTONAL ENERGY SOURCES
(B,E. MECHANICAL)
- 4020048: ELECTIVE-I
Tadlln! Sc:bedllk
Lettu"~
Pnctle.1II
EumlnltioB
:
SdIeddk:
TIHoryhper
: 4 hntweelr.
: 11n1week
: lOOMarb
Term work
: 15 MIIrb
Paper Donlin
: 3 hI'S
UNIT.I:
l.
8Hn.
Solar F.n«gy: ..••.
va;IUility, HmiUltionA, energy by efficiency by 1111.&2nd law of
tbmnodYiWJUei.
UIC of
.ow energy.
2. SofaT Radiation: PhyJric~ nf the RWI. F.nergy ram.!cd by the lIUII. Oenmetry of
MClllIUlCnlcnl of solar radiAlioo, Computalioo. of .olar odiation
OIl ~lined
awt:..e.
llII!.-
r8Cfiatioo.
weigh••• : 20 mub
UNIT- n :
IIIUn.
3. f1aI plaJc oollacUn : Energy ba1an<;e lOr a flat plate ooDcctor. Simple cqaaticm and pcrtOmlmec
.;urvea. Selection of £I;u plale oo&<;wr, CoUCC1ol.' c1Ii"icDcy factor, CODcc1ol: beat I'CmCJViII fa,;tol',
"'*rial
till' cnUDCton.
4-. SoIou' conconlrator : Limitations of flat plate collectors. VlIrious l:Ott~OIl
tileii' advantagc. limplc tbcnnaI. energy balance l:quatlO!lJ. Parabolic, parabolic daqb, belionau.
Selection of various ~b
for con«mtration
' ,/
weiah1.lg«: : 20 llIlIl"b
UNIT-m:
~.
6.
, Hn.
SoIa£ heating tyIItemt.: Solar water and heating svmma. Typa oholal'
~,Pwdw
auw hcaq ~YBIClllll.
Sohr hcali.JJ¥cwoomil:Cll.
""mr
Ue~igJl
and aelec:rion.
Solar pho!m'ollllllk system. Mamials
Solar dilltiIlation ~CIhI.: VarioUll.oI.lItIl1L
7.
'-t :
Solar electric power and procCiIlI
-:lind lhd£ pmmnm..c.
SclIIr 1hemW power pbnt: fluid neod, kitllp«.ol~ roqllirod, varioua tyIItCmS used 1ft<!1hcir
pl;lI'f~c.
weigh_
: 20 marb
UNIT _ tv:
• Hn.
•
S. W"lDdCRCfUY.:
AvWability'Ofwind:ViUioustypca of winds &. their
pcformill'lco.
9. GooIbmnaI Energy: Various IypQlIof g001hcrma1 power plan".
10. Ocean 1bcrmalen«(O'.: Comparison ofvarious rim'!. Principle working ofotte
weightagc
: 20
nwU
, Un.
11. Ttdal, -sY : TIda.J._ergy available in India. Suitable locations. Srody of varions tidal
--sY
puwcrpimll.
L'1Jarlll;lcrilILR;. of Lulbincs
12. Bio gas: Chemistry of biogu generation wriablet allCeting IIimpkl go planta. 1JIc of' bio-pt
for dickl engine.
n:ljwoo.
BOOKS:
t. Krictll and KriodCf : Principles of Solar Engineering. McGraw urn Book Co.
2 S. P. SukIwmo : Solar Energy
\.
o. n. Rai : fW. T1lerm1.1 Engineering
-t. Watil: l'owe:r P.llnl euWnc«ing.
~. HoP. Chr! and.1 PrabdI : Sof. C'ftet'gy, Tata McC'Il".:awHin Rook. 01.
-'
MECHANICAL
F.STlMATINGANDCOSTING
(RE. MECH ) ELECTIVE - I
Elamlnatioa
Teacbllll! Sc:ht'dllie
ledu","
:
: • hnlwel!k
Prlldi(:al~
: 1 hn/Wl.'ek
[)no",,,,,
Schedule:
Theory Paper
Term work
Pllper Duntlon
: 100 Mub
: 15 Marb
: 3 HrL
9 un.
lINlT.l:
ProcelI8 ""limUUJl
: hlllw,,~tiOll,
ImVOl'lllnl;e & llbjl:(:liVCli of IllIljma1i"ll, conlItituentll
of I:atbnate
f_.
WlJUng : DiJI=cc ~lw\:I:II e!llimilting ilIlti CUIlling. Advantagllll ofo;wUng, ck:mCroa of
to&ring, mc1hods of ccsting, melhods of calculiltin8 depreciation. Grouping of oosf olommts. Numerical
on abuVi:' tupi~.
ProI:clsll uf
weightage : 20 marb
UNIT -ll :
9 Mrs.
Menurati<m in ct:timating : C'l\lcuhrtion~ of the vohlmc ~ weight of the macltine jlm1Ball per fini8bod
diln,.;mioll.. E/ltimatiOll of laugh caning, eah:u1adons vf w".iglit of casting, caku1ation~ of eostUl&
(material labour, ma<;bining COlI1etc.) considering aU type' of I.Uowaneell. All Iyp:I of numerical fOr
-.a1culating cosluffmishcd cast iron paIlS &. calculadon l,rucWurcs.
weigh.
: 2Unlllrb
UNIT _ ill :
' Hn.
r.stintatWlI of furged pam; : Introduction, IO!lSe!l ill Cuginlloio:lIg1l1of 5lroM. daculatiol1s of illOtual
vol\ml(: of forzed product Calculllfions for kngth of strI,ke requirtld for finisbcd forged producl Such
as bohll, revctll elc. eon.~idcring aU In,sc!!.
E6tirnatiun at wekkd job:
FebricatiOlts. _kl.ing
PlOc"dw'eS. welding costs. }'owcrwnll1llJlpUO:ll and
Welding rnte8. ('-llk:uiaTionproceduR and numerical on ,06t estimation ofMlldingjobtl.
W.:igllUlgC; 20 marks
UNIT_ IV:
Mechanical timc calcu14tions : Introduction, lICI-uptime, operation. ~
allowance,
(ati~
allowance.
10'An.
teM down time, pcrJOIla.I
travel oftoolR, (eod, dqJIh o( cut, !pOl, cutting lIpeed. ('-ak;ulatinn~ (or
machining time for 1UITling,boring, chamfering, drilling, reallling, lhreading, tapping, grinding of
.•.. finilhed produel.
;: Estimalioo uI wood wOIk : Fumitw'c & PatieInB, patl.:ms materi.al. pattenl alloWIUM:' estimation of
wood for pattern & fumiIurc. Estimation of cost of patkm &: furniture. NumcricalJ an: included.
wcightagc : 20 marb
UNIT __V ;
9 Hrs.
ElItiDlation of !heel material worb : Opcrarions in sheel metal wockB, cakulalion of blank size, blank
laymIt,ahellt
metal joint, typea Df pre!llI"a cll:JWlity Df a pr-e'!IlI,emmation of time Nummcal.
Mctbods of wa~
payments: Time or day rille method, wlit or piect: rate method, combination method,
incentive wage lI)Illtem,premium bonus plana_
wcightage : 20 marta
TERM WORK:
MiI:"ium "ighl ••••••
ignmenls
on the above top;""'_ E~.h iIll~ignmc:nt should have problem~ uflbe
tortes.
Rroommended
,
z.
3.
4.
Dook!l:
Mechanical Cfitimaticm & cmltinS - R P Sin~a
Eslimating & CQlIling Jor nx:cilhallical 8ludt illS - Mu1dlerjee
Mechanical FAltunating & Costing - Banga 1~llllJllla
F,slimaling and.:mUng - B)' D. l\lMukllillj.~-.:.
•
rebled
AUI'O MOBILE ENGINEUING • Iii: ELECTIVE.II
(B.L PROD. f MECH. )
,
f.{
I".h!attow, Scbedtde:
T~
Sdlfdule
:
J,Adu....
: 4 llInIwee.
Pnc:tk*
)
.Deory PIIper
T_ -'
: 2 ~k
Paper Duration
; 100 Mark!!
: 25MIIrb
: J hn
UNIT-I:
'Hn.
