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Dr. Babasaheb Ambedkar Marathwada University, Aurangabad
Syllabus Structure of T.E. (Mechanical Engineering) w.e.f. Academic Year 2013-14
Part-I
Subject
No.
Subject
Contact Hours / Week Examination Scheme
Remark
L
T
P
Total
TH
CT
TW
P
Total
Duration of
Theory
Examination
MED301 Design of Machine Elements-I 4 2 6 80 20 100 3
MED302 Theory of Machines-II 4 2 6 80 20 100 3
MED303 Metallurgy and Materials 4 2 6 80 20 100 3
MED304 Fluid Mechanics 4 2 6 80 20 100 3
MED305 Industrial Management and Engineering Economics 4 4 80 20 100 3
MED321 Lab-I Design of Machine Elements-I 25 25 50
MED322 Lab-II Theory of Machines-II 50 50
MED323 Lab-III Metallurgy and Materials 25 25
MED324 Lab-IV Fluid Mechanics 25 25 50
BSH 331 Lab-V Communication Skills -II
2 2
50 50 01 Online
Exam
MED326 Lab-VI Workshop-V 2 2 25 25
Total 20 12 32 400 100 150 100 750
2
Part-II
Subject
No.
Subject
Contact Hours / Week Examination Scheme
Remarks L
T
P
Total
CT
TH
TW
P
Total
Duration of
Theory
Examination
MED351 Design of Machine Elements-II 4 2 6 20 80 100 3
MED352 Heat Transfer 4 2 6 20 80 100 3
MED353 Industrial Hydraulics and Pneumatics 4 2 6 20 80 100 3
MED354 Tool Engineering 4 2 6 20 80 100 4
MED355 CAD / CAM / CAE 4 2 6 20 80 100 3
MED356 Mechanical Measurements 2
2 4 10 40
50 Online
Exam
MED371 Lab-VII Design of Machine Elements-II 25 25
MED372 Lab-VIII Heat Transfer 25 25 50
MED373 Lab-IX Industrial Hydraulics and Pneumatics 25 25
MED374 Lab-X Tool Engineering 25 25 50
MED375 Lab-XI CAD / CAM / CAE 25 25 50
Total 22 12 34 110 440 125 75 750
L: Lecture hours per week T: Tutorial Hours per week P: Practical hours per week
TH: University Theory Examination TW: Term Work P: Practical / Oral Examination
3
MED301-DESIGN MACHINE ELEMENTS – I
Teaching Scheme
Examination Scheme
Lectures: 4
Hrs/W
eek
Theory Exam : 8
0 M
ark
s (3 H
rs)
Class T
est: 2
0 M
ark
s
Objectives:
•
Un
dersta
nd
the m
ean
ing o
f desig
n a
nd d
esig
n p
rocess.
•
Pre
dic
t effe
ctiv
ely
an
d a
ccura
tely
the re
aso
ns o
f failu
re a
nd th
en c
orre
late
it to th
e
theo
retical kn
ow
ledge.
•
Dev
elo
pin
g th
e c
apab
ility to
an
aly
ze a
nd se
lect th
e vario
us c
riteria
of d
esig
n.
•
Dev
elo
pin
g c
reativ
ity fo
r desig
nin
g th
e v
ario
us ty
pes o
f faste
ners in
clu
din
g riv
ete
d jo
ints
an
d w
eld
ing jo
ints a
t vario
us lo
ad
ing c
on
ditio
ns.
Unit 1 : F
undamental Aspect of Design
(7 Hrs)
1.
Th
e m
ean
ing of
desig
n,
En
gin
eerin
g d
esig
n,
Phase
s of
desig
n,
desig
n cla
ssificatio
n,
Aesth
etic
, Erg
on
om
ic &
gen
era
l desig
n c
onsid
era
tion, u
se o
f stan
dard
s in d
esig
n, p
refe
rred
serie
s.
Mate
rial p
rop
ertie
s & se
lectio
n o
f mate
rials, B
IS d
esig
natio
n.
2.
Ty
pes
of
load
s an
d stre
sses.
Stre
ss stra
in dia
gra
m,
Facto
r of
safe
ty,
Dire
ct
stresse
s,
ben
din
g stre
sses,
Necessity
of
Th
eorie
s of fa
ilure
, Tw
o d
imensio
nal
stress c
on
ditio
n,
Diffe
ren
t theorie
s of fa
ilure
an
d c
om
bin
ed stre
sses. D
esig
n o
f C- c
lam
p &
C-fra
me.
Unit 2:
(8 Hrs)
(A) Design against static loading: D
esig
n o
f Co
tter jo
int sin
gle
an
d d
ou
ble
co
tter jo
int.
Desig
n o
f kn
uck
le jo
int. D
esig
n o
f lev
er.
(B) Design of sh
aft, k
eys and coupling: S
hafts su
bje
cte
d to
ben
din
g a
nd to
rsion, ty
pes o
f
keys a
nd th
eir d
esig
n, d
esig
n o
f rigid
an
d fle
xib
le co
up
lings.
Unit 3: Design of sc
rew and fasteners
(5 Hrs)
Desig
n o
f bo
lted a
nd th
read
ed jo
ints, d
esig
n o
f po
wer sc
rew
s, intro
du
ctio
n to
re-c
ircu
latin
g b
all
scre
w.
Unit 4: Design against flu
ctuating load
(7 Hrs)
Stre
ss co
ncen
tratio
n, fa
tigu
e fa
ilure
, en
dura
nce lim
it, no
tch se
nsitiv
ity, G
oo
dm
an,
So
derb
erg
dia
gra
ms, a
nd m
od
ified G
oo
dm
an
dia
gra
m, fa
tigu
e d
esig
n u
nd
er c
om
bin
ed stre
sses.
Unit 5: Design of welded and Riveted joint:
(6 Hrs)
(A)
Ty
pes o
f weld
ed jo
ints, e
ccen
trically
load
ed
join
ts, weld
ed
join
ts sub
jecte
d to
ben
din
g
mo
ment.
(B)
Ty
pes o
f rivete
d jo
ints, , T
yp
es o
f failu
re o
f rivete
d jo
ints, S
tren
gth
eq
uatio
n. C
au
lkin
g
an
d F
ulle
ring
of riv
ete
d, e
ccen
trically
load
ed jo
ints.
Unit 6: Design of Spring
(7 Hrs)
Term
ino
log
y a
nd ty
pes o
f sprin
g, D
esig
n o
f helic
al sp
ring a
gain
st static
load
ing, A
.M. W
ah
l
corre
ctio
n fa
cto
r, Desig
n a
gain
st fluctu
atin
g lo
ad, S
urg
ing a
nd B
uck
ling o
f sprin
g, d
esig
n o
f
mu
lti leaf sp
ring
, Nip
pin
g.
4
Section A: U
nit 1
, 2 a
nd 3
Section B: U
nit 4
, 5 a
nd 6
Referen
ce Books
1.
Shig
ley J.E
. an
d M
isch
ke C
.R.,“
Mech
an
ical E
ng
ineerin
g D
esig
n”, M
cG
raw
Hill
Pu
blic
atio
ns C
o. L
td.
2.
Bh
an
dari V
. B., “
Intro
du
ctio
n to
Mach
ine D
esig
n”, M
c G
raw
Hill
3.
Bh
an
dari V
.B., “
Desig
n o
f Machin
e E
lem
en
ts”, T
ata
McG
raw
Hill P
ub
l. Co. L
td.
4.
Sp
otts M
.F. a
nd S
ho
up
T.E
., “ D
esig
n o
f Mach
ine E
lem
ents”
, Pre
ntic
e H
all In
tern
atio
nal.
5.
Bla
ck
P.H
. an
d O
. Eu
gen
e A
dam
s, “M
ach
ine D
esig
n”, M
cG
raw
Hill B
oo
k C
o. L
td.
6.
“D
esig
n D
ata
”, P
.S.G
. Co
lleg
e o
f Tech
no
log
y, C
oim
bato
re.
7.
Juvin
al R
.C., “
Fu
nd
am
enta
ls of M
ach
ine C
om
po
nen
ts Desig
n”, Jo
hn W
iley
& S
on
s.
8.
Hall A
.S., H
olo
wen
ko
A.R
. an
d L
au
gh
lin H
.G., “
Mach
ine D
esig
n”, S
chau
m’s o
utlin
e se
ries,
Mc G
raw
Hill.
9.
Ku
lkarn
i S. G
., Machin
e D
esig
n, M
c G
raw
Hill
10
. Gan
esh
Bab
u K
. an
d S
rithar K
., “D
esig
n o
f Mach
ine E
lem
en
ts”, M
c G
raw
Hill
Pattern of Questio
n Paper
Th
e u
nits in
the sy
llab
us a
re d
ivid
ed in
two
eq
ual se
ctio
ns. Q
uestio
n p
aper c
onsists o
f tw
o
sectio
ns A
an
d B
. Sectio
n A
inclu
des first th
ree u
nits (1
, 2, a
nd
3) a
nd S
ectio
n B
in
clu
des
rem
ain
ing th
ree u
nits (4
, 5 a
nd 6
). Qu
estio
n p
ap
er sh
ou
ld c
ov
er th
e e
ntire
sylla
bu
s.
For 80 marks Paper:
1.
Fiv
e q
uestio
ns in
each
Sectio
n
2.
Atte
mpt a
ny th
ree q
uestio
ns fro
m e
ach S
ectio
n.
5
MED302 -THEORY OF M
ACHINES-II
Teaching Scheme
Examination Scheme
Lectures: 4
Hrs/W
eek
Theory
: 80
Mark
s (3 H
rs)
Class T
est: 2
0 M
ark
s
Objectives:
•
Dev
elo
p a
bility
to c
om
e u
p w
ith in
no
vativ
e id
eas.
•
To p
rep
are
the stu
den
ts for stu
dy
ing
mach
ine d
esig
n a
nd
allie
d su
bje
cts.
•
Sele
ct S
uita
ble
Driv
es a
nd
Mech
an
isms fo
r a p
artic
ula
r ap
plic
atio
n.
•
Un
dersta
nd
the c
on
cep
t of V
ibra
tion.
Unit 1: Toothed Gears
(10 Hrs)
Intro
du
ctio
n, G
ear te
rmin
olo
gy, ty
pes o
f gears a
nd
field
of a
pp
licatio
ns.
(A) Spur Gears :te
rmin
olo
gy
of g
earin
g, c
on
jug
ate
actio
n, in
vo
lute a
nd
cy
clo
idal p
rofile
, path
of c
on
tact, a
rc o
f co
nta
ct, c
on
tact ra
tio, in
terfe
ren
ce, u
nd
erc
uttin
g, M
eth
od
s to
av
oid
inte
rfere
nce a
nd u
nd
erc
uttin
g, R
ack sh
ift, Effe
ct o
f cen
ter d
istan
ce v
aria
tion,
frictio
n
betw
een
gear te
eth
, inte
rnal g
ears,
(B) Helical and Herringbone gears. T
heir re
lativ
e m
erits a
nd d
em
erits o
ver sp
ur g
ear
(C) Spiral Gears- S
pira
l an
gle
, shaft a
ng
le, c
en
tre d
istan
ce &
Effic
ien
cy o
f spira
l gears.
(D) Bevel Gears &
Worm and worm gears : T
erm
ino
log
y, g
eo
metric
al re
latio
nsh
ips,
(E) Gear trains: T
yp
es o
f gear tra
ins.
Unit 2:Governor and Flywheel
(8 Hrs)
A) Governors- F
un
ctio
n, In
ertia
an
d c
en
trifug
al ty
pe g
ov
ern
ors, D
iffere
nt ty
pes o
f cen
trifug
al
go
vern
ors (W
att, P
orte
r, Pro
ell a
nd H
artn
ell o
nly
), Co
ntro
lling
forc
e a
naly
sis, Go
vern
or
effo
rt
an
d g
ov
ern
or p
ow
er, se
nsitiv
ity, sta
bility
, Isochro
nism
an
d h
un
ting, F
rictio
n, In
sen
sitiven
ess
B) Flywheel- T
urn
ing m
om
en
t dia
gra
m, F
luctu
atio
n o
f en
erg
y a
nd
speed, D
ete
rmin
atio
n o
f
flyw
heel siz
e fo
r diffe
ren
t typ
es o
f en
gin
es a
nd m
ach
ines.