Ui'dIKtion :
a-me.tion
!If ••••••ldJilea, layout !If au!lIl,lObilc whic1c.. o..rill alId ftarnc, IIJIbRI"'''' humbcn,
door&, Irtierd'" vctUeJc mil tmlm. Working ~clc of pa:kll dacl a: dlle.I cycle, QOQIPIriIioD
hotwecn them. Tgnmnn II)'lIlcm- llildk. Yil3',itiatlllYf*m, mapclic ignition lI)'lItem.
wdahtaao ; 20 tDIl'b
UNIT
-n:
Citbwation
& fuel IUPIl!Y Iyalcm
- Air fuel mixture ~
opc::amua «JIIIditiolla, varioUlI1)'pes of I ~
iq)ccton, ~
IDd Iimq
of SI
«,,'
9 lIn.
CI 1IDdca'1oWioltI
;JUd in aulomobilel. 1)'pcI of fUcJ pump and
dnicC& dcnti:llg ofmcl JlW11).
weiah_ : 20mIIb
UNIT _ OJ :
9 lin..
&;inc cooliDt and 1abrio*i0Cl -"--"-~iD-.Temp, wridiOIl in CI oagtnos, •••
I')' of oooJil>G, ~
of euOOn&.«-1plD"""1 of eooIina JYlIICm, dfcct of thcImoIta, 1loUb1cJbou&iD& of cooIina 1IYJtcm. './
DlffaClII t1JlII
of Il'IliriC8ll~ ptupctltiol of Iubriclm18, ~
IJMd 0Cl .doiAObilol, ~
IbOOting of IDIIrkaDdon.
UNIT-IV:
9Bn.
Tla-.iOll
~
" CJ\Itehoa-rcquircmmtll of ~
dn&Ic ptarc, 1DIl1tIp1Irc. ad,
CCII'ItIifilga) ~
ftuid oonpIing, Tmul*:lhootingot'chlltdu:.
(br box • COIlIlnJQtion, alidill& mesh, cunstIIlt lDC!Jb, I)nlObromcsh,. cpieyclie iUid 1J'DqUC t'.OIMlltOr,
Trouble Ihoocina of ••
wur _V
box, propc:llw lIbaft, diffcmnial We.
:
9
HrL
Swpcmion & dCclIinBsydcm .••.
Spriq: • Tnuf Ip:ing ,wi! &: bc:lilal, leaf, Irilmt~ IW" BJll'in¥.In&kpmdanllllllp"l"'illll,
rubhe.-, MIIIpCllllinn,.elf levclling ~dDn,
pneumatic !IUlIIlCnllil
•••, Tmuhlellhonting !If ~lIpllllllicwi --'
1)1lmn. SIc«iDg syaLcm• Funclim &. gIlCIIDCb)', lOUlur &. 1OaIlb«, ~I,
slclcring linbF &:
gc.- , ciffcrcntial tllr:ering .yJItem, Jlll'¥el' l!tCCring.
TERM-WORK:
I. Uiffcrcnt lypcI of cluIcbcs a: IIscmbty a. dilImcnlahng of two a. four wbcclen
cluichllll.
2 Cba.mcation of goarbm: a. aucmhly .It dilllTicntaling of "'_ box.
3. Assembly -': dilmcntalling ufpropc1l« Ihaft and dift'crcJltl.a1axle:.
4. AItlm1bly& dilRI:Iltal1ill¥UCslJlllCmliun
lyllmL
1. AvtornotiYc Mec,hmk.." Cwux Volllo
Vol 4.
2. Amomociw;
F~
"N•.••.
3. AuIornntMPong.. KriplIIdngti Vall a: Vnl2.
Ie;
,
MACIIINE TOOL m:SIGN
(B.E. MECR ) ELECTIVE _I
TellmlRK Sdtt:duw
Lec:tures
Practlc:aJs
;
IS-
EunJiQlllion
: 4 lmIwl'ek
; 1 hrsIweelo;
SdItldul,,=
Theory Paper
: 100 Marils
Term work
: 25 Marks
Paper Thlr.uon
9 an.
macltinc tools. Intt'oduCtion 1<Jo:stimlllion of forces fm:
lJI'oln - I :
Di1fa:eul considcmtion and trcnd!l in tbigning
tbign. ana.lYliI . for different ~
opcratiOll8 fiUCl, llII luming.
brolCbin& 8JuIping etc. and pl'I'WC!'required fur mac!lininB opcnrtjons.
Kinematic.
r~,
: ] Imi
dr.il.ling, milling, gr.ind.ing,
of machine tools : OeIign , principle. of different drilling systern. dele:l.uination of speed
1II::1~IiUD of
Deaign of geu
1Ou1tin¥sp.:cd,
IIlClJallllkll1
n:gulation
boxes : Gnphical representation
&
stepped
driVl:ll.
ItrIIC\UI'Cdiagrams, ray diagrams, spo:d cham,
gc;a \.cclh caleu1ldiUllll, dtvaliool1iagnlrn.
Slop~
",gubtiun : CwtiifiwUiun
v.aiatlon, tell'tighteoing drivea. etc.
of sLc:piellsIYsLml8, moclwd"id
frit;1ion dri"u mil pn:uun:
v.:cigh~ : ~ marks
UNIT . II :
9 fin.
Dcaign of machine tool bods .md Cl,)klU1Il1l8: Dc8jgn futwcs of varioU$ type1I ofbcds,
the tabk of • vertkallathe,
fOlW
acting IItI
ooloumn deIrigDof milling machine and drilling maclIine.
Machine toolalideways &, guides: Classification nf guide;;, wear, llCClIIaC)' and ItJlterial", calcu1Btion
of pn:asurc distribution on guides, frictional behavwurof machine tool guides. Hydrostatic
hyUruclynamic hibl:iCAiua of llwdc:8.
Dll5ign of powill'" "'T\lWlI (or macllim:
'. of stm\g1b onead.crew
.lood-eflicie:ncy
Wolll ; CliIHificatiun,
llaIign fcalur,""
. elDcieney of lead screw, ball, recirculating
of them, compc:11Slltionaf~kWlb,
vertical roUer feed
and ~
ClI1"lI1lati(lJl
power screw auemblies, IltaIic
ICtCW.
weightagc : 2fI marb
UNIT-ill
9Hn.
OeIign of JlllChir,e tool 1pind1e9 : Special re.turell, materia",
COJIIIIudion.
opindle , support,
calculation of llccve bc.uing, roller ~
spindle bclIJing tubricaLion in machiBl: tuoIa. Frictional
conditions of working. Itlti.e •• d dynamie rigidity of macbim tools structure, joints Btidwa)'S,
~pindlel'l.
Deaign agairIIl vibrillions llIlYWltc:r in machine: lOt/ill ; liJrI;W vibrlll.illllll, lihue" llbtubmI, chaiWf,
forecd and damped vibnltinn, IIlick-lilip vibration, ••ihration Mol.ted tool holdeo'!l.
wtligblajp: : 20 DIiIlb
UNIT-IV:
9 lin.
ConIrol ~.Item and ek\:lrical equipments in machine [0011 ; Uc8igo at' controlling I'Vliem and
eloclrical cquiproent in macltine 10011, deIlign of
hydraulic control 1JYlIlcm. Installation,
rrurillte.JIll,li~C & testing of machill':: IOOls accm'din@;1oISISlJlldat"dI;.
wcightage : 20 marb
UNIT-V:
9Hn.
C~pt
(If unit head machines and 3PM : IntraducWl1 of modem IIL1Chinc 10011., WDStnidion,
opclfalima . IOOliOll , ailV<llll;C:~arnIlJ.lll\;W dt:vc:loproc:nt n:alcd Iv CAD, CAM 'YBttmJ, FMS, _ of
micropmc;~!IOI"in machine toolft.
TERM-WORK :
I. IndmtifiCitiOll ofvarious macbiDe tool dementi.
2. Daigo &. worlr.in&dr.wklg of scar boJl.
•
3. ~ofste!-dllclqofttmehinelOOl.
4. De8ian uISPM.
s. MIlinUnca orCNC A CAM 'J*m8.