Unit 3
: Gyroscope
(4 Hrs)
Intro
du
ctio
n, A
ng
ula
r accele
ratio
n, G
yro
sco
pic
co
up
le, E
ffect o
f gyro
sco
pic
co
up
le o
n
aero
pla
ne, N
av
al sh
ip, S
tab
ility o
f veh
icle
s
Unit4: Friction Clutches
(4 Hrs)
Ty
pes fric
tion
s, Fric
tion la
ws, sin
gle
pla
te&
mu
ltipla
te C
on
e c
lutc
h, C
entrifu
gal c
lutc
h, T
orq
ue
tran
smittin
g c
ap
acity
, Clu
tch o
pera
ting
mech
an
isms.
Unit 5
: Belt , R
ope & chain Drives
(4 Hrs)
Fla
t an
d V
ee b
elt, R
op
e, L
imitin
g te
nsio
n ra
tio, P
ow
er tra
nsm
itted
, Centrifu
gal e
ffect, M
ax
imu
m
po
wer tra
nsm
itted
by
belt, S
lip, C
reep a
nd
Initia
l ten
sion.
kin
em
atic
s of c
hain
driv
es, a
ng
ula
r velo
city
ratio
, Co
nstru
ctio
n o
f Bu
sh a
nd R
olle
r ch
ain
, po
wer
tran
smitte
d b
y c
hain
.
Unit 6
: Vibration
(10 Hrs)
Intro
du
ctio
n, C
au
se, e
ffects a
nd te
rmin
olo
gy.
6
(A) Single degree of fr
eedom system: u
nd
am
ped tre
e v
ibra
tion. D
ev
elo
pm
en
t of d
iffere
ntial
eq
uatio
n of
motio
n an
d its
solu
tion fo
r d
iffere
nt u
nd
am
ped sy
stem
s. C
om
pu
tatio
n of
natu
ral frequ
ency
.
(B) Damped free vibrations: d
iffere
ntia
l eq
uatio
n o
f mo
tion
. Lo
garith
mic
decre
men
t dam
pin
g
meth
od
s, Dam
ped n
atu
ral fre
qu
en
cy o
f vib
ratio
n (a
naly
sis of v
isco
us d
am
pin
g o
nly
(C) Forced Vibrations: v
ibra
tion
du
e to
harm
on
ic fo
rce e
xcita
tion c
entric
mass
ex
cita
tion,
sup
port
ex
cita
tion.
Ste
ad
y sta
te re
spo
nse
cu
rves,
ph
ase
la
g
an
gle
. M
otio
n
an
d fo
rce
transm
issibility
, seismic in
strum
ents
Section A: U
nit 1
, 2 a
nd 3
Section B: U
nit 4
, 5 a
nd 6
. Referen
ce Books
1.
Th
eory
of M
ach
ines –
Th
om
as B
ev
an
2.
Th
eory
of M
ach
ines a
nd
Mech
an
isms- S
hig
ley
3.
Th
eory
of M
ach
ines a
nd M
ech
an
isms-G
ho
sh &
Mallik
4.
Th
eory
of M
ach
ines a
nd M
ech
an
isms- R
ao &
Du
kk
ipati
5.
Th
eory
of M
ach
ines-S
.S. R
atta
n, M
c G
raw
Hill
6.
Kin
em
atic
s of M
ach
ines-D
r. Sad
hu
Sin
gh
7.
Th
eory
of M
ach
ines –
Kh
urm
i & G
up
ta
8.
Th
eory
of M
ach
ines –
R. K
. Bansa
l
9.
Th
eory
of M
ach
ines –
V. P
. Sin
gh
10
. Mech
an
ical V
ibra
tion
s by
Gro
ver G
.K., N
em
ch
an
d P
ub
li.
11
. Mech
an
ical V
ibra
tion
s by
S.S
.Rao, P
earso
n E
du
catio
n P
ub
li
12
. Mech
an
ical V
ibra
tion
s by V
.P. S
ing
h, D
han
pat R
ai P
ub
licatio
ns.
13
. Solv
ed v
ibra
tions in
Mech
an
ical V
ibra
tion
s, Sch
au
ms S
erie
s
14
. Mech
an
ical V
ibra
tion
s by
S G
rah
am
Kelly
, Tata
Mc G
raw
Hill
15
. Mech
an
ical V
ibra
tion
s, Th
am
maia
h G
ow
da, Ja
gad
eesh
a T
, D V
Girish
, Mc G
raw
Hill
Pattern of Questio
n Paper
Th
e u
nits in
the sy
llab
us a
re d
ivid
ed in
two
eq
ual se
ctio
ns. Q
uestio
n p
aper c
onsists o
f tw
o
sectio
ns A
an
d B
. Sectio
n A
inclu
des first th
ree u
nits (1
, 2, a
nd
3) a
nd S
ectio
n B
in
clu
des
rem
ain
ing th
ree u
nits (4
, 5 a
nd 6
). Qu
estio
n p
ap
er sh
ou
ld c
ov
er th
e e
ntire
sylla
bu
s.
For 80 marks Paper:
1.
Fiv
e q
uestio
ns in
each
Sectio
n
2.
Atte
mpt a
ny th
ree q
uestio
ns fro
m e
ach S
ectio
n.
7
MED303-METALLURGY AND MATERIALS
Teaching Scheme
Examination Scheme
Lectures: 4
Hrs/ W
eek.
Theory Examination: 8
0 M
ark
s (3 H
rs)
Class T
est: 2
0 M
ark
s
Objectives:
1.
To im
part a
fun
dam
enta
l kn
ow
led
ge a
bo
ut e
xtra
ctio
n o
f Ste
el &
Cast Iro
n, th
eir h
eat
treatm
en
t pro
cess &
ind
ustria
l use
.
2.
To im
part so
un
d k
no
wle
dg
e o
f diffe
ren
t mate
rials w
ith th
eir se
lectio
n, p
rop
ertie
s for
ind
ustrial ap
plicatio
n.
Unit 1: Structure of M
aterials a
nd Strengthening Mechanism
(7 Hrs)
Structure of M
etals: U
nit C
ell, S
pace L
attic
e, ty
pes o
f Cry
stal stru
ctu
res, M
iller In
dic
es,
Ato
mic
Packin
g F
acto
r, Co
ord
inatio
n N
um
ber.
Solidific
ation:
Co
olin
g
curv
e
for
meta
ls an
d
allo
ys,
Ho
mo
gen
eo
us
&
Hete
rog
en
eo
us
Nu
cle
atio
n,
Cry
stal
gro
wth
, G
rain
b
ou
nd
arie
s, E
qu
i-axise
d a
nd
C
olu
mn
ar
Gra
in,
Den
dritic
Pattern
, P
oly
mo
rph
ism.
Imperfections in
Crystal: P
oin
t Defe
cts, L
ine D
efe
cts, S
urfa
ce a
nd B
ulk
Defe
cts.
Strengthening Mechanism
: Intro
du
ctio
n, G
rain
bo
un
darie
s an
d d
efo
rmatio
n, stre
ng
thenin
g
from
gra
in b
ou
nd
arie
s, Gra
in siz
e m
easu
rem
ent, G
rain
size re
du
ctio
n, so
lid so
lutio
n
stren
gth
en
ing
/hard
en
ing, stre
ng
then
ing fro
m fin
e partic
les, fib
er stre
ng
then
ing, m
arte
nsite
stren
gth
en
ing, stra
in h
ard
en
ing, B
ausc
hin
ger E
ffect.
Unit 2: Phase Diagram
(6 Hrs)
Equilib
rium Diagram: Im
porta
nce o
f Eq
uilib
rium
dia
gra
m, G
ibb
s’s Ph
ase
Ru
le, S
olid
So
lutio
n
& th
eir ty
pes, H
um
e R
oth
ery
's rule
s, Ty
pes o
f ph
ase
dia
gra
m, Iso
mo
rph
ism, E
ute
ctic
, Perite
ctic
an
d E
ute
cto
id R
eactio
n, Im
porta
nce o
f lever ru
le.
Iron carbon equilib
rium Diagram
: Ph
ase
s in th
e F
e–
C sy
stem
, Tra
nsfo
rmatio
n R
eactio
ns,
Critic
al T
em
pera
ture
s an
d th
eir sig
nific
an
ce, T
he T
TT
dia
gra
m, C
CT
dia
gra
m.
Unit 3: Heat Treatment of Steels
(10 Hrs)
Ob
jectiv
e
of
heat
treatm
en
t, ty
pes
of
heat
treatm
ent; Annealing:
Stre
ss R
elie
vin
g,
Full
An
nealin
g, Iso
therm
al A
nn
ealin
g, D
iffusio
n A
nn
ealin
g, P
artia
l An
nealin
g, R
ecry
stalliz
atio
n
An
nealin
g,
Pro
cess
An
nealin
g,
Sp
hero
disin
g, Normalizing
: O
bje
ctiv
e
of
No
rmaliz
ing
,
Co
mp
ariso
n of
No
rmaliz
ing v/s
An
nealin
g. Hardening:
Hard
en
ing m
eth
od
s, Jo
min
y E
nd
qu
en
ch te
st, Hard
en
ing
defe
cts &
Qu
en
ch
stresse
s Reta
ined
au
sten
ite, S
ub-z
ero
T
reatm
en
t,
Tempering: O
bje
ctiv
e o
f tem
perin
g, ty
pes, T
em
per b
rittlen
ess, T
em
per C
olo
rs, Auste
mp
erin
g,
Martem
parin
g,
Paten
ting.
Surfa
ce a
nd c
ase
hard
en
ing tre
atm
en
ts: Carb
uriz
ing
, Nitrid
ing, S
urfa
ce h
ard
enin
g, e
tc.
Unit 4: Steel & Cast Ir
ons
(7 Hrs)
Steel: C
lassific
atio
n o
f Ste
el, S
pecific
atio
ns &
their sig
nific
ance. (A
ISI, S
AE
D
esig
natio
n),
Ty
pes o
f carb
on ste
el: L
ow
carb
on
steels, M
ed
ium
Carb
on ste
els, H
igh c
arb
on ste
els &
their
ap
plic
atio
ns. A
lloy Steel: c
lassific
atio
ns o
f allo
yin
g e
lem
en
ts, effe
ct o
f alloy
ing
ele
men
ts on F
e-
C, c
lassific
atio
ns o
f allo
y ste
els: H
igh stre
ng
th lo
w a
lloy
steels (H
SL
A), M
ara
gin
g ste
els,
free
cu
tting ste
el, to
ol ste
els &
its cla
ssificatio
n. Stainless S
teels –
Intro
du
ctio
n &
its cla
ssificatio
n
8
as fe
rritic, m
arte
nsitic
an
d A
uste
nitic
stain
less ste
el, se
nsitiz
atio
n o
f stain
less ste
el, w
eld
s decay
& its re
med
ies. C
hara
cte
rizatio
n a
nd
its imp
orta
nce.
Cla
ssificatio
n
of
Cast
Iron
s, effe
ct
of
allo
yin
g
ele
men
t o
n
mic
rostru
ctu
re
of
cast
iron
.
Gra
ph
itizatio
n &
its effe
ct o
n p
ropertie
s of C
I, Wh
ite C
I, Malle
ab
le C
I, No
du
lar C
I, Gra
y
CI,
their m
an
ufa
ctu
re a
nd a
pp
licatio
ns, M
icro
structu
res o
f cast iro
n.
Unit 5: Non-Ferrous Alloys:
(4 Hrs)
Copper Alloys:
co
mp
ositio
n,
pro
pertie
s & u
ses,
co
pp
er a
nd its
allo
ys,
- bra
sses,
bro
nzes,
bearin
g a
lloy
s. Aluminum alloys: c
om
positio
n, p
rop
ertie
s & u
ses, C
lassific
atio
n o
f Al-a
lloys,
Mag
nesiu
m a
nd its a
lloy
s, Tita
niu
m a
nd
its allo
ys.
Unit 6: Advanced Materials
(6 Hrs)
Ceramic Materials: C
era
mic
s an
d g
lasse
s, cry
stallin
e a
nd n
on-c
rysta
lline c
era
mic
s, Stru
ctu
re
of c
era
mic
s an
d g
lasse
s, Majo
r mech
anic
al a
nd
op
tical p
rop
ertie
s.
Composite
Materials: C
lassific
atio
n o
f Co
mp
osite
s, Matric
es a
nd re
info
rcem
en
ts, Fabric
atio
n
meth
od
s of
co
mp
on
en
t m
an
ufa
ctu
re
of
co
mp
osite
s, P
artic
le-R
ein
forc
ed
Mate
rials,
Fib
er
Rein
forc
ed
Mate
rials, M
eta
l Cera
mic
Mix
ture
s, Meta
l-Matrix
Co
mp
osite
s an
d C
arb
on
-Carb
on
(C–
C) c
om
po
sites. E
xam
ple
s an
d a
pp
licatio
ns.
Nano Materials: Im
po
rtan
ce, E
merg
en
ce o
f Nan
o–
Tech
no
log
y, B
otto
m-U
p a
nd T
op
–d
ow
n
ap
pro
aches, c
halle
ng
es in
Nan
o –
Tech
no
log
y, A
pp
licatio
ns.
Section A: U
nit 1
, 2 a
nd 3
Section B: U
nit 4
, 5 a
nd 6
Reco
mmended Books
1.
V.D
. Ko
dg
ire, “
Meta
llurg
y a
nd M
ate
rial S
cie
nces”
, Ev
ere
st Pu
blish
ing
.
2.
Do
nald
R. A
skela
nd, P
rad
eep
P. P
hu
le, “
Esse
ntia
ls of M
ate
rials fo
r Scie
nce an
d
En
gin
eering”, T
ho
mso
n-E
ngin
eering, 2
00
6.
3.
Willia
m D
. Calliste
r Jr., “M
ate
rial S
cie
nce &
En
gin
eerin
g- A
n In
trod
uctio
n”, W
iley In
dia
Pvt. L
td. 6
th E
ditio
n, 2
00
6, N
ew
Delh
i.
4.
S. A
vn
er, “
Ph
ysic
al M
eta
llurg
y”, M
cG
raw
Hill P
ub
licatio
n.
Referen
ce books
1.
Ch
arle
s P. P
oo
le Jr. a
nd
Fra
nk J. O
wen
s, “In
trod
uctio
n to
Nan
ote
ch
no
log
y”, W
iley In
dia
,
New
Delh
i, 20
10
2.
Jam
es S
. Reed, “
Intro
du
ctio
n to
the P
rincip
les o
f Cera
mic
Pro
cessin
g”, Jo
hn W
iley, 1
99
5.
3.
A.B
. Stro
ng
, “F
un
dam
en
tals o
f Co
mp
osite
s Man
ufa
ctu
ring
- Mate
rials, M
eth
od
s an
d
Ap
plic
atio
ns”
, SM
E 1
98
9.
4.
R.A
. Hig
gin
s, “E
ng
ineerin
g M
eta
llurg
y”.
5.
Y.U
. Lak
htin
, “E
ng
ineerin
g P
hy
sical M
eta
llurg
y a
nd H
eat T
reatm
en
t”.
6.
AS
M H
an
db
oo
k - V
ol. 0
1 &
02, P
rop
ertie
s an
d S
ele
ctio
n (fe
rrous &
No
nfe
rrous m
eta
ls)
Pattern of Questio
n Paper
Th
e u
nits in
the sy
llab
us a
re d
ivid
ed in
two
eq
ual se
ctio
ns. Q
uestio
n p
aper c
onsists o
f tw
o
sectio
ns A
an
d B
. Sectio
n A
inclu
des first th
ree u
nits (1
, 2, a
nd
3) a
nd S
ectio
n B
in
clu
des
rem
ain
ing th
ree u
nits (4
, 5 a
nd 6
). Qu
estio
n p
ap
er sh
ou
ld c
ov
er th
e e
ntire
sylla
bu
s.
For 80 marks Paper:
1.
Fiv
e q
uestio
ns in
each
Sectio
n
2.
Atte
mpt a
ny th
ree q
uestio
ns fro
m e
ach S
ectio
n.
10
MED304-FLUID MECHANICS w.e.f. (2
014-15)
Teaching Scheme
Examination Scheme
Lectu
res: 4 Hrs/w
eek
Theory: 80Marks (3
Hrs.)
Class T
est: 20 Marks
Objectiv
es:
Th
is cou
rse deals w
ith th
e basic co
ncep
ts of flu
id m
echan
ics. Th
e ob
jectives o
f the co
urse are
to en
able th
e stud
ents to
:
•
Un
derstan
d th
e con
cept o
f differen
t typ
es of flu
id, an
d th
eir pro
perties.
•
Un
derstan
d th
e Pascal’s law
and
its app
lication
, ph
ysical sig
nifican
ce and
app
lication
of cen
tre of b
uo
yan
cy, m
etacentric h
eigh
t.
•
Un
derstan
d
con
cept
of
fluid
k
inem
atics, d
yn
amics,
app
lication
o
f d
imen
sion
al
analy
sis and
CF
D.
•
Un
derstan
d th
e con
cept o
f bo
un
dary
layer an
d its ap
plicatio
n.
•
Un
derstan
d m
ajor an
d m
ino
r losses o
f flow
thro
ug
h p
ipes.
Course C
ontent:
Unit-I
(08Hrs)
Introductio
n to Fluid Mech
anics:
Intro
du
ction
, Id
eal fluid
, real fluid
, New
ton
ian &
Non
New
ton
ian flu
id, C
om
pressib
le &
inco
mp
ressible
fluid
, p
rop
erties o
f flu
id,
visco
sity
and
its u
nits,
surface
tensio
n,
com
pressib
ility, cap
illarity.
Fluid Statics:
Intro
du
ction
, Pascal’s L
aw
, pressu
re in flu
id at rest, H
yd
rostatic fo
rces on
imm
ersed, p
lane &
curv
ed su
rfaces, centre o
f pressu
re & resu
ltant fo
rce, bu
oyan
t force &
centre o
f bu
oyan
cy,
Eq
uilib
rium
of flo
ating b
od
y, M
eta centric h
eigh
t, Oscillatio
n o
f floatin
g b
od
y &
engin
eering
app
lication
s.
Unit-II
(06Hrs)
Fluid Kinematics:
Intro
du
ction
, Scalar an
d v
ector field
s, Descrip
tion
of flu
id m
otio
n, T
yp
es of flu
id flo
w, T
yp
es
of flo
w lin
es, Co
ntin
uity
equ
ation
( in C
artesian an
d p
olar co
ord
inate), C
irculatio
n an
d
Vo
rticity, V
elocity
po
tential an
d stream
fun
ction
, Relatio
n b
etween
velo
city p
oten
tial and
stream fu
nctio
n.
Unit-III
(06Hrs)
Fluid Dynamics:
Intro
du
ction
, Co
ntin
uity
equ
ation
in C
artesian &
cylin
drical co
ord
inates, E
uler’s E
qu
ation
of
mo
tion
, Bern
ou
lli’s equ
ation
& its assu
mp
tion
s, Ap
plicatio
ns o
f Bern
ou
lli’s theo
rem,
11
M
om
entu
m &
energ
y co
rrection
factors, E
ngin
eering ap
plicatio
ns o
f mo
men
tum
equ
ation
as
force ex
erted b
y flo
win
g flu
ids o
n b
end
s.
Unit-IV
(0
6Hrs)
Boundary Layer T
heory:
Intro
du
ction
to
b
ou
nd
ary
layer,
defin
ition
an
d
characteristics,
bo
un
dary
la
yer
thick
ness,
disp
lacemen
t thick
ness, en
ergy th
ickn
ess, mo
men
tum
thick
ness,
Vo
n-K
arman
mo
men
tum
equ
ation
, lamin
ar bo
un
dary
layer, tu
rbu
lent b
ou
nd
ary la
yer, to
tal
drag
du
e to lam
inar an
d tu
rbu
lent b
ou
nd
ary la
yers, b
ou
nd
ary la
yer sep
aration
and
its con
trol.
Unit-V
(09Hrs)
Flow through Pipes
Lo
ss of en
ergy in
pip
es, loss o
f energ
y d
ue to
friction
,min
or en
ergy lo
sses hyd
raulic g
radien
t
and
total en
ergy lin
e ,flow
thro
ugh
com
po
un
d p
ipes in
series or flo
w th
rou
gh
com
po
un
d
pip
es ,equ
ivalen
t pip
e , flow
thro
ugh
parallel p
ipes, flo
w th
rou
gh
bran
ched
pip
es.
Visco
us flo
w : In
trod
uctio
n , flo
w o
f visco
us flu
id th
rou
gh
circular p
ipe , T
urbulent flo
w:
Intro
du
ction
, Rey
no
lds ex
perim
ent ,frictio
nal lo
ss in p
ipe flo
w ,ex
pressio
n fo
r loss o
f head
du
e to frictio
n in
pip
es, exp
ression
for co
-efficient o
f shear stress.
Unit-V
I
(05Hrs)
Dimensional Analysis a
nd Similarity
:
Dim
ensio
ns o
f vario
us p
hysical q
uan
tities, Ray
leigh’s m
etho
d an
d B
uck
ingh
am’s π
(pie)
theo
rem, ty
pes o
f similarities, d
istorted
& n
on
disto
rted m
od
els, Dim
ensio
nless n
um
bers &
their sig
nifican
ce.
Introductio
n to computational flu
id dynamics:
Intro
du
ction
, Need
of C
FD
, Go
vern
ing eq
uatio
n o
f CF
D, C
FD
app
lication
s.
Suggested
Text Books and Referen
ces:
1.
Flu
id m
echan
ics and
Hyd
raulic m
achin
es by D
om
ku
nd
war &
Do
mk
un
dw
ar, Dh
anp
at
Rai &
Co
.
2.
Flu
id m
echan
ics and
Flu
id m
achin
es by S
K S
om
, G B
iswas, T
ata McG
raw H
ill.
3.
Flu
id m
echan
ics and
Hyd
raulic m
achin
es by R
K B
ansal, L
axm
i Pu
blicatio
ns.
4.
Flu
id m
echan
ics and
Hyd
raulic m
achin
es by M
od
i & S
eth, S
tand
ard b
oo
k h
ou
se, New
Delh
i.
5.
Flu
id m
echan
ics and
Hyd
raulic m
achin
es by R
K R
ajput, S
Ch
and
co. P
ub
lication
.
6.
Co
mp
utatio
nal F
luid
Dyn
amics b
y A
nd
erson
.
7.
Flu
id m
echan
ics and
Hyd
raulic m
achin
es by R
amam
urth
am, D
han
pat R
ai & S
on
s.
8.
Flu
id m
echan
ics and
Flu
id p
ow
er engin
eering b
y D
S K
um
ar, S K
Kataria &
So
ns.
9.
Flu
id m
echan
ics by C
eng
el, Tata M
cGraw
Hill.
12
Pattern
of th
e Questio
n Paper:
Th
e un
its in th
e syllab
us are d
ivid
ed in
two
equ
al section
s. Qu
estion
Pap
er con
sists of tw
o
section
s A an
d B
. Sectio
n A
inclu
des first th
ree units (1
, 2 an
d 3
) and
Sectio
n B
inclu
des
remain
ing th
ree un
its (4, 5
and
6). Q
uestio
n p
aper sh
ou
ld co
ver th
e entire sy
llabu
s. Fiv
e
qu
estion
s in each
section
and
attemp
t any th
ree qu
estion
s from
each sectio
n.