6. Introduction to an mlKhine tool dcmentll.
RrCOMMENDI:O BOOKS:
1. MachP tool dosign byN. K. Mehta.
2. Prindpk. ofmldtine 10011by Sen & B~
3. DosigoofmachinetoobbyBASUPAL
4. Mat:hiDc:1001design iWJdbooJI; by CMl1.
IU:LlABILITY ENGlNY.ERING
lB.!!;, Ml:CH. ): ELKC.nVI!: - I
EumiltCltion Sdltdw.:
Thl'Ory Paper
: 100 Marks
"1'_ wort.
: 25 MaIm
Paper DunaUou
J HIlI.
T•• r.htnIlktM!chlie :
L«turn
: 4 bra/WMk
PI1ll:tIna.
: % ~k
UNIT. I :
' lIn.
A. Ekmcnllo OfProbabilily ;
Introduction, ProbcIbiliry
Coneept,
Prubabjljtica, C•••
!Uplcm •••••
w}' E~
Reliability Definition
hnpo.eibl", md Cerrnin Evml-.
Further
CumnHmbl
Rule
OJ Prubabilily,
for AdditioD of
Koiowgorov Axioma,
D. Failure ~
AnaIyaiI :
1nlrGduerion, FaiUe Daa, Mean F.1ure lUte, Mc.n Tnne to FaiUe ( M1TF), ~
Time
BdWoen Failuns (MTBF), MrIF in T«JTII of Failure Density, 0wtenlizati0l1, RoaIi"'ility in
T_ofHaDrd
R. and(l) F~
n-ity(UlHaard
laiC and FailurcDmli.ty(ill lPtq;ral From),
Mo.n Time 10 Faihlrc in Imq,taIFonn, RcIUhility in other ritocdian.
we:i&htaae : 20 maru
UNIT-D:
'lIn.
A. ~
Mudc:I. :
1rItroductian,ConIt.atIilm'd, Linm1y hiutalina; IiInmI, The Weibull Mode~ 011Drcmsity F1meIic:m
-.I dillribuliunFuno;lion,Dillribuliun F~;md
Reli.bililyAlWylli..SlJm'lfnJpmmI
DiIlribDtiont, CboKcl of Diollibution, Expected
1bcomnI Concanfng
~wioD
and VolI'ianu.
V.lw:, Sbncbnta
Devbtion
IIld.
Vsrbnce,
-'
B. CorIdirioDaI Probability :
Introduaion, ConditionII Probability, MultiplicationRule, Indcpmdt1lt Events, Veon dillwIIDlI •
l'roWIility
c.1ouia1D
by
Vcno
dlq:rama,
SJ""""'Y
of
PrdMbilitY
Rulea, Struetunl Reliltoility, Hazards Rate 13 Conditi<msl Probability. Bayda'I'booMn.
we:.igb.:
UNIT-ill:
2UIDIfU
9Hra.
A. I}'Ifcm~lilbiJity :
b*oduclion, Series, PllnlM and Mixed cunfJ¥UOlUun, Awlic;WOIl to lIJlCI'iflCHa:t.ard MUIkI, An rom-of.tt strul:tIIm. ComPCl! lI)'Dm, Nyatems nnt mtooible to milled confipntiona,
MIT" I)'*ml,
Logic Diqrams and MIIbw models and Problbility Laws.
B. Rctilbility kbprowmml
ImpwwmenJ
uf ~
:
EIwnCi1ItI, Unit Slalldby rec••"do;y.
Rodundmc),
~
lIOd
ReIWJility COIl T.-.dc-OIt:
UNIT_IV:
A. FMIII-T~ AnaI:yWaDdotba IocImiq~.
'lIn.
IJdrodudion, 11_ TMC CXIMtruction and lteliabitiey from ••.auh - Tree, Tlh-SIiT lind CUr-St::T
mudcb. UlICof Boobn Algebra ~ B~ic opcrll1!om, TrulJl Tabl.:s, D;- Mmp!'8 Iboon:rn AppllcatllXl
10 Rdiabitity •.•• !ysi. end Probability Calcu1lll1onll.
-
"
B. Maintainability and Availability:
Introductio,
MoJintainability, Avaibbility,
Mmtainability
\..,
Systwl down tiIne, relbbility
TJadc..off.
'.
f
and
~
weightage : 20 mar1cs
uNIT-V:
A. Rcpainble sy8tcm :
buiamlml:oL18 Repair 1OIk, Mellll Timl: lu Repilir ( MTTR), Reliability and AvaibbiliLy
FUnctions.
n. Rt:liabilily Al1oI;aliuns:
Reliability Allocationt tor a lICries.ystem, applitation of Reliability to Marine powcrplantl,
CampWer aylltclllS, Nuclw power plant&, Failure Mode and Effect analysu (FMEA).
wcightagc : 20 tnlIJb
TERMWORK:
Should consist of minimum Five ~\UlIaIlll
REFERENCE
on the above SylblbWl..
BOOK :
1. JWWriliLy Eugim:c:ring by Balagun.IslllllY.
2. ReIilIbility Engine«ing by L-S. srinath, East Wf:II!tPre!I. Pvt. Ud.
3. Quality ConII'UllIlld Reliability Anabsu by Dr. Drijcmdra Singh,
KhanM PublUheP, New Dc\bi.
MANAGEMENT INFORMATION sySTEM
(RE. MEeR ) ELECTIVE :)1:
Examinatlon Schedule:
Teaching Schedule :
Theory PaJM'r
: 100 Ma.,1cI
T.rctut'en .
: 4 h""wel'k
Term work
: 25 Markll
Practit:a15
Dl"&wlng
: 1; hrstweei{
:
Pa[",r Dunltion
: 3 H•.•••.
UNIT-I:
8HrL
MIS : Introduction 10 ManagQncnl infOIlElll1ion systl:ID (MlS) , MIS pyr.m1id, components of Mal MIS.
dcwlOl'jng • long range infonnation system, management reporting IJ)'Btem, infonnation I'drival,
syBtcmaric analysis of infonnatkm .
..;;;
C
wcightage : 20 marks
UNIT.U,
.MIS: Mit & ~uliol\
Chad : MiAapproachto OfglIRiulion, trannCtioD proce.mg IJ)'lItmI,
mari;:lOLing,inventory, [IWIufacwring, financial pllllll\ing, decision concqJt, controVfccdbac"'- systcm.
.-
wcighlage : 20 marks
UNIT-ID:
SYSTEM
ANALYSIS
: Sl1uctw>: uf ay!lt<:m analysis, idcnLifi~",liun
uf nl:ell, feaaibility stOOy,
cconomlc analyJia. technical analyBis, role of systttn analyst, aldlls of R)'fltnt anal:y1t.
wcightagC' : 20 mark!
UNIT _tV :
DATABASE
8 lIn.
sysTEM::
hltroduction to oJabbasc, ~
ERmodel,~ty
of dil13hasc system. da1iIbuo administrator,
fromfailure,COlIl)llllmcy, serialiability.
wcightAge : 20 marks
8 ttn..
SOFfW ARE DEVELOPMENf
: Differwt appro;Khcll to software development, classic mclhoda,
pruMYPing, 1Iprial1UOlk~ SOL, sollWaR: mylhs, llUllwan: k:!IUng, IIU1lWiaC mainklWJ<;e, DFD, CASE.
LJNIT _ V :
TERM WORK:
Minimum eight 3lIsigmmmt on the aboYc:topics; each anignment
n::illl.l::u LOV'~. lViinumuuun<; iIl;S~cnt
,
.
should tx: from e;LI;h unit.
should Mve case: 8tUdica of the
•
••
2.
,.
M:IlIDgcmmt Inform:t:k ..••~'.;.....
•
h1fcrnti1ion Sy8tCm for Mod<.'1llMallago;Jl1C1lt.
MamigernenI Infornu,tiOll. System
OPERATIC)N
toyDw.i:;, ~.~c."••~:;:,~:....•".•..
by Mudrick, Roell; l'HI, N.:w Dclhi.
by Jawadcbr, VenUl Pnkab ••. , Pune.