13
MED305 - IN
DUSTRIAL MANAGEMENT & ENGINEERING
ECONOMICS
Teaching Scheme
Examination Scheme
Lectures: 4
Hrs/W
eek
Theory: 8
0 M
ark
s (3 H
rs)
Class T
est :2
0 M
ark
s
Objectives:
•
To u
nd
ersta
nd c
on
cept o
f Man
ag
em
ent, A
dm
inistra
tion, O
rganiz
atio
n, c
ostin
g a
nd
finan
cial man
agem
ent.
•
To e
ng
age a
nd
en
han
ce c
ritical sk
ills by p
ursu
it of sp
ecia
list op
tion
s via
m
an
ag
em
en
t
an
d e
co
no
mic
s.
Unit 1:
(8 Hrs)
A- In
troduction to Management:
Natu
re
an
d
Ch
ara
cte
ristics
of
Man
ag
em
ent,
Prin
cip
les of
man
ag
em
en
t, fu
nctio
ns
of
manag
em
en
t, le
vels
of
manag
em
en
t, a
need
fo
r m
an
agem
en
t, M
an
ag
em
en
t of
Ch
an
ge,
Man
ag
em
ent b
y o
bje
ctiv
es.
B. Recent trends in
Management
Kn
ow
led
ge m
anag
em
en
t-Cla
ssificatio
n,
ob
jectiv
es,
forc
es
driv
ing
k
no
wle
dg
e
man
ag
em
en
t,
Kn
ow
led
ge
cy
cle
, ben
efits,
En
trepre
neursh
ip
Dev
elo
pm
en
t-Defin
ition,
Fu
nctio
ns
of
en
trepre
neur,
vario
us
sch
em
es
for
the E
ntre
pre
neursh
ip D
ev
elo
pm
en
t, S
ix sig
ma,
T.Q
.M -
Ob
jectiv
es,
Dr. D
em
ing
an
d
Cro
ss b
y
14
p
oin
ts of
T.Q
.M.,
ben
efits
of
T.Q
.M,
Ste
ps
of
imp
lemen
ting T
.Q.M
.
Unit 2: Business O
rganization
(6 Hrs)
Form
s of b
usin
ess o
rgan
izatio
n, p
artn
ersh
ip, in
du
strial p
roprie
torsh
ip, jo
int S
tock C
om
pan
y, c
o-
op
era
tive e
nte
rprise
, pu
blic
secto
r un
derta
kin
g, o
rgan
izatio
nal stru
ctu
res, lin
e o
rgan
izatio
n, sta
ff
org
an
izatio
n, c
om
mitte
e o
rgan
izatio
n, p
roje
ct o
rgan
izatio
n, m
atrix
org
an
izatio
n
Unit 3: Human Resource Management
(6 Hrs)
Sco
pe a
nd fu
nctio
ns o
f Hu
man re
sou
rce m
anag
em
ent, re
cru
itmen
t, sele
ctio
n a
nd in
du
ctio
n,
train
ing d
ev
elo
pm
en
t, meth
od o
f train
ing, jo
b a
naly
sis: job sp
ecific
atio
n a
nd jo
b d
esc
riptio
n,
successio
n p
lan
nin
g, re
tirem
en
t /separa
tion a
nd its ty
pe, m
an
po
wer p
lan
nin
g, T
rad
e u
nio
n-
defin
ition, o
rigin
, ob
jectiv
es a
nd fu
nctio
ns o
f trad
e u
nio
n.
. Unit 4:
(6 Hrs)
A. Costin
g and Financial M
anagement
Co
sting
Tech
niq
ues: E
lem
en
ts of c
ost m
ate
rial c
ost, la
bo
ur c
ost, E
xp
en
ses, o
verh
ead c
ost, sc
op
e
an
d im
porta
nce o
f finan
cia
l man
ag
em
en
t.
B. In
ventory Management
Inv
en
tory
-defin
ition, c
hara
cte
ristics, ty
pes, m
ean
ing a
nd n
atu
re o
f inv
en
tory
, Inv
en
tory
cost
rela
tionsh
ip, c
ost a
ssocia
ted w
ith in
ven
tory
, Ben
efits o
f ho
ldin
g in
ven
tory
, Risk
an
d c
ost o
f
ho
ldin
g in
ven
tory
, Mo
dels o
f inv
en
tory
, E.O
.Q, A
.B.C
an
aly
sis, E.B
.Q.
Unit 5:
(6 Hrs)
A. Nature & Signific
ance of Economics
Ty
pes
of
eco
no
mic
an
aly
sis -
Mic
ro
an
d
macro
, k
ind
s of
eco
no
mic
d
ecisio
ns,
eco
no
mic
prin
cip
les fo
r man
ag
em
en
t decisio
ns
B. Demand and supply analysis
Dem
an
d:
Ty
pes
of
dem
an
d,
Dete
rmin
atio
n of
dem
an
d,
Dem
an
d fu
nctio
n,
law
o
f dem
an
d
Su
pp
ly:
Dete
rmin
atio
n
of
sup
ply
, su
pp
ly
fun
ctio
n,
law
o
f su
pp
ly,
Perfe
ct
co
mpetitio
n,
Mo
no
po
ly.
14
Unit 6:
(6 Hrs)
Capital Budgeting and Depreciation
R
easo
ns
of
Rep
lacem
ent, p
ay
back p
erio
d m
eth
od,
net
pre
sen
t v
alu
e,
disc
ou
nte
d c
ash
flow
meth
od
, Pro
fitab
ility in
dex
meth
od, in
tern
al ra
te o
f retu
rn (IIR
) meth
od, T
yp
es o
f Dep
recia
tion
:
Stra
igh
t line m
eth
od, w
ritten d
ow
n m
eth
od
, Liq
uid
atio
n.
Section A: U
nit 1
, 2 a
nd 3
Section B: U
nit 4
, 5 a
nd 6
Referen
ce Books
1.
P. S
ub
ba R
ao
, “P
erso
nn
el H
um
an R
eso
urc
e M
an
ag
em
ent”
, Him
ala
ya.
2.
Gary
Dessle
r an
d B
iu V
ark
key, “
Hu
man R
eso
urc
e M
an
ag
em
en
t”, P
earso
n.
3.
Geeth
ika, P
iyali G
ho
sh a
nd P
urb
a R
oy, “
Man
ag
eria
l Eco
no
mic
s”, M
C G
raw
Hill.
4.
Ko
on
tz a
nd O
’ Do
nn
ell, “
Prin
cip
les o
f Man
ag
em
en
t”.
5.
Jam
es S
ton
er, “
Man
ag
em
en
t”, P
HI P
ub
licatio
n.
6.
Nan
dk
um
ar H
uk
eri, “
Ind
ustria
l En
gin
eerin
g a
nd
Pro
du
ctio
n O
pera
tion M
an
ag
em
ent”
,
Electro
tech P
ublicatio
n.
7.
Kh
an
an
d Ja
in, “
Fin
ancia
l Man
ag
em
ent”
, Tata
MC
Gra
w H
ill.
8.
Lela
nd B
lan
k a
nd A
nth
on
y T
arq
uin
, “E
ng
ineerin
g E
co
no
my
”, T
ata
Mc G
raw
Hill
Pattern of Questio
n Paper
Th
e u
nits in
the sy
llab
us a
re d
ivid
ed in
two
eq
ual se
ctio
ns. Q
uestio
n p
aper c
onsists o
f tw
o
sectio
ns A
an
d B
. Sectio
n A
inclu
des first th
ree u
nits (1
, 2, a
nd
3) a
nd S
ectio
n B
in
clu
des
rem
ain
ing th
ree u
nits (4
, 5 a
nd 6
). Qu
estio
n p
ap
er sh
ou
ld c
ov
er th
e e
ntire
sylla
bu
s.
For 80 marks Paper:
1.
Fiv
e q
uestio
ns in
each
Sectio
n
2.
Atte
mpt a
ny th
ree q
uestio
ns fro
m e
ach S
ectio
n.
15
MED321 LAB-I D
ESIGN MACHINE ELEMENTS – I
Teaching Scheme
Examination Scheme
Practical: 2
Hrs/W
eek
Term Work
- :25
Mark
s
Practical Exam
-25
Mark
s
Term work
Term
work
shall c
on
sist of ‘T
hre
e’ d
esig
n p
roje
cts. E
ach d
esig
n p
roje
ct sh
all c
on
sist of tw
o
imperia
l size sh
eets –
on
e in
volv
ing a
ssem
bly
dra
win
g w
ith a
part list a
nd o
vera
ll d
imensio
ns
an
d th
e o
ther sh
eet in
vo
lvin
g d
raw
ing
s of in
div
idu
al c
om
po
nen
ts.
Man
ufa
ctu
ring to
lera
nces sh
ou
ld b
e sp
ecifie
d so
as to
mak
e it w
ork
ing d
raw
ing. A
desig
n re
port
giv
ing a
ll necessa
ry c
alc
ula
tion
s of th
e d
esig
n o
f co
mp
on
en
ts an
d a
ssem
bly
sho
uld
be su
bm
itted
in a
sep
ara
te file
.
Desig
n p
roje
ct sh
ou
ld b
e in
the fo
rm o
f “D
esig
n o
f Mech
an
ical S
yste
m” c
om
prisin
g o
f Mach
ine
ele
men
ts stud
ied a
nd to
pic
s co
vere
d in
the sy
llab
us. D
esig
n d
ata
bo
ok sh
all b
e u
sed
wh
ere
ver
necessa
ry to
ach
iev
e se
lectio
n o
f stan
dard
ized c
om
po
nen
ts.
•
Desig
n o
f cotte
r join
t
•
Desig
n o
f Kn
uck
le jo
int
•
Desig
n o
f co
up
ling
/ Po
wer S
cre
w.
Assig
nment Based on
•
Weld
ed
join
t an
d R
ivete
d jo
int
•
Flu
ctuatin
g lo
ads.
Practical Exam
•
Pra
ctic
al e
xam
inatio
n is b
ase
d o
n th
e p
ractic
al w
ork
do
ne d
urin
g th
e c
ourse
, Viv
a V
oce
base
d o
n sy
llab
us.
16
MED322 LAB-II T
HEORY OF MACHINES-II
Teaching Scheme
Examination Scheme
Practical: 2
Hrs/W
eek
Term Work
- :50
Mark
s
Term Work
At le
ast e
igh
t ou
t of th
e fo
llow
ing
ex
perim
en
ts shall b
e c
on
du
cte
d d
urin
g th
e c
ourse
record
of
the sa
me sh
all b
e su
bm
itted b
y th
e c
an
did
ate
& te
rm w
ork
1.
To g
en
era
te in
vo
lute
s too
th p
rofile
with
help
of rac
k o
n g
ear b
lan
k.
2.
Stu
dy
of in
terfe
ren
ce &
un
derc
uttin
g
3.
Stu
dy o
f go
vern
ors
4.
To d
ete
rmin
e M
ass M
om
en
t of In
ertia
of u
nifo
rm ro
d B
y u
sing
A] C
om
po
un
d p
en
du
lum
B] B
ifilar su
spen
sion
5.
To d
ete
rmin
e M
ass M
om
en
t of In
ertia
of d
isc B
y u
sing
A] C
om
po
un
d p
en
du
lum
B] T
rifilar su
spensio
n C
] Sin
gle
roto
r syste
m
6.
Ex
perim
en
t on L
on
gitu
din
al v
ibra
tion
s of h
elic
al sp
ring
s
7.
To d
ete
rmin
e o
f eq
uiv
ale
nt m
ass o
f sprin
g m
ass fo
r sprin
g m
ass sy
stem
8.
To d
ete
rmin
e o
f eq
uiv
ale
nt m
ass o
f sprin
g m
ass fo
r sprin
g m
ass d
ash
po
t syste
m
9.
Dete
rmin
atio
n o
f log
arith
mic
decre
ment (F
ree D
am
ped V
ibra
tion
s)
10
. Dete
rmin
atio
n o
f Gy
rosc
op
ic c
ou
ple
11
. Assig
nm
en
t on
un
it 4.
12
. Assig
nm
en
t on
un
it 5.