Kf"-SJo'AHt:H
(RE. MECIl ) ELECTIVE - I
Euminatioo Schedule:
TheMyPaper'
: tOOM.rb
Tl!rm wurk
; lS MJub
TAdling Scheduloe ;
l.ertuRr.I
: 41tr.llwnk
Papl!r TlunUn..
: 3 An.
UNIT-1:
9 fin.
Introduction to O.R., models in O.R., SCOpcl,phaso$, O.R in ~ision IlIiIking.
L.iI:ar f'Jugramming : Model fOl'tllU1a1iOlt,GrzpbicaI mcthiod, Bimpln. method, concept of quality & ib
applicllliom. Scn!itivity anaJysis.
UNIT-IT:
9 fin.
QUEUING THEORY;
Qulluing Syllll:m. KCTMhdl nutatiun, rringlc chimncl queueing model,
mulliclwmel qumaemg dIc<M'y,finite capacitor model, COlItmodel, lIdwnce queueing mndcl, lICriCll
=
\jUCUl:S,two stations lCT'o'ioo mudl:l with
qllCUCS~acity,
K"'8latioo model ",ilb Infmill; queue.inunubltion : baQ(. concept, monte carlo ~imu'ation., advantageR &; Iimitmool.
wclghtage : 20 mara
UNI'I' _lll :
DYNAMIC PROGRAMMING:
9 Hn.
htlnMllldiun,
blllli•• WIlccpt & appllClitiuDlI,
.JliII1IIOleriI.ilic~of
1).1'.• Oynamic progrIfllming aproach.
Special ~ebniquc:. of L.P. weh as trnnsportillionmodel. asaignmcnt molkl. traveIliDg •• Icmun,
inaIIlrltipmmt
probkm.
UNIT .IV:
REPLACEMENT MOmL : lJeterminiltiCB .'t ProbIbilistica COOJidcmiOllll. XqJJacancnt
of uId
equipment by the most efficient by the mdden faihu"e itemB, fllil\lR tre81, ExMnpieIJ offaiJunllroca.
weightagc : 20 nwb
UNIT - V :
9 HrlI.
DEOSJON THEORY: [1oI,'mun!ree1, CW"". of ~i»itRlmut1el,
ulilily, dc:~iIIionunder ~nl1y,
unccrtainity II'Id n8k.
GAMES TIffiORY:
'Theory concept , ~s,
maUmnn md minimum pinciples,
uddIe point, domainance baac ClltlCeJIt and tenninology of two persons
ZXN sames. JIlbGallte$ rntlhod, yaphicalllletbod.
BOOKSRECOMMlliNUED:
1. Qulmtitatiw T cclmiqlWS .in Manllacmwt
2.
3.
4.
S.
6.
7.
8.
by V 00ra.
QUaatitatiYe Technique. Vol. I&. II by LC. Jharrib_
Opcra1iuoal R••~
b,)' Handy TalJa; (PHL Pvl Ud. Dc1hi)
I'ERT &. CI'M principle! &. applicatitmft by I.S. Srinath
0pe;nti0D;d &:llCo1ICh by 1Ic:cra &: Gupta (S. chmd &. Co.)
InIrudul;Iion ufO.R. b.y Halli"", &. Librimm.
Operational Rellearch by 'Prof. A.K. Clritale &; Negi (J01m Publicatton).
OpmIIiun&I:Rl:IIllUcliby 1.K. SJimnil {MlmiIlm!nllia Lul)
zero IIIIIll game., MXZ &.
-------------------------
__
.
.
\.3
ROBOTICS
,
('U'~MlI'£.R. rp'R~n. ) v,f,l«:TIVF. - T
F.umlll~nSdledulll:
Tl!lIdJing Schedule
Throry Paper
Leaures
: 4 bnfWcek
PractJcall
: 1 hrafweek ,
Term 1If(I1I'k
Paper Dundon
UNIT-I:
: 100Marb
: 1:5 Marks
: ] brs
9lin.
P!lnnfl" meebaniCI : Adwneod synthesis ofp1anDer _ehanics
and analytical teclJnc(uc-. applkatkma.
Mcclw1icll dynamics
:
fur ISP and FSP Bwil£ lOt1heoric8
Newtonian and
Lagrangian tcchn.iqUCll, ~
mcehanisms. axocIc•• kinematica of open and dosed loop mectumiClim.
methods, spatial
weightago : 20 marb
UNIT. n:
n-il' ~
in roboIiCll, auklmatiun illld robuliu, rubot iaWumY. _"
1WlI1umn, acc1Il'8coy and ~lity,
and oontinCOUBpalh syldCm, wntrol
9Hn.
~1rul;1un: uI roboliw,
cllWlfficiation
and lltructure of mboticaII)'lIIeR,pnint tn prrint
loop of robotk1s lJYIlICm,lhe manjpublonl • W 'MDt JnCl!ion
(~and gJipper.
weighbgc:20nwb
UNIT _ ill :
9 Hra.
Drives and conlrol.ystcm : HydrWic. PC SCJVU moturs"basic wnIrol system, oonl:l:Pt and models,
om1ml tyJIem analysis. robot activation and feed back eomponmU., llO'itional and velocity
ee:nson., i\l;tuaton, power 1Jansmi~lion system, robot joint control design. Application of robot in
IIIIIIlI1fiM;IurinH •
weiglttage : 20 merb
TJNIT. IV:
o
9 ArK.
Robo! ann 1dn=1ic an4 d)namica, the dircl:;t kinc:matk probIcm, Iht invmc kinematic; solution.
Langrmge EuJcn formatioD, generalUe D'Akmbert'l equation of rnoiion, DenoW.HartenbeJ!
conwrtion and itlIapplication.
SCJDOIIlin robotics: Tactile lII;IIISO[lI,proximity and rqe sensor, fon:e and toniUC>IallIOn, usc of
sm$Ol'Sin JOoolig, vi!lion sy!tenL
UNIT - V :
9 lin.
Robot •••••• amuing : Mc1boda of robot projpWlIlllj"i1, Icad throuah programrninJ mdhodI, I
robot pmi1iiliihC U a path in Rpal:e, motion in~lat;on,
WAIT, ~GNAT~ ANn DRJ.AY
rornmand•
RoOOI'~
Robollanguagc
: 11Ietextural RohootT_suasllOl,
een_i •.•••nf mhnt
&lrUctUrc, constant&, vadablo& motion rornman4s,
l""e;;w"'''''''e
'-e-e-.
ODdotfcctor and 8CtIllO:feonun.tIHb.
wei8btage : 20 marb
TERM_WORK:
The lmnwork
'_"
.
&hoUld OODSiBl:of" mi:nimUtn tiw a&lIi.gnmeJd
RECoMMENDED BOOKS:
I. CIf(lJlYeI'~ Indudrial, RobutiCR' Mc Oraw ~1 Pub. Co.TJ.d.
2. Robot J. ScbilliIlg ~ ¥Ul\dIl1lCnfalB of 1WbotiCa.
3. roVOV _RoboticR, Mir Pull. Co. Ud
•
roWER PLANT ENGINEERING
F.U:CUVE - n - (B.E. MECH ••. PROD. )
T•••• 6nIIlScbNule
EumloaUon SdIedwl!:
:
T.ec:blre
: 41m1fweet
'f1:IenryPapel'
Pradjclll!l
: 1:ltnIweeir.
Term work
Pat-' DurUtnn
UNIT .1 :
: 180MIlfb
; 25 MIIrb
: 3 hnr.
!H1n.
: Main. JNIl'lB ~fworking of 8iaIioIu tbmnod}'llllDlica
. 1'hmDI1 ~
"~
•. COOlbuation eqwprIIllIl!, problem of
IUppIy ofmd:c: up wmr.
C1Y'icclof plCKIR of
MI8l,
000ft0!lIiMr, air prd;lOlfeil',
Mb
cycle.., fuel hmdling,
dispoa.l, circulating WIt« ICNmc &.
pmtion &. Iteam tcmpcraturc, IClcction of ~
~
feed wilta' hcatcn •. dos1 collection, chlraClcnticCB of turbo
abo::maU:«, Jlc.n power planl hl:at baJlIllC': &. dficiomo::y_
"MJahtage; 20 mdI
UNIT-lJ:
9Hn.
Hydro .*fl'ic powerp1Jnt: h)'."-"-p-•••~h flow dllratiotl~.
Type8 of hydroelectric planlll &: their
field of UK. Capaclry cakulwoo
for hydro power. n.n. head waler coo.rrol, JlCIInock, Wit«
turbi:nN,
lpClCific Ipllcd&, goovemotll,
hydro
plant
auxjllaria
plM\l 1a)'OQI IUIOmItic
tklraic JII'O.i«:! coal ofhyd«x:kclri<: prujco.;L
UNIT
OIl;plnped
weightagc : 20 nwb
-m:
9Urs.
Nucte- aid Disel power }>l,nt :
EkmCDb of Nuelcar power pbnt, nUM rc~tOf &. its types, ~b nwdcmou. coolams,control rod
c''';ficllioa of nue_ power layout PatUm COIlof nuck:. power, WIIIC diIpoII1 Diclcl power
plmtl : DiclIc:I onginc pmormllRCC
& opcndion plant layout, Io~
application, !ldc:eUon of engine
tile.
• lin.
UNIT-IV:
o. turtrineplan" :
impro\ling
eyel" p••• .,
&. application, combined
IJIfCm hued Ioad.tatioft &. peek
PImI. Iayuul. lIIllhlod of
...J
limitation
npm
cklNd
uulpllllllld
p:rCUIIJliIrI<;I:fili:I & fud. .y&l&lm.m:1hud
''1MlIati,,! ~WnrtiCll,
.lllppticalWn,'"'"
of bling
pillkwl eng;n. Jll-nt,
cycle plan", ad1r.mJaF need of gCDCntion power plml In JlOW="
k»d .ution..
weishtaac : 20 mark.
UNIT-V:
9Hn.
MAJOR ELEC11UCALEQUIr'MENT IN roWER ~A1JON • gcnculoJ and l;XCiton,cadhing of
pc:IMit JY*m p:JM:I" & unit tfanllfonner circuit bfeabn • JlfOfrlcl:M:cquipmcnts. eot*Dt board
cquipmcntl dementi of inIItrumentaion p1.urt byout, Swi.!dI gear for ~
.tiltion auxiliarica.
RCC&lnl dewlupmt:nla
in mc:lbudI of poWlll" FIlcmiun,
lalrodu<:lion w IJIlllPlCIo hytlrodymmM;
(MJID)fiJel Cflll8 geothermal, SnIar POwe!',tidal power.
TERM WORK:
Tennwod COllJilltBoffoBowing!!fUdy expcrallcllt
:
I. To drnv IayouI diagram 0I'lbemW, hydro and nw;:!ea{powerplant.
2. CompaiIon of ihcnnal, hydru and nlll:lcar pbnL
3. SIUdy01'major electrical equipmcnl ill power ld-'loo.
•. Study ofv.lrioul hiih pre&IW"C biolClJ.
5. SlUdy of dielel pcnm" plant and go lUlbincI powa'planL
6. Study of confing lI)'ldCm,Jublicalinn IIY*nJ and J.C~Engine.
7. Study of MHD,dIr power & fidal POWClJ.
./
RECOMMENDED
BOOKS. :
I: Power P1ant Engg. by V. M Domkundwar
2.' PowapiantEng. byWakilE.L
3. PI1WCI'P1antP.ng. byP. K. Nag.
4. Ekmenta of c1cctric&l.PowC( Illation de5ign by M. V.lJe8hpandc.
s. WaterflllWer F.n88- by PBndekat" M. M.
ANALYSIS AND SYNmESI~ OF MECHANISMS
(B.F. M«b.) ELECTIVE - II
Examination Scbedule:
Tbeury Paper
: 100 Mukl
Term l'(Irk
: 25 Markll
TeadJllJI Schedule ;
Lel:tUJ'elI
: 4 Itrs/Week
Pr.etleals
: 2 lIrsI"fet'k
PaperDuraUon
3 Hn.
UNIT-I:
9Hn.
Intmduction
10 mechani9IlUl : Geometry of motion, plane and 8plIee meehaDiwn,
tem1inoIn2Y,
definations and llI5WIlptiom, Rcktivc motion, degree to freedom, kinematic invwsJon, mechanical
••••••••••
• :""UNH-Il:
"
Kinematic AnaJy8i~ ofPIanc Mecllmisms:
tp'lIPbil:al & wmplax - aigdlra
9 Un.
Pmition &. diBplacemcnt anaIyBis - JIOlIition of point,
llllllboWI lOr 1lispp1accm.cml,Roblinn.1 and lran!!la1jun liisplacma::nL
Velocity .maIysis - ,.,llIti\1e motion, linear lllld :mgular velocity, relative velocity,
lUlXIlwkl kcnmItIy Ihl:IUm uf Ihrw IMIII1cmJ, lIllgII1acveM..ily rllliu Fnmlk:nltcin'.
InIIym
~lention
instant ceurm,
thmom, Vdul;ily
by anIlytical method, 8J3Phical method., weD aIgebr'a and complex numbm •
-tyllil • linear and angular =lcration,
acceleration difference:,relative accck:ration
and coriolit
~elcration,
inltanI: centre of aceelClnlioo.. Acelention analyIi. by 8J'1Pbic&1.1tlClIbodt.
.
wcish. ; 20IlliUb
UNIT-ill:
9Hn.
CuravItUrC Thl:OlY ; Fi&d and moving ecnlroidll, envdop - ve1oc.Ity aad ~k:radoD,
ID1IcI;don
circle. Hular ~
equation, bobilliClf'i thClonn, mum circle, CUIIp poim, cubic of Itaboilery
curvature, Balli pointtl.
wcighIAgc: : 20 maria
..•,UNIT-IV:
9Hrs.
C. Kinematic SyltbesiJ of Plane M«banismB.:
Type , number and dimcllMonaI syathcrril, fimction.
GQtcmion and path. generation, chcbychev spacing. Ihrec, four & five poirIb synthcm. 8unncst«
point lbcoty, !l)1l1l1~is by analytical .and graphical method
Computet aided kiMDI8tic JYII~sill.
.
weightlge : 20 markl
UNIT.V;
mec,,-"-.
'lin.
Spatial MechaniRm ; Pn!rition, velocity ••••d acolmdion _lyaiR
of RC.,(fRT
FAlIerian
angles, Ihourm lIIl angular Vl:lilOiucs lind "'lOlc:rilliurnl. Application uf IIpiIIW lDl:ll:ibilrli&m III
mhntic •• Kinematic analynR of an indwdrial mOOt.
wcish.
TERMWORK:
Tcnn work CODSisIaflWo
assignments on each UDits from UNIT-D to UNIT-V.
R1WF.RF.NCF. ROOK:
l. Theory ofMachinCfl and McchaJliJtms .
• By J.E. Shigley &. J.J. Vicli.er InI..malinnal Sb ••lenls Edilian AokGraw Hill.
2. Mochalilma Design - AnaJyBilIand synlIiail, Vol I and VoL n
• By G.N. Sandor and A.G. Etdm.an Pronticc Hall of IndiA Pvt. LId.
( ElllItcm Economic kAfitian. )
3. Thoory ofMcchanisms and Mcc:hinllll.
: 20marb
_~y A. ~
~
A.K M.IliJ.. (East WlilI{Pn:1lIll"t. Ltd.)
4. KinllmmC md I..inbg<:: DelIign .
• By AS.lWl (Prmticc: lI.ill ofIndla (Pvl. Lid.)
5. Kinc:mIlie SynibClilofMechanilml.
_ Ry R. HeycrMeC'.nwm1l Hook ('..0. New York ( 196.1).
6. Kinematie I:•y• ntbrm of LinbgC!l
_ Ry R. S. Hzrtenberg lDId J. Oonavil
Dot\IVII ( McGraw HiD Book Co.
7. Analytia OfMeelwl.iuml md,Robort MmiJIo1aton
- By J. Du1I'y.
(Edwzrd arnold (PubIiahm) Ltd. London 1980).
8. Medumiel and Machine Th;0I)"
• a.o JJl.
R. V. Dukk_
John wiky.