17
MED323 LAB-III M
ETALLURGY AND M
ATERIALS
Teaching Scheme
Examination Scheme
Practical: 2
Hrs/W
eek
Term Work
- :25
Mark
s
Term Work
Th
e te
rm w
ork
shall c
onsist o
f the e
xp
erim
en
ts base
d o
n th
e a
bo
ve S
ylla
bu
s as m
en
tion
ed b
elo
w
A se
t of 9
Ex
perim
en
ts from
follo
win
g list
1.
Stu
dy
of M
eta
llurg
ical M
icro
sco
pe a
nd Im
ag
e A
naly
zer.
2.
Pre
para
tion
of S
pecim
en fo
r meta
llogra
ph
ic e
xam
inatio
ns.
3.
Pre
para
tion
of M
ou
nte
d sa
mp
les w
ith th
e h
elp
of m
ou
ntin
g p
ress / c
old
settin
g re
sins.
4.
Stu
dy
of m
icro
structu
res o
f Ste
els a
nd
Cast Iro
n
5.
Stu
dy o
f mic
rostru
ctu
res o
f No
n F
erro
us M
eta
ls.
6.
Stu
dy
of th
e e
ffect o
f an
nealin
g a
nd
norm
aliz
ing o
n p
rop
ertie
s of ste
els.
7.
Ten
sile te
st on
Mild
Ste
el a
nd A
lum
inu
m te
st specim
en.
8.
Measu
rem
en
t of
hard
ness
of
hard
an
d so
ft m
ate
rials
with
th
e h
elp
of
Brin
ell
Testin
g
Mach
ine a
nd R
ock
well T
estin
g M
ach
ine.
9.
Heat tre
atm
en
t of h
igh
speed ste
els.
10
. Stu
dy
of m
ech
an
isms o
f qu
en
chin
g.
11
. Ch
ara
cte
rizatio
n o
f ferro
us a
lloy
s: Stru
ctu
re p
rop
erty c
o-re
latio
nsh
ip.
18
LAB-IV
MED324-FLUID MECHANICS
Teaching Scheme
Examination Scheme
Practica
l: 2 Hrs/w
eek
Term Work: 25 Marks
P
ractica
l Exam: 25 Marks
Term work shall co
nsist o
f any Six experim
ents fro
m the fo
llowing [ex
cluding
assig
nments]
Practica
l:
1.
Determ
inatio
n o
f visco
sity b
y u
sing R
ed w
oo
d V
iscom
eter.
2.
Stu
dy an
d p
erform
ance o
n d
ifferent ty
pes o
f pressu
re measu
ring d
evices.
3.
Determ
inatio
n o
f metacen
tric heig
ht b
y ex
perim
ental m
etho
d.
4.
Verificatio
n o
f Bern
ou
lli’s theo
rem.
5.
Measu
remen
t of flo
w b
y u
sing v
entu
rimeter an
d o
rifice meter.
6.
Measu
remen
t of v
elocity
of flu
id b
y u
sing P
itot tu
be.
7.
To
perfo
rm R
eyn
old
s exp
erimen
t.
8.
To
determ
ine th
e friction
factor fo
r pip
es of d
ifferent sizes.
9.
Assig
nm
ents o
n ch
apter n
o. 2
, 4 an
d 6
.
19
BSH331 LAB-V COMMUNICATION SKILLS-II
Teaching Scheme
Examination Scheme
Practical: 2
Hrs/W
eek
Online Examination
:50
Mark
s (1 H
r.)
Unit-I
•
Fast c
alc
ula
tion te
ch
niq
ues, N
um
ber sy
stem
, ratio
,pro
portio
n, v
aria
tion
s av
era
ges,
•
Sim
ple
inte
rest ,c
om
po
un
d in
tere
st, pro
fit, loss
•
Wo
rk a
nd
time sp
eed a
nd d
istance
•
Set th
eory
an
d v
an
n d
iagra
m, p
erm
uta
tion
an
d c
om
bin
atio
n
•
Pro
bability
, alp
han
um
eric
serie
s, log
ical d
ed
uctio
n, re
aso
nin
g, c
od
ing a
nd d
eco
din
g a
nd
blo
od
rela
tion
•
Data in
terpretatio
n
Unit-II
•
Th
e k
ey c
om
po
nen
ts of n
on
verb
al c
om
mu
nic
atio
n i.e
. ey
e c
on
tacts, b
od
y la
ng
uag
e,
vo
cal to
ne a
nd
vo
lum
e.
•
Team
wo
rk a
nd
team
bu
ildin
g, T
he b
asic
s of te
am
inte
lligen
ce, D
iversity
aw
are
ness,
Gen
der issu
es
•
Gro
up d
iscu
ssion, u
nstru
ctu
red g
rou
p d
iscussio
ns a
nd
actu
al g
rou
p d
iscu
ssion
s
•
Pre
sen
tatio
n sk
ills ,self c
onfid
en
ce a
nd d
ecisio
n m
ak
ing
Unit-III
•
Ad
ap
ting to
co
rpora
te life
•
Ph
on
e e
tiqu
ette
s, Em
ail e
tiqu
ette
s, clo
thin
g e
tiqu
ette
s, Din
nin
g ta
ble
etiq
uette
s
•
Gettin
g re
ad
y fo
r an
in
terv
iew
s, corp
ora
te d
ressin
g,
writin
g re
ports
an
d pro
po
sals,
min
utes w
riting.
Referen
ce Books
1.
Go
pal S
wam
y R
am
esh
,Mah
ad
evan
Ram
esh
,”T
he A
ce o
f soft sk
ills”, P
earso
n
Pu
blic
atio
n
2.
Bansa
l Hariso
n, “
Sp
ok
en
En
glish
”
3.
Orie
nt B
lacksw
an
, “E
ng
lish fo
r En
gin
eers a
nd T
ech
no
log
ist”
4.
Jerry
Wie
ssman , “
Pre
sen
ting to
Win
” P
retin
ce H
all p
ub
licatio
ns
5.
Williu
m S
an
bo
rn P
feiffe
r, T.V
.S, P
ad
am
aja
, “T
ech
nica
l Co
mm
un
icatio
n”
6.
M. T
yra
, “M
ag
ical b
oo
k o
n Q
uik
erm
ath
s” B
SC
Pu
blish
ing C
o. p
vt.ltd
.
20
MED326 LAB-VI W
ORKSHOP PRACTICE - V
Teaching Scheme
Examination Scheme
Practical: 2
Hrs/W
eek
Term Work- :2
5 M
ark
s
Machine Shop
Pre
para
tion o
f bla
nk
s for th
e v
ario
us jo
bs fro
m th
e d
iffere
nt ty
pes o
f av
aila
ble
raw
mate
rials, o
n
the la
the. S
tud
y th
e v
ario
us sin
gle
an
d m
ultip
le p
oin
t too
ls, too
l ho
ldin
g d
evic
es a
nd th
e w
ork
-
pie
ce h
old
ing d
ev
ices.
1)
Stu
dy
of v
ario
us m
easu
ring in
strum
en
ts, gau
ges a
nd
their a
pp
licatio
ns.
2)
Pre
para
tion
of o
ne g
ear in
vo
lvin
g c
alc
ula
tion
s for in
dex
ing. T
he sid
e fa
ces to
be m
illed.
Th
e h
ole
to b
e d
rilled a
nd
bore
d to
the fin
al siz
e. S
plin
es o
r a k
ey
way
to b
e c
ut b
y th
e
slottin
g m
achin
e.
3)
Pre
pare
on b
lock w
ith v
ario
us o
pera
tion
s flat su
rface, ste
ps, slo
t, etc
on th
e sh
ap
er.
Grin
d a
t least tw
o fa
ces o
f the jo
b o
n th
e su
rface g
rind
er, w
ith re
qu
ired
accura
cy.
4)
Stu
dy
grin
din
g o
f a to
ol o
r cu
tter o
n th
e to
ol a
nd c
utte
r grin
der, a
cco
mp
an
ied w
ith a
dem
onstra
tion o
n a
t least o
ne jo
b o
n m
ultip
le p
oin
t too
l, per b
atc
h.
5)
Stu
dy
of C
NC
machin
es a
nd
simp
le P
rog
ram
s of C
NC
.
Term work
Th
e te
rm w
ork
will c
om
prise
of th
e a
bo
ve sta
ted jo
bs.
•
A file
co
nta
inin
g th
e w
rite-u
p o
f the stu
dy p
art o
f the e
xp
erim
en
ts no.1
, 2 a
nd 6
.
•
A w
ork
sho
p d
iary
co
nta
inin
g d
eta
ils alo
ng w
ith c
alc
ula
tion
s wh
ere
ver n
ecessa
ry.
Reco
mmended books:
1.
Hazra
Ch
au
dh
ury
, Wo
rksh
op T
ech
no
log
y, V
ol 2
.
2.
Rag
hu
wan
shi, W
ork
sho
p T
ech
no
log
y, V
ol 2
.
21
MED351-DESIGN MACHINE ELEMENTS – II
Teaching Scheme
Examination Scheme
Lectures: 4
Hrs/W
eek
Theory Examination : 8
0 M
ark
s (3 H
rs)
Class T
est: 2
0 M
ark
s
Objectives:
•
An
aly
ze a
nd e
valu
ate
forc
es a
nd stre
sses w
ithin
a g
ear sy
stem
•
Sele
ct a
pp
ropria
te m
ech
an
ical c
om
po
nen
ts usin
g d
esig
n p
rincip
les.
•
Dev
elo
pin
g th
e c
ap
ab
ility to
an
aly
ze a
nd se
lect th
e vario
us c
riteria
of d
esig
n.
Unit -1
: Introduction to Gears
(15 Hrs)
Desig
n c
onsid
era
tion
s of g
ears, m
ate
rial se
lectio
n, ty
pes o
f gear fa
ilure
.
(A) Spur Gear:
Term
ino
log
y,
Gear
too
th
loads,
forc
e
an
aly
sis, b
eam
stre
ng
th (
Lew
is
eq
uatio
n)
eq
uatio
n,
dy
nam
ic to
oth
lo
ad (
spo
tt’s &
B
uck
ing h
am
’s eq
uatio
n )
wear
stren
gth
(Bu
ck
ing
ham
’s eq
uatio
n),
(B) Helical G
ears: T
erm
ino
log
y, F
orc
e a
naly
sis, Form
ativ
e n
um
ber o
f teeth
in h
elic
al g
ears,
beam
& w
ear stre
ng
th o
f helic
al g
ears, e
ffectiv
e lo
ad &
desig
n o
f helic
al g
ear.
(C) Bevel G
ear : T
erm
ino
log
y , F
orc
e a
naly
sis, Fo
rmativ
e n
um
ber o
f teeth
, Desig
n o
f bev
el
gears b
ase
d o
n b
eam
an
d w
ear stre
ng
th.
(D) Worm Gears: T
erm
ino
log
y. S
tan
dard
dim
ensio
ns a
nd re
co
mm
en
datio
n o
f wo
rm g
earin
g,
Forc
e
an
aly
sis, F
orm
ativ
e
nu
mb
er
of
teeth
, D
esig
n
of
worm
d
rive
as
per
AG
MA
Reco
man
datio
n
(E) Gear train
- Intro
du
ctio
n, T
yp
es o
f gear tra
in, sim
ple
, co
mp
ou
nd, re
verte
d a
nd E
pic
yclic
gear tra
in.
Unit -2
: Design of friction clutch
(5 Hrs)
Intro
du
ctio
n, ty
pes &
frictio
n m
ate
rials, D
esig
n o
f sing
le &
multi-p
late
clu
tch, D
esig
n o
f co
ne
clu
tch, D
esig
n o
f cen
trifug
al c
lutc
h.
Unit -3
: Design of belt
(5 Hrs)
Intro
du
ctio
n, ty
pes &
mate
rials.
(A) Flat belt: L
en
gth
of b
elt ( o
pen &
cro
ss) , slip &
cre
ep b
elt , v
elo
city
ratio
n, c
en
trifug
al
ten
sion . in
itial te
nsio
n, ra
tio o
f limitin
g te
nsio
n , stre
ssess in
belt, c
on
ditio
n fo
r max
imu
m
po
wer
(B) V-belt : C
on
structio
n o
f V-b
elt , ra
tio o
f limitin
g te
nsio
n, se
lectio
n o
f V-b
elt
from
man
ufactu
re catalogu
e
(C) Chain & rope drive: In
trod
uctio
n
Unit -4
: Design of bearings
(10 Hrs)
(A) Introduction to Tribological consideration in design: F
rictio
n, W
ear, L
ubric
atio
n.