..w
ENERGY CONVERSION AND MANAGEMENT
(B.E. MECHANICAL) ELECTIVE ~ II
EnmInaUon Schedule:
Teadllnl Scbedulf :
Theory.Paper
: 100 Marlal
LKtara
: •• hr&Iweek
Tenn wmiI
: 2:!'i MU'k!I
PTactt~
: 2:hr.o1wftk
PaJlllr Du.nrtiltB
UNIT.I:
GklbaI -a
: J hn
,3Hn.
Indian IDM'ket . Energy ~
in variaM IItICtor and Indian economy. Need IDd
iqlarU:Dce of CDCl-g)'C(OIa'\IWon iUnl D1lIIIlIgC1IIcntpay bac1. pmoo.
Rctum on In_\mI:Dl
(RO.t), life cycle COlt, UI\}'CI'DYgram.,
Specific mct'8Y COIIIIl1/tIIlIl. Load Management.
weigh. : 20marb
UNIT.D:
9Hn.
Auditing ;. MethocIol0G3'. omalysUl.;llld rcport1n& Portable and on-line inllbwlICUls. Costin&
~
of uDlitk:a like ItOIl11,cornpn:PCd air, ekctricity
IJld water. Energy SyJtcm modcllinM malyliJ p.en! eonccptJ, classifiClltion of DlJOdcb and use of digital compuIcn in rnode~
and .ulym.
weightage : 20 omU
.m :
UNIT
3 Hn,
SIclID IDIi r;:tnil ••••• e lya\Cmll BoiIen (im:ludini pIl'kqOO builen), ellil:i=-:y 1QUng, I:XCayalcIm;
DeInInd cormol, Pow« Factor ilnproWrIIl!Dt its beDefill ad 'l'lBY1of impr'OYOInmt, to.d lItb.~
Eb;lril; JI'ltl{orII,lowmt,
~
UsJrtins:
uifllOiCll\;Y,
au:rgy
c.fIil,oicnllypotI uf
oIc\;lriI;iIlmo\lJn fur
motor tpeed control variable epecd drive .
Jlnm;nIC!on levels, Fixturel, tieJmI, m:r&Y efficient iJhunin,ation.
weiglrtagc : 20 marb
UNIT-V:
JmerIY OOOICI'VlIlkJncomp:cnced
1Hn.
air ayatemt, u:lrigaation
systcn\J.
II\d air condilioning
lyatemt., md water
in pumps and f.;lllS co-g~on-wnC':pt,
FJCIIlI:t\1aIY conVCTJjC of cn;..'1~' convcaaloll
uptiol. (Steamfgal turbinel1) C T bucd) IICllection eritorio.
TEAMWORK:-
NECuMMKNDEll
I. Prof. ~
CIlCI8Y
BOOKS:-
: India we Energy sector, oxfllJd UnivCI'lIity prCSl.
2. L J. NagJldh : SYll.l:m Modcnina and Anal)'lris Tala McGraw Hill pr;;ll5.
3. D. A Ray : IndustrW EncrC conserv.atin perg.amon prell.
4. lC'.c Drydin. edllm': The effil;ientU'le ofenergy (Rutter wormft)
5. W. C.Tumereditnr:'F.1leTl!YM3na~
Handbook (Wiley)
,
,
•
6, Patrick Ilt~
R, Patrie Dike R, Fordo Stephen : Energy conscrvlllion guide
book [oUnuontPrcn Inc.
7. Energy comerVation rc:kted booklcl!l pubtbhod
ir)' Nlllional produetMty
Concil (N P C)S Pe1rokum oonscrvaliOll Rescraeh Aim (PCRA)
8. F. William Payne & Ricllard E. Thompsion : Eflici"lll Boil •••' Opo::ratior SO~
Book.
MATERIAL~AGRMENT
(B.E.MECHANlCAL); ELECTIVE- II
Teaching Schedule
EundDlItkm Scbedule:
Lectures
Pnctil:ti~
Theory Paper
: 4 bBfw1lek
, 2 hrYw~k
: 100Marb
Tc"" work
}'aper Dul'llUon
UNIT.I:
: 2~Marb
: J brs
9Hn.
objtclillt:ll, l:ICO~ fun<:l.iuu &. iruportam;c: uf Mlrn::rialti Manlsgcmenl
Nt;ed fur ink:gratcd
~8
oonecpt. Materials planning & Budgeting.Teclmiques of MalcrialarequitcaDCllt
Planning. Role of Materials Management in incr=ling I'rofitability of ilIl organisation. Vmdo;>r &:
Vendor 8eJectiun, tnuning & dewlopl~lt
CItvendon. vr;ndor rating.OrglnisaOOn tOr MataUUs in a
~
(,
ooqwy.
-
wcigh~ ;20marks
UNIT _U : Pun:b.ning
9 lin.
Goals and objectives of pun:basing. Purchase !l)'lltcm, Purchase cycle, Purch.uing methoda, l'urchase
~Purohalling
policies, Pntehasing
of 8~
commoditicll, C'lIpitat Equipi_.1 k
Pun:ha9ing" Wldcr uru;crlainitles. Purchase budget. Role: of -Purchasing in BlIBlnOll8, PulcbaBin& role
in new ProducIion dcvelopmml. Pricing l'rincipak.
weightage : 20 1DiIl'U
••
I
I
,
,,
UNIT_DI : IntemaUopalPun:ha!llng
9 Hn.
Need of Jntcmational Purt;hasing & Mute of docnmenlS in Intemarional Purchasing. Import
IUbstilution, Export-Import policies. Export promotion incentiYc8 &: subs.idelI. ProbIenm
asSlX'iatcd with International ProoW"C1Ilcnl Import c~I~, Indcntifying &. Qualifyinllo PotctJti;II
\
InIcmational.upplien.
".,
wcigbtage : 20 nwb
UNIT_IV: Inwntory Management:
9 HrL
Definition of InvcDtory, typ" ofInventoriR. R~kvant costa in Inventory, St.1tic InvmtorY models,
SignlIl. onIcr Invenlury mtKlc~ DyruuniIO lDvenlury IOOIllJUI mocIel tmdc:J- I:l:IlainiIy. ProtWriliatiI:
lnvcntory control moddM. Selective
InvenUlry contml. ARC analyMiM.UIIC of Cornpurm'lI Tn
WVenWry wrnroL ValUl: iIIIlIIysis:
UNIT _V: !t'torts Management
F~
layout & organisation for ~
Waste, obsolete,
fll1rphulldld
lICfllP
9}in,
management. Stores
ayslClD & ProocdUlC8. New dcvclopnlClII hi storing maMiaL
CodificaliQll, classification, ~
oodca, compuler application in materials management s•.•••
h as Materials Planning. vendor ralmg.
Selective control of invl.'Tllurics,Sioek conlrol clIO.Slorus llCCOWltingand sloek vcriflClltion.
weightagc : 20 mark_
TERM: WORK :
1. Minimum SIX lllIlIijr,JW1l:1ib OIl tlu: abuve tupk.
2 Two auignmenlH of Computer application in rnaterials management
(Usc of FOXPRO La:nguagc for ~lopingpractical8
applicationa. )
,
RECOMMENDED
BOOKS :
1. 1'Im:haRing &. Inventory Control function. K.s. Menon.
2. Intcgrakd Material M;magtment • UOpaI Kriahna & SundersanJ. Pun:halIing. J)OOle.-.
PLANNING" CONTROL
(D.E. MECHANlCAL)- ELECTIVE- n
Enmlnatlou Scbedule:
PRODUCTION
Ttublng Scbedule ;
LKtures
; 4 hrI.Iweek
TlwuryPaper
Pnrth:a/!l
: Z 1'lr.IIweek
Term wurk
Piper VurlUon
UNIT-I:
1.
; tOOMarb
: Z!'i Marla
: J brs
?Hrs.
Irdrodoctioo: Meaning, 1ICOpe, OQ.jectivCI & function of Production Planning
PPC in Ibo;: OlpiBltiOIl. l'ypI=. ofPPC ~
& control. Role of
2. Production FORCaSting . T)"pcs of fOJ'Ccast, Various type of forecasts, method
Comparative
study, Y«itYina and I'OIltrOllinllotile til£el:astmg.
weightage : 20 rnarb
UNIT -II :
10 Hn.
3.