(B) Sliding contact bearing : B
asic
theo
ry, th
ick a
nd
thin
film lu
bric
atio
n, N
ew
ton’s la
w of
visc
osity
, Petro
ff’s eq
uatio
n , S
om
merfie
ld N
um
ber , R
ey
no
lds’s e
qu
atio
n, R
aim
on
di a
nd
Bo
yd
meth
od re
latin
g b
earin
g v
aria
ble
s, Heat b
ala
nce
in jo
urn
al b
earin
gs,
Tem
pera
ture
rise.
Intro
du
ctio
n to
hy
dro
static
bearin
gs.
(C) Rollin
g Contact Bearing:
Ty
pes,
static
an
d
dy
nam
ic
load
cap
acitie
s, S
tribeck’s
eq
uatio
n. E
qu
ivale
nt b
earin
g lo
ad, lo
ad
-life re
latio
nsh
ip, b
earin
g life
, load fa
cto
r, Sele
ctio
n
of b
earin
g fro
m m
an
ufa
ctu
res c
ata
log
ue.
(D)
Desig
n fo
r varia
ble
load
an
d sp
eed, B
earin
gs w
ith p
rob
ab
ility o
f surv
ival o
ther th
an
90 %
.
20
Unit -5
: Design of brake
(5 Hrs)
Intro
du
ctio
n a
nd ty
pes o
f bra
ke, d
esig
n o
f sho
rt sho
e ( sin
gle
& d
ou
ble
), desig
n o
f lon
g sh
oe
(sing
le &
do
ub
le), d
esig
n o
f simp
le&
diffe
ren
tial b
an
d b
rak
e, d
esig
n b
an
d &
blo
ck
bra
ke &
desig
n in
tern
al e
xp
an
din
g b
rak
e
Section A: U
nit 1
an
d 2
Section B: U
nit 3
, 4 a
nd 5
Referen
ce Books
1.
Shig
ley J.E
. an
d M
isch
ke C
.R.,“
Mech
an
ical E
ng
ineerin
g D
esig
n”, M
cG
raw
Hill
Pu
blic
atio
ns C
o. L
td.
2.
Bh
an
dari V
. B., “
Intro
du
ctio
n to
Mach
ine D
esig
n”, M
c G
raw
Hill
3.
Bh
an
dari V
.B., “
Desig
n o
f Machin
e E
lem
en
ts”, T
ata
McG
raw
Hill P
ub
l. Co. L
td.
4.
Sp
otts M
.F. a
nd S
ho
up
T.E
., “ D
esig
n o
f Mach
ine E
lem
ents”
, Pre
ntic
e H
all In
tern
atio
nal.
5.
Bla
ck
P.H
. an
d O
. Eu
gen
e A
dam
s, “M
ach
ine D
esig
n”, M
cG
raw
Hill B
oo
k C
o. L
td.
6.
“D
esig
n D
ata
”, P
.S.G
. Co
lleg
e o
f Tech
no
log
y, C
oim
bato
re.
7.
Juvin
al R
.C., “
Fu
nd
am
enta
ls of M
ach
ine C
om
po
nen
ts Desig
n”, Jo
hn W
iley
& S
on
s.
8.
Hall A
.S., H
olo
wen
ko
A.R
. an
d L
au
gh
lin H
.G., “
Mach
ine D
esig
n”, S
chau
m’s o
utlin
e se
ries,
Mc G
raw
Hill.
9.
Ku
lkarn
i S. G
., Mach
ine D
esig
n, M
c G
raw
Hill
10
. Gan
esh
Bab
u K
. an
d S
rithar K
., “D
esig
n o
f Mach
ine E
lem
en
ts”, M
c G
raw
Hill
Pattern of Questio
n Paper
Th
e u
nits in
the sy
llab
us sh
all b
e d
ivid
ed in
two e
qu
al se
ctio
ns. Q
uestio
n p
ap
er c
onsists o
f two
sectio
ns A
an
d B
. Sectio
n A
inclu
des first tw
o u
nits (1
,2) a
nd S
ectio
n B
inclu
des
rem
ain
ing
thre
e u
nits (3
,4,5
) . Qu
estio
n p
ap
er sh
ou
ld c
ov
er th
e e
ntire
sylla
bu
s.
For 80 marks Paper:
1.
Fiv
e q
uestio
ns in
each
Sectio
n
2.
Atte
mpt a
ny th
ree q
uestio
ns fro
m e
ach S
ectio
n.
21
MED352-HEAT TRANSFER
Teaching Scheme:
Examination Scheme:
Theory: 4
Hrs/ W
eek
Theory Examination: 8
0 M
ark
s (3 H
rs)
Class T
est: 2
0 M
ark
s
Objectives:
•
Mo
del b
asic heat tran
sfer pro
cesses and
iden
tify m
od
es
•
Desig
n an
d P
redict h
eat exch
ang
er p
erform
ance
•
Reco
gn
ize basic co
nv
ective h
eat transfer an
d ap
ply
app
rop
riate meth
od
s for
qu
antify
ing
con
vectio
n
•
Determ
ine rad
iation
heat tran
sfer
Unit 1:
(03 Hrs)
A. In
troduction
Mo
des a
nd la
ws o
f heat tra
nsfe
r. Therm
al c
on
du
ctiv
ity a
nd its v
aria
tion w
ith te
mpera
ture
fo
r
vario
us e
ng
ineerin
g m
ate
rials. A
pp
licatio
ns o
f heat tra
nsfe
r. Insu
latin
g m
ate
rials. D
eriv
atio
n o
f
gen
era
lized h
eat
co
nd
uctio
n eq
uatio
n an
d its
red
uctio
n to
F
ourie
r, L
ap
lace an
d P
oisso
n’s
eq
uatio
n, th
erm
al d
iffusiv
ity. (D
esc
riptiv
e a
nd sim
ple
nu
meric
al tre
atm
en
t)
B. One dimensional ste
ady sta
te heat conduction
(06 Hrs)
Heat
co
nd
uctio
n th
rou
gh
a p
lan
e w
all,
cy
lindric
al
an
d sp
here
. H
eat
co
nd
uctio
n th
rou
gh a
co
mp
osite
slab, c
ylin
der a
nd sp
here
. Effe
ct o
f varia
ble
therm
al c
on
du
ctiv
ity. E
lectric
al a
nalo
gy
in c
on
du
ctio
n. C
ritical ra
diu
s of in
sula
tion
, eco
no
mic
insu
latio
n, a
nd th
erm
al c
on
tact re
sistan
ce.
On
e d
imen
sion
al ste
ad
y sta
te h
eat c
on
du
ctio
n w
ith h
eat g
en
era
tion fo
r pla
ne w
all, c
ylin
der a
nd
sphere
. (Desc
riptiv
e a
nd
nu
meric
al tre
atm
ent)
Unit 2:
(04 Hrs)
A. Exten
ded Surfaces
Ty
pes a
nd
ap
plic
atio
ns o
f fins. H
eat tra
nsfe
r thro
ug
h e
xte
nd
ed
surfa
ces. D
eriv
atio
n o
f eq
uatio
ns
for
tem
pera
ture
d
istribu
tion
an
d
heat
tran
sfer
thro
ug
h fin
s of
co
nsta
nt
cro
ss-sectio
n a
rea.
Effe
ctiv
eness a
nd e
fficie
ncy o
f a fin
. Erro
rs in th
e m
easu
rem
en
t of te
mp
era
ture
in a
therm
o-
well. (D
esc
riptiv
e a
nd n
um
eric
al tre
atm
ent)
B. Unsteady sta
te heat conduction
(03 Hrs)
Syste
m w
ith n
eg
ligib
le in
tern
al re
sistan
ce, B
iot a
nd F
ourie
r nu
mb
ers. L
um
ped h
eat c
ap
acity
meth
od
. Use
of H
iesle
r an
d G
rob
er C
harts. (D
esc
riptiv
e a
nd n
um
eric
al tre
atm
en
t)
Unit 3: Convection
(04 Hrs)
A. Convection
Lo
cal a
nd a
vera
ge c
on
vectiv
e c
oeffic
ien
t. Hy
dro
dy
nam
ic a
nd th
erm
al b
ou
nd
ary
lay
er. L
am
inar
an
d tu
rbu
len
t flow
ov
er a
flat p
late
an
d in
a p
ipe. F
rictio
n fa
cto
r, lam
inar a
nd tu
rbu
len
t flow
ov
er
a fla
t pla
te. D
rag a
nd
dra
g c
o-e
fficie
nt. (D
esc
riptiv
e a
nd n
um
eric
al tre
atm
en
t)
B. Free and Forced Convection
(06 Hrs)
Dim
ensio
nal a
naly
sis in fre
e a
nd
forc
ed c
on
vectio
n. P
hysic
al sig
nific
ance o
f the d
imen
sion
less
nu
mb
ers re
late
d to
free a
nd fo
rced c
on
vectio
n. E
mp
irical c
orre
latio
ns fo
r heat tra
nsfe
r in la
min
ar
an
d tu
rbu
len
t flo
w o
ver
a fla
t p
late
an
d in
a circ
ula
r p
ipe.
Em
piric
al
corre
latio
ns fo
r free
co
nv
ectio
n h
eat tra
nsfe
r ov
er h
oriz
on
tal, v
ertic
al p
late
cy
lind
er. (D
esc
riptiv
e a
nd n
um
eric
al
treatm
en
t)
22
Unit 4: Condensation and Boilin
g
(04 Hrs)
Mo
des o
f po
ol b
oilin
g, c
ritical h
eat flu
x, b
urn
ou
t po
int, fo
rced b
oilin
g. F
ilm a
nd d
rop w
ise
co
nd
ensa
tion. (N
o n
um
eric
al tre
atm
en
t)
Unit 5: Radiation Heat Transfer
(05 Hrs)
Th
erm
al ra
dia
tion
; defin
ition
s of v
ario
us te
rms u
sed in
rad
iatio
n h
eat tra
nsfe
r; Ste
fan-B
oltz
man
law
, K
irch
off’s
law
, P
lan
ck’s
law
an
d W
ein
’s d
ispla
cem
en
t la
w.
Rad
iatio
n h
eat e
xch
an
ge
betw
een
two p
ara
llel in
finite
bla
ck su
rfaces, b
etw
een tw
o p
ara
llel in
finite
gra
y su
rfaces, e
ffect o
f
rad
iatio
n sh
ield
, inte
nsity
of ra
dia
tion
an
d\so
lid a
ng
le, L
am
bert’s la
w, ra
dia
tion h
eat e
xch
an
ge
betw
een tw
o fin
ite su
rfaces-c
onfig
ura
tion fa
cto
r or v
iew
facto
r. (Desc
riptiv
e a
nd n
um
eric
al
treatm
en
t)
Unit 6: Heat Exchangers
(05 Hrs)
Heat e
xchan
gers c
lassific
atio
n, F
ou
ling
facto
r, ov
erall h
eat tra
nsfe
r co
effic
ien
t, heat e
xch
an
ger
an
aly
sis- use
of lo
g m
ean
tem
pera
ture
diffe
rence (L
MT
D) fo
r para
llel a
nd c
ou
nte
r flow
heat
ex
chan
gers. L
MT
D c
orre
ctio
n fa
cto
r, foulin
g fa
cto
r. Th
e e
ffectiv
eness-N
TU
meth
od fo
r para
llel
an
d c
ou
nte
r flow
heat e
xch
an
gers. D
esig
n c
on
sidera
tion
s of h
eat e
xchan
ger. In
trod
uctio
n to
heat
pip
e. (D
esc
riptiv
e a
nd n
um
eric
al tre
atm
ent)
Section A: Unit 1
, 2 and 3
Section B: Unit 4
, 5 and 6
Referen
ce Books
1.