PRODUCTION PLANNING: Planning function", routing, schedul1ing,loIding,typcs of
production and tbcir clwatenhc , (;{)ntincous, 1ntcnnittcni
production. denninatlo:n of
capM1ity. Division of c.wacity. Scqucntialload mtcmcnu. Schcdulling. Machim: capacity,
make
4.
OJ"
buy dooisioo.
Production PWa,
I"rocais F.nginc.:rin,g : hd'umwiun l~uil1:d, ProducJ anal)llill IltiII<;Ulbly cIw1, flow chart,
cn:lric.lly cumming Iltcmlte pnx:eM. dctU.i.ining are. 1,I11C
fur proceeding ,identification of
lIpculion. Dimensional and tolerance analysb.
UNIT -ID :
5.
I) Routing: I'roc:cM c1talU,job cards, rou1e cll'lb, -opo-.<lion chltt!, tel-up imtrncliom.
b) 8clwb"ing
IflCCtillg
dc~
: Defination, need and objectives of schcdu1ina. principal
9 Hn.
facl:orll Iffecting
chms.
c) Loading : MIchine 10ad charts, Gantt clwt, Malter schedule, SchcduJ.ing technique., Unc of
bmooc, Analym Scheduling, Linear l'rogJmuniog.
wdghlilgc: : 20 marb
.""
UNIT -lV:
6.
Prodoction. Control
: Definition,
dispatching,
follow-up
and
coordinltion
with vsriouI
"""""mt
I) ~:
Job orden &: lsal,le aysterns.
b) Fonow - up; ~
type!! offcedb.ck8)'!!tuns,f'm'cntint
pOOuction dclaya, ~
of daJayB.
e) Evaluation : Ddinition, need, lliipOi IIttICC&. aclvmtagc:s of ov.llJabon.
m;i&1ltagC : 20 marks
UNIT-V:
7.
• lin.
Co-udiIWJon : Co-ordination of manafaClUfing ~
facWty planning. aalca planning,
productjon pJanniDg, Qualify pJanin", rn-tary
planning, mllDpOWCl"plaruUng md financial
p1l1l11l.ingactivity.
O'm'4"per MlImtcd production planning and control applied to machine capacity mot Ulilisation,
labour plOduetivity mclmJrment, Illldcrill roqu.in:ment plmning, scheduling &. procun:mcnt and
inveIItoJy control.
1T.RMWORK:
nih,
QlnrJc ennl<illt
wberev« poasible.
<IfRight
IftRignmentl< of the ahm.oc lI)'lla1nlll and empfwriR will he
IlIl
C2lIe lIIudieR
RECOMMENDED
t:
2.
3.
.••.
s.
'.
BOOKS;.
Production Planning & Control. SanwcJ. Elion.
Production PWming &. Coolrol • L C. Jhmlb E1Ia'It PublieatioD.
FOl!lClIlItingPrnducti<m Planning & C-OIltrtlI• Me Niece
Production and Operation Management • .I'.t:. Moore &. T.E. Hendrick
Pmductioo Management - Mayer.
..
.
AUTOMOBILE
(D.E. MECll
Taehlng Sdledule
:
Lecturcn;
; 4 hnlwcck
Pral:tlcab
: 2; brslweek
'/
ENGINEERING.,.."
) ELECTIVE - IT
Euminltion Scbedule:
Dr.wlng
UNIT.
J:
Theory Paper
; 10il MaTllII
Term work
: 15 MlrkJ
PIper Duntlon
: 3 Hn.
8Hn.
AUTOMOTIVE ELECTRlCALS ; Batteries, their Qapacilies, meritB and demerilll of 6,12 & 24 V
batterie •.•.Manery maintenance, OOMtruction and me of storage baueriCll. Hattery charging equipmmtll,
cutoutl and Il:gularatolll, eh:clIical 1,)'ltem fill' ilifIlacnl vdlicka, 19uilivu IYllen~ magnt:loa, 1IpII1-k
plugs, tnduction coila, cnntaci bra"kenl, etc. Hring order, dilltributor, vaewm conlrollel diJtributm,
Starter motol'll, gcDeratora and alternators.
weighiagi: ; 20 I'IWIrb
UNIT-IT;
8Hn.
AIR-L"'ONDTTIONING SYSTEM: DdinitiOl1 of bailie tcmI8 of Jl9YChomctIymcb all DDT, WBT, RH,
cte. Humin comfort conditions, temperatlm: conlrol ay5lcm, in1Ulation method, in IlUIoair condititmcr.
Study of typical auto air oooditioning syatem, location of window air-oonditiol1'M. Study of typical auto
air conditioning systems, v.uious pam of 1lYstem, COlllpletMll'pcrl'onnancc lind its effect on overall
CIJ8inc p.;tfonDancc.
UNIT.lll ;
8 Hn. DASH BOARD INSTRUMENTS: Waroing and indicating lkvi"-CS, Hom circoit, Head lamps typeallwill:hca, .l1aBbingindi'.al,,",, dCl.:lricai wipc.Ts,wi:pc:rmolonl and biallw. wind IlCTmJwaa/ring lIY11ll:m,
fuel, tcmperanm: lind prc!I!IUTC
guage, fuel indicator, lIJlCedornClm",
teehognph.
MAD'ITENANCE : Miti:n1cmanceuf vllrivua IYlltmn. md wrnpunmll in auWmubilllll, ~
limiling
device.., wedso '-air..., cnllapRihle lIteerinS_
wcightage ; 20 m:u:b
.l
UNIT _IV :
8 Hrs.
BRAKING SYSIEM::
TYJl'1I ofbrakC8, rctl'lIIba, I<lgCllCfalivcbrakin8 syst.:an, brake linen, master
md wheel cylindcn, dual brake sylltem, fail ufc brake •• antilock brake., electrical bnkCl, Itopping
di9I.ancC and lime braking efficiency. Brake effcclin:Ilcss, fllCWn> conlrulliD¥ ami s1up uf an
automobile. Self cnergjzaticm and NClVCacfum of lmt"kc, chancterilticli and hydraulic brake fluid
bleeding ofhydraulic bIakes.
wci¥hlaglc : 20 IIIlII"U
UNIT . V :
8 II •.•.
WARRT, TYRRS ANi) TtffiRS;
Contlb'11Ction& typC!l of wheel.., wheel dimenRionA, 1ypelI of t)TeR,
lyra properties, tyre m;W:riaIs, lIptlCific.alionoftyrc size ply rating, e1allllply, radW ply, considerations
in IrCad design, wheel and tyre trouble IboOOng, Retreading of lyre, proccu, precautions, control ••
conventional and procw-ed retn:ading proce$lle~. Tubes, na1w'al rubber and butyl flops. RiIns. t)pcs and
maintmancc.
wcightagc : 20 mnrb
TEHMWORK:
Minimum cight auignmcnt on 1bc lIhove topics;
I.
2.
3.
,.
••
Automotive Mechanie$ .
Automotive Engineering .
Autumulivc Engg. 1 & II .
Automotive MochanicR .
AulUIlIUbiIcnnginooring
minimum. one asalgmncnt ahouJd he from ~h
byL'rouIe
byN"""
by Kripal Singh
by Heitner.
by Dr. K. M Gupill.
IllIit.
PROJECT
(D.E. MECR/PROD./
(SEMESTER
OBJI!.CTIVE:
'fo
AUTO.)
I &. n)
provide an oppurtunitY to 8tUdmt8 to work indopcndClltly 011 a
IOpicIproblemlexpcriment
8e1ec1:edby them lind IIfte(lUfllge them to think independently or their own to
~t
t1l\::.OOIl\::lusion
under lbc giwn e;roumitl/lCCS oflhe eW'1'ieu1ump<-"dodin lbc budget provi&wd
I'Iith !he guidmce of lbe tea~.
To cncollfllge crealive thinking proceAt. 11d helpt them to gel
confidence by planning lIIld l:lllTYing uult,", \o\Iurk.l'1an uf lhc projCl;I mil to 5u~C6Sfu1ly complete the
umc. 1"hroUghobIcrWtiOJlt, ditcUtsions and decilllriot\ making proceSt.
NUMBER or' SllJDEh'T5 n-l A BATCH: Projl:Cl may be IlIkl:f\ up by an inilividulll ur in;a gtoUP. A
balch of nnt more lh:lll 10 !rtUdents (JlCThrtmch) .hall war\( under the gtrid3ncc of ;a teaching lItaff
1lIIIHIbm. Projo=I;I\iaII be oIrt:rW by lh~ gwu.: ur \hl: lluUmlJl ClIIls~sl
\hl: itJp", uf lhcir in\clTwL
TOPICS:
Project worlr.lIhall be ba&ed on any of the folowing topics.
1. Fabric3lloo of ruod.:t' produi,\ts, testins. IICt up Of selting up of an ~nUttklll
wUtt
apparatu&Ismall equipmcnl individually or in ;a group. SoftwaJe development related to meclYnical
2. ExtalfM nmncrical analysis ot som.e prob1en1maY be eatricd out using computer.
3. A report on i1tc complete de!lign,proc;ess cl\artlI, COIIringora prodnet /lMChine I prototYPe.
4. ExpllfittWtlt verification of prindples UlAA1 in Mecltil'ro4iAUlO ElJi8. AppliUtiooa.
~. 1Ja~ or cquipmml' projcel! gadgel deViceand itt fabricalilll'l.
6. blCnlm. survcy of indusLml probll;ll\li l systems I 5S1 units I Entn;prroew's baso;d on lI/;tua1field
"""""'"'"
viIitI .00 conmlatioll with cxpcl1',
1, I"rojl;clS f I"robkms
iD4uttics
rclall;d III lhc area of crcali~
design to soh..: !he prubkms
rcffcrcd to by !he
lIfOIJ1Id.
FoRMAT OF PROJECT REPORT:
The Project report !hi:Ju1d be Wiled with double tPlcc llI'I A-4 ,izl= bond paper lIbould be not
ITlClI'Ctlw1
10 paEC~and
1IfI1 less
than 15
(lap
and figueno., gr~annemrCll,
etc. The projecl
TqlOl'!
IhoUld be written in the fonowing fonnal.
1.
2.
3.
••
Tille:lIb<:cL
Cetrifieatel
AcknoWlcdianent
COO"""
6. Litt
of t fi&UI\l ! pbotogtapllS
5.
.t\lwtraC
pttutolV~
f grapb~. tabl.... ( xcroxin& of illUiU1ltivc l'llolltwl' such Ill> th;;
figIRtI, bblea, and other data &om l\aDdbOOk etc. must be ackl\Olc4ged on the
appropriate pages of the report. )
7. }ntro4ul;IiOrI.
II. Litcnturc survey f TheorY .
9. {)cIaip! ExperUtu:nt f Fabrication' ProdIJction I Actual work carried out ofthe lIfIIe.
10. ()blIerWtiORllI ReJUlt5.
II. diIc\ISIiOOB of lCIu1\B and conchlAiofL
l1. RcfCl'Cf1C~.
1heMIIef •••ePC~ mould be given in i1tcstandard format al thai of intcmationallcchnicaljoumals.
13. AllnCxure1I, Awe:n4icet, etc. if llrIY
Two eopicI of hard boUnd report shall be ba&cdon the IB'Ojectreport submiuod and prcteDlation of
1he project may be made with the help of chartS. photographs, blackboard. ~Udc.CJVQ'beadprojector,
etc. by tIIC ~tuden1 of llis work. "I1lC prcsentJt:ion shoUld be around 1~20 minutes. touowe:d by
question 18fl8Wf1l semon in the prscnce of fellow stUdents and guide and leachers in the ~.
HOD ' two senior Il.IOAstaff mcmb.-t Illould work all C<)-Qfdill"lOffOl 11class for IllIifmul
.sesnnen of prcac:nt:JtiOnof all stud~ 10 ;rwid variation in.projccllcnt\work marks.
l
/
Dimibution
•
oflennwork
>-7
maIls (proj~t n'OrJ,;)
70% marb fthall he given hy the guide, 10% m.:ui<. fnr finlt P"C"ent.ati<m (pmgrCllft) and 20% mlll'k!I
lOr fina.I presentation flhaIl.be ~ven by the CQ-Oldinating staff commi~
including based OIl the
pn:lIeTItarion oftm: pmjed
in CbRft by the Rtudent ll" mentioned
ahove.
COllege should submil delailed progres&iVl: iSlleliSlllen! report of the students getting more thall
90% marks in termworl:: alongwitb the marksheell.
Vj,,'ll-voice or oral examination (iIIIuni'll:[l;ily e.unLiwstion) ahalI be comlUl,;led by till: guide and
one external examiner appointed by the Univenity in the college: CAUl))UII.
Note : College _bowd send the projectliBt to dll: UIlivImlity for acuptance
starting of 1'" _el'ltt'l".
in ~cond week atter the
FIRST TERM :Teaebin8 Schedule
~urer.l
Eumlnatlon Schedule:
:
Terlll wurk
:2hr.Uweek
:.s0 MuD
The ~
willbe .,lected in the fint aeme"'CT. lnitiall.a.yom, d""ign
.miltheoretical
dctcnnination of all the main parama1el'S will be
fin.ilised in the first semester.
Student should submiJ: Iile tenDwork in Iile first sernCllter shall. assist of:.
i)
;,)
ill)
Synopsis
fletail plarm;ng of Prr\iect work
Literarnre ofwurl:: done in projCl:I in fir8ltenn.
,
•
•
-------
SECOND TERM :.
EnminatioD Schedule:
Term work
: 50 Markll
Teaching Schedule- :
Lecture"
: ••Itrsfweek
Ol'lll
: 50 Mark!.
Fabric.mon and compUtion of the: project work, a: mbmisaioD ofthc report &; project.
8F.MTNAR
(1i.l;. Ml';CH. I PltUI). I AUTO.)
EJ:llminailon Schedule:
Ttaeblog Schedule
PnctI(ais
Oral
: Z hn/Wfek
: !lO Marks
Student indivilfually will inckpmdmlty study Dtopk lIll~ignedto them and submit a rqxnt
dcliwr .lI.tort IICItlilWII«:t\lI'e 011that lOpic.
ScmiDar shook! be ba!ed on deep study of any topic I't'bled to lIlOC1ul1Waliproduetion/
1UIOlU(Itiv
••~cring.
and
e.g. :a) Advmeed Mmutaeturing Proceuca.
b) Utelt m.1teriah and their manufacturing propuiticp..
c) Socio-eeonomic impaC1of JJJIllufal.1turing activities.
F.rMlOnnlCfll:lll "",,,lema mWl1vM in manufllCtuTing_
d)
TF.RM- WORK:Two
of bound rqlOl1 sbould be .ubmitted to the InitituteJDcparbncnt
~I
{0nCI
for university and
01\(:fIJI"coUCgI:) md on<: llhoukl n:main will, <:vcry llludc:ul in a group.
The report will contam the lltIltlIl\ary of infomtalion oollcccted by the 8tIldcnts. The itpOlh 'IIoill be of
A-41izc. bound and should «IIltain all t11tlne<:ctrwy clwu, draWings, rdcrmces, etc.
ORAL:
The ~lalion
the ~ce
should hi; aroumllo-15 minut~ followed by 10 minul\;llqllCStionfanswcrsession in
of external examiner, fellow!llUdenlli and guide and teacht:nl in !he dc::pl;rtmenl.
TECHNICAL VISITS
(R.K "M"F£H. I "PROfit AUl'O.)
T.chlng
Schedule
:
~umln.tktn SdIedule:
Term work
: 50 MarkJ,
Mininmm one indmtrial vim Ihoukl be arranged by the coUegc in. any three: industriCl (I-Large leak +
I-Medium 1lCa1
•• + I.funall ~"",Ic:) and a n'pOit R:gIUlling !hI: _
should be pr.:pared and ~ubmilll:d W
the form of.journal al the end of semeltCr ~ II .
Certificate ofHRD II'IllMp" or equivalent mrthoriIy should be: enclolJed in.1he journal.
One
.wr InIall:ba
Ihould llCoompatly willi "VCf)' 30 studI.'1ll&.
C:'£NG~G'MECHANICAL\Mccll,doc
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