Yu
nu
s Cen
gel, H
eat T
ran
sfer: A
Pra
ctic
al A
pp
roach, 3
rd e
ditio
n (2
00
7), T
ata
Mcgra
w H
ill.
2.
Ho
lman J. P
., Heat T
ransfe
r, Tata
Mcgra
w H
ill.
3.
Su
kh
atm
e S
. P., H
eat T
ran
sfer, U
niv
ersity
Pre
ss.
4.
Do
mk
un
dw
ar, H
eat a
nd
Mass T
ransfe
r, Dh
an
pat R
ai &
co
.
5.
Incro
pera
& D
ew
it, Fu
nd
am
enta
ls of H
eat &
Mass T
ransfe
r, Wile
y In
dia
Pvt . L
td. N
ew
Deh
li
6.
Gu
pta
an
d P
rak
ash
: En
gin
eerin
g H
eat T
ran
sfer, N
ew
Ch
an
d a
nd
Bro
s., Ro
ork
ee (U
.P.)
7.
R.C
. Sach
dev
a: F
un
dam
en
tals o
f En
gin
eerin
g H
eat a
nd M
ass T
ransfe
r, Wile
y E
aste
rn L
td.,
Ind
ia.
8.
Fra
nk
Kre
ith: P
rincip
les o
f Heat T
ransfe
r, Harp
er a
nd R
ow
Pu
blish
ers, N
ew
Yo
rk.
9.
Do
nald
Q. K
ern
: Pro
cess H
eat T
ransfe
r, TM
H P
ub
lishin
g C
om
pan
y L
td., N
ew
Delh
i.
10
. Heat tra
nsfe
r-A b
asic
ap
pro
ach, O
zisik
, Tata
Mc G
raw
Hill 2
00
2
11
. Prin
cip
les o
f heat tra
nsfe
r, Kre
ith T
ho
mas L
earn
ing
20
01
12
. Heat tra
nsfe
r, P.K
. Nag, T
ata
Mc G
raw
Hill 2
00
2.
13
. Rao
Y. O
.C, H
eat T
ransfe
r, Orie
nt B
lacksw
an
-Un
iversity
Pre
ss.
Pattern of Questio
n Paper
Th
e u
nits in
the sy
llab
us a
re d
ivid
ed in
two
eq
ual se
ctio
ns. Q
uestio
n p
aper c
onsists o
f tw
o
sectio
ns A
an
d B
. Sectio
n A
inclu
des first th
ree u
nits (1
, 2, a
nd
3) a
nd S
ectio
n B
in
clu
des
rem
ain
ing th
ree u
nits (4
, 5 a
nd 6
). Qu
estio
n p
ap
er sh
ou
ld c
ov
er th
e e
ntire
sylla
bu
s.
For 80 marks Paper:
1. F
ive q
uestio
ns in
each
Sectio
n
2.
Atte
mpt a
ny th
ree q
uestio
ns fro
m e
ach S
ectio
n.
23
MED353- IN
DUSTRIAL HYDRAULICS AND PNEUMATICS
Teaching Scheme
Examination Scheme
Lectures: 4
Hrs/W
eek
Theory Examination : 8
0 M
ark
s (4 H
rs)
Class T
est: 2
0 M
ark
s
Objectives:
•
To d
ev
elo
p L
og
ical u
nd
ersta
nd
ing
of th
e su
bje
ct.
•
To d
ev
elo
p sk
ill so th
at stu
den
ts are
able
to a
pp
ly P
rincip
les o
f Hy
dra
ulic
s an
d
Pneu
matic
s for th
e In
du
strial a
pp
licatio
ns.
•
To e
nh
an
ce th
e sk
ill of th
e stu
dents in
the a
uto
matio
n d
esig
n a
nd a
pp
licatio
n in
the
pre
sen
t day
need o
f the in
du
strial m
ach
ines.
Unit 1: In
troduction to Hydraulics and pneumatics
(6 Hrs)
Flu
id te
ch
no
log
y, flu
id sta
tics a
nd flu
id k
inetic
s. Law
s go
vern
ing th
ese
syste
ms, P
asc
al’s
law
, Bern
au
li’s eq
uatio
n. F
orc
e a
nd w
ork
in flu
id d
ev
ices. D
ispla
cem
en
t actio
ns.
Flu
ids u
sed in
Hy
dra
ulic
s an
d p
neu
matic
s. Esse
ntia
l pro
pertie
s of o
ils use
d in
hy
dra
ulic
syste
ms. O
ils use
d in
hy
dra
ulic
syste
ms, o
il ad
ditiv
es. A
ir filter, re
gu
lato
r an
d lu
bric
ato
r
un
it.
Intro
du
ctio
n o
f Hy
dra
ulic
an
d p
neu
matic
, basic
circ
uits (in
blo
ck
dia
gra
m).
Unit 2
: Hydraulic and pneumatic symbols a
nd the use of th
e symbols
(6 Hrs)
To stu
dy th
e A
SM
E a
nd D
IN IS
O sta
ndard
sym
bo
ls for h
yd
rau
lics a
nd p
neu
matic
s an
d
their a
pp
licatio
ns. C
om
po
site sy
mb
ols. U
se o
f sym
bo
ls. Gen
era
l rule
s.
Unit 3: Hydraulic and pneumatic machines (p
umps and actuators)
(8 Hrs)
Co
nstru
ctio
n, p
rincip
le o
f wo
rkin
g, a
pp
licatio
ns o
f vario
us h
yd
rau
lic P
um
p a
nd m
oto
rs,
pn
eu
matic
co
mpre
ssors a
nd m
oto
rs (linear, ro
tary
, osc
illatin
g) th
eir c
hara
cte
ristics;
Typ
es: P
iston cylin
der,
rota
ry v
an
e,
gear,
lob
e,
gero
tor,
rota
ry p
iston,
scre
w
etc.
Hy
dra
ulic
sum
p, ty
pes a
nd
co
nstru
ctio
n, a
ir rese
rvo
ir.
Unit4: Hydraulic and pneumatic controls. A
ccessories
(6 Hrs)
Stu
dy
of p
neu
matic
an
d h
ydra
ulic
co
ntro
l valv
es; P
ressu
re c
on
trol v
alv
es, flo
w
co
ntro
l
valv
es , d
irectio
n c
on
trol v
alv
es; stu
dy o
f all th
e typ
es, d
iffere
nt c
onstru
ctio
ns,
valv
e
actuato
rs, app
lication
s.
Stu
dy o
f the d
iffere
nt p
ipin
g, c
ou
plin
gs, a
nd p
ipe a
ccesso
ries u
sed in
hy
dra
ulic
an
d
pn
eu
matic
sy
stem
s. S
tud
y o
f accesso
ries
in h
yd
rau
lic an
d p
neu
matic
sy
stem
s; lik
e
accu
mu
lato
rs, pre
ssure
bo
oste
rs, , filters, se
pera
tors, a
ir drie
rs, heat e
xch
an
gers. S
eals-
static
, slidin
g a
nd ro
tary
, pack
ing
s (typ
es, m
ate
rial a
pp
licatio
n).
Unit 5: Hydraulic and pneumatic circuits
(8 Hrs)
Rev
iew
of c
om
po
nen
ts of h
ydra
ulic
an
d p
neu
matic
syste
m –
pu
mp
s, mo
tors, c
ylin
ders,
diffe
ren
t typ
es o
f co
ntro
l valv
es –
desig
natio
n m
eth
od
s of a
ctu
atio
n, p
ow
er su
pp
ly
syste
m, h
ose
s, filters e
tc., c
ircu
it dia
gra
m w
ith te
ch
nic
al d
ata
. Stu
dy
of th
e lo
gic
s to
dev
elo
p a
circ
uit. T
he p
lacem
en
ts of c
om
po
nen
ts. Deta
ils of d
raw
ing
of p
neu
matic
an
d
hy
dra
ulic
circ
uits. D
esig
nin
g a
nd
dra
win
g o
f circ
uits.
24
Desig
n o
f diffe
ren
t circ
uits b
asic
circ
uit, sp
eed c
on
trol c
ircu
it, forc
e c
on
trol c
ircu
it ,
vario
us
actu
ato
rs .
Sp
ecia
l circ
uits
like
seq
uencin
g,
co
un
ter
bala
ncin
g,
un
load
ing,
varia
ble
o
pera
tion
circ
uit,
circ
uit
with
air/h
yd
rau
lic
pilo
t o
pera
ted
valv
es.
Ty
pic
al
ind
ustria
l ap
plic
atio
n c
ircu
its inclu
din
g sy
nch
roniz
ing c
ircuit, fa
il safe
circ
uit, a
nd tw
o-
han
d
safe
ty
circ
uit,
mach
ine
ap
plic
atio
ns
like
cla
mp
s, m
ach
ine
feed
an
d
oth
er
ap
plic
atio
ns, m
ate
rial m
ov
ing e
qu
ipm
en
ts, cra
nes, ja
ck
s, pre
ss etc
.
Unit 6: In
troduction to Electro-Hydraulics and Electro-Pneumatics
(6 Hrs)
Rev
iew
of c
om
po
nen
ts in e
lectric
al c
on
trol o
f hy
dra
ulic
an
d p
neu
matic
syste
ms, v
alv
e
actu
ato
rs use
d in
these
syste
ms. C
on
trol sw
itch
es, L
imit sw
itches, re
ed
switc
hes,
pro
xim
ity sw
itch
es(c
apacitiv
e, in
du
ctiv
e &
op
tical) , p
ressu
re sw
itch
es, re
lays &
co
nta
cto
rs, sole
no
id o
pera
ted d
irectio
n c
on
trol v
alv
es, sy
mb
ols, p
erfo
rman
ce d
ata
, lad
der
dia
gra
m, p
rogra
mm
able
log
ic c
on
trolle
rs, inp
ut a
nd
ou
tpu
t ele
men
ts. Mete
ring
dev
ices..
Ad
van
tag
es lim
itatio
ns a
nd
ap
plic
atio
ns.
Note: All th
e units m
ust b
e dealt w
ith schematic representations and supported with the
industrial need and the applications.
Section A: U
nit 1
, 2 a
nd 3
Section B: U
nit 4
, 5 a
nd 6
Referen
ce Books
1.
Hy
dra
ulic
s an
d P
neu
matic
s Po
wer fo
r pro
du
ctio
n, b
y H
arry
L. S
tew
art.( In
du
strial P
ress)
2.
Hy
dra
ulic
s an
d F
luid
Mech
an
ics b
y M
od
i Seth
. (Sta
nd
ard
Bo
ok H
ou
se)
3.
Ind
ustria
l Hy
dra
ulic
s man
ual b
y S
perry
Vic
kers.
4.
Oil H
yd
raulic
Sy
stem
s , by S
.R.M
uju
md
ar.(T
MH
)
5.
Pneu
matic
Co
ntro
ls, by Jo
ji P. (W
iley
Ind
ia P
vt L
td)"
6.
Pneu
matic
syste
ms P
rincip
les a
nd
Main
ten
ance, b
y S
.R.M
uju
md
ar(T
MH
)
7.
AB
C’s o
f Hy
dra
ulic
Circ
uits, b
y H
arry
L S
tew
art. (T
ara
pore
wala
)
8.
AB
C’s o
f Pn
eu
matic
Circ
uits, b
y H
arry
L S
tew
art. (T
ara
pore
wala
)
9.
Pneu
matic
Tex
t Bo
ok, H
ydra
ulic
tex
t bo
ok
,by
Festo
co
ntro
ls pv
t ltd.,B
an
galo
re.
10
. Ele
ctro
Pneu
matic
s , Ele
ctro
Hy
dra
ulic
s, by
Festo
co
ntro
ls pv
t ltd.,B
an
galo
re
11
. Intro
du
ctio
n to
Mechatro
nic
s an
d M
easu
rem
en
t Sy
stem
s, by
Dav
id G
Alc
iato
re, M
ich
el
Histan
d. (T
MH
)
12
. Mech
atro
nic
s by H
MT
.(TM
H)
Pattern of Questio
n Paper
Th
e u
nits in
the sy
llab
us a
re d
ivid
ed in
two
eq
ual se
ctio
ns. Q
uestio
n p
aper c
onsists o
f tw
o
sectio
ns A
an
d B
. Sectio
n A
inclu
des first th
ree u
nits (1
, 2, a
nd
3) a
nd S
ectio
n B
in
clu
des
rem
ain
ing th
ree u
nits (4
, 5 a
nd 6
). Qu
estio
n p
ap
er sh
ou
ld c
ov
er th
e e
ntire
sylla
bu
s.
For 80 marks Paper:
1.
Fiv
e q
uestio
ns in
each
Sectio
n
2.
Atte
mpt a
ny th
ree q
uestio
ns fro
m e
ach S
ectio
n.
25
MED354-TOOL ENGINEERING
Teaching Scheme
Examination Scheme
Lectures: 4
Hrs/W
eek
Theory Examination : 8
0 M
ark
s (4 H
rs)
Class T
est: 2
0 M
ark
s
Objectives:
•
En
han
cin
g im
ag
inatio
n, v
isualiz
atio
n, d
esig
n a
nd in
terp
reta
tion sk
ills
•
To u
nd
ersta
nd th
e sta
nd
ard
pra
ctic
e fo
llow
ed
in in
du
stries fo
r too
l desig
n.
•
To u
nd
ersta
nd th
e m
eth
od
olo
gy o
f co
mm
un
icatin
g d
esig
n a
nd a
ll the re
qu
ired
info
rmatio
n th
at w
ill esse
ntia
l for to
ol m
an
ufa
ctu
ring.
Unit 1: Theory of m
etal Cuttin
g
(10 Hrs)
Intro
du
ctio
n, M
ech
anic
s of M
ach
inin
g - G
eo
metry
of sin
gle
po
int c
uttin
g to
ol, S
ing
le p
oin
t
cu
tting to
ol D
esig
natio
n o
f cu
tting to
ols, O
RS
an
d A
SA
syste
m, Im
po
rtan
ce o
f To
ol a
ng
les,
Mech
an
ism o
f ch
ip fo
rmatio
n, O
rtho
go
nal a
nd
ob
liqu
e cu
tting, U
se c
hip
bre
ak
ers,
Mach
inin
g
forc
es a
nd
Merc
han
t’s Circ
le
Dia
gra
m, H
eat G
en
era
tion a
nd C
uttin
g T
em
pera
ture
in M
ach
inin
g, C
uttin
g flu
id, C
on
cep
t of
mach
inab
ility a
nd its im
pro
vem
ent,
Failu
re o
f cu
tting to
ol a
nd to
ol L
ife, C
om
mo
n u
se a
nd
ad
vanced
cu
tting to
ols m
ate
rials.
Unit 2: Design of cuttin
g tools
(3 Hrs)
Intro
du
ctio
n, ty
pes, g
eo
metry
, no
men
cla
ture
an
d d
esig
n o
f Drills, m
illing c
utte
rs, Ream
ers, T
aps
& B
roach
es
Unit 3
: Design of jig
s & fixture
(9 Hrs)
Intro
du
ctio
n, p
rocess p
lan
nin
g, n
eed o
f fixtu
res, lo
catin
g &
cla
mp
ing - p
rincip
le o
f locatio
n,
locatin
g e
lem
en
ts prin
cip
le fo
r cla
mp
ing p
urp
ose
s, cla
mpin
g d
ev
ices, d
esig
n p
rincip
les c
om
mo
n
to jig
s & fix
ture
s. Drillin
g Jig
s :- Desig
n p
rincip
les, d
rill bu
shes, d
esig
n p
rincip
les fo
r drill
bu
shin
gs, T
yp
es o
f drillin
g jig
s - Tem
pla
te jig
, pla
te ty
pe jig
, swin
gin
g le
af jig
, Bo
x ty
pe jig
,
ch
an
nel ty
pe jig
, Millin
g F
ixtu
res: - E
ssen
tial fe
atu
res o
f a m
illing fix
ture
s, Desig
n p
rincip
les
for m
illing fix
ture
s, Ind
ex
ing
jig &
fixtu
res, T
urn
ing
fixtu
res, A
uto
matic
cla
mp
ing d
ev
ices.
Unit 4: Press to
ol Design
(6 Hrs)
Intro
du
ctio
n o
f Pre
ss op
era
tion
s, Pre
ss wo
rkin
g e
qu
ipm
en
t - Cla
ssificatio
n, R
atin
g o
f a p
ress,
Pre
ss too
l eq
uip
men
ts, arra
ng
em
en
t of g
uid
e p
osts. P
ress se
lectio
n, p
ress w
ork
ing te
rmin
olo
gy
,
Ty
pes o
f die
s - Sim
ple
die
s, inv
erte
d d
ie, c
om
po
un
d d
ies, c
om
bin
atio
n d
ies, p
rogre
ssive
die
s,
Tra
nsfe
r die
s, m
ultip
le
die
s. P
rincip
le
of
meta
l cu
tting,
strip
lay
ou
t, cle
ara
nce,
an
gu
lar
cle
ara
nce, c
uttin
g fo
rces, m
eth
od
of re
du
cin
g c
uttin
g fo
rces, D
ie b
lock, D
ie b
lock th
ick
ness, D
ie
op
en
ing, F
aste
nin
g o
f die
blo
ck, b
ack u
p p
late
, Pu
nch, M
eth
od
s of h
old
ing p
un
ch
es, S
tripp
ers.
Sto
pp
ers, S
tock sto
p, S
tock g
uid
e, K
no
ck
ou
ts, Pilo
ts. Desig
n o
f Bla
nk
ing
& P
ierc
ing
die
desig
n
- co
mp
ou
nd &
pro
gre
ssive d
ies.
Unit 5: Bending Forming & Drawing dies
(6 Hrs)
Bending - B
en
din
g T
erm
ino
log
y, V
- Ben
din
g, A
ir ben
din
g, b
otto
min
g d
ies, W
ipin
g d
ies, sp
ring
back &
its pre
ven
tion, c
han
nel d
ies. D
esig
n P
rincip
les - B
en
d ra
diu
s, Ben
d a
llow
an
ce, w
idth
of
die
op
en
ing, b
en
din
g p
ressu
re.
26
Forming Dies- In
trod
uctio
n, T
yp
es - so
lid fo
rm d
ies, p
ad
typ
e fo
rm d
ies, a
nd
Em
bossin
g d
ies,
co
inin
g d
ies, B
ulg
ing d
ies.
Drawing Dies - In
trod
uctio
n, D
iffere
nce b
etw
een
ben
din
g, fo
rmin
g &
dra
win
g, M
eta
l flow
durin
g d
raw
ing, D
esig
n c
on
sidera
tion - R
ad
ius o
f dra
w d
ie, P
un
ch ra
diu
s, Dra
w c
leara
nce,
Dra
win
g sp
eed
, Calc
ula
ting b
lan
k siz
e, N
um
ber o
f dra
ws, D
raw
ing p
ressu
re, B
lan
k h
old
ing
pre
ssure
.
Unit 6: Forging Die Design & mould Design
(6 Hrs)
Forging Die Design
: Intro
du
ctio
n, S
ing
le im
pre
ssion d
ies, M
ultip
le Im
pre
ssion d
ies, F
org
ing
desig
n fa
cto
rs - Dra
ft, fillet &
corn
er ra
diu
s, partin
g lin
e, sh
rink
ag
e &
die
wear, m
ismatc
h, fin
ish
allo
wan
ces, w
ebs &
ribs P
relim
inary
forg
ing o
pera
tion - fu
llerin
g, e
dg
ing, b
en
din
g,
flatte
ring
,
bla
ck
ing
finish
ing, c
uto
ff. Die
desig
n fo
r mach
ine fo
rgin
g - d
ete
rmin
atio
n o
f stock siz
e in
clo
sed
& o
pen
die
forg
ing, m
ate
rials &
man
ufa
ctu
re o
f forg
ing d
ies.
Mould Design
: Inje
ctio
n m
ou
ld, m
ou
ld b
ase
, desig
n o
f simple
two
pla
te in
jectio
n m
ou
lds,
Mo
uld
Materials.
Section A: U
nit 1
, 2 a
nd 3
Section B: U
nit 4
, 5 a
nd 6
Reco
mmended books:
1.
Do
nla
dso
n, L
ecain
an
d G
oo
ld, “
To
ol d
esig
n”, T
ata
McG
raw
hill.
2.
M.H
.A. K
em
pste
r, “In
trod
uctio
n to
Jigs a
nd
fixtu
res d
esig
n”.
3.
P .H
. Josh
i, “Jig
s & F
ixtu
res”
.
4.
Wilso
n, “
Fu
nd
am
en
tals o
f too
l desig
n”, A
.S.T
.M.E
.
5.
P C
Sh
arm
a, “
A T
ex
tbo
ok
Of P
rod
uctio
n E
ng
ineerin
g”. S
. Ch
an
d p
ub
lishers.
6.
A. B
. Ch
atto
pad
hy
ay, “
Mach
inin
g a
nd
Machin
e T
oo
ls”
Referen
ce Books
1.
Fu
nd
am
en
tals o
f Meta
l Mach
inin
g B
y G
eoffe
ry B
oo
thro
yd
2.
Ho
ffman
, “In
trod
uctio
n to
Jigs a
nd fix
ture
s”.
3.
Do
lyle
, “M
an
ufa
ctu
ring p
rocesse
s an
d m
ate
rial fo
r en
gin
eers”
.
4.
G. K
up
pu
swam
y, “
Prin
cip
les o
f meta
l cu
tting
”, u
niv
ersity
pre
ss.
5.
Ric
hard
Kib
be, Jo
hn
E.N
eely
, Mey
er, W
hite
, “M
ach
ine to
ol p
ractic
es”
.
6.
Pro
du
ctio
n T
ech
no
log
y-H
MT
–T
ata
McG
raw
-Hill P
ub
lishin
g L
td.
7.
Meta
l Cu
tting T
heory
& C
uttin
g T
oo
l Desin
g B
y V
. Arsh
ino
v, g
. Ale
kse
ev
8.
Tech
niq
ues o
f Pre
ss Wo
rkin
g S
heet M
eta
l by
Earry
Reed
.
Pattern of Questio
n Paper
Th
e u
nits in
the sy
llab
us a
re d
ivid
ed in
two
eq
ual se
ctio
ns. Q
uestio
n p
aper c
onsists o
f tw
o
sectio
ns A
an
d B
. Sectio
n A
inclu
des first th
ree u
nits (1
, 2, a
nd
3) a
nd S
ectio
n B
in
clu
des
rem
ain
ing th
ree u
nits (4
, 5 a
nd 6
). Qu
estio
n p
ap
er sh
ou
ld c
ov
er th
e e
ntire
sylla
bu
s.
For 80 marks Paper:
1.
Fiv
e q
uestio
ns in
each
Sectio
n
2.
Atte
mpt a
ny th
ree q
uestio
ns fro
m e
ach S
ectio
n.
27
MED355- C
OMPUTER AIDED DESIGN/ C
OMPUTER AIDED
MANUFACTURING/ COMPUTER AIDED ENGINEERING
Teaching Scheme
Examination Scheme
Lectures: 4
Hrs/W
eek
Theory Examination : 8
0 M
ark
s (3 H
rs)
Class T
est: 2
0 M
ark
s
Objectives:
•
To g
ive a
n o
verv
iew
of C
AD
/CA
M/C
AE
tech
no
log
y.
•
To u
nd
ersta
nd u
se o
f co
mp
ute
rs for p
rod
uct d
esig
n a
nd m
an
ufa
ctu
ring
.
•
To d
ev
elo
p 3
D m
od
elin
g sk
ills req
uire
d fo
r pro
du
ct d
esig
n.
•
To d
ev
elo
p p
rogra
mm
ing
skills re
qu
ired fo
r NC
man
ufa
ctu
ring.
Unit 1:
(5 Hrs)
Intro
du
ctio
n –
CA
D,
CA
M,
CA
E;
Pro
du
ct
Life
cycle
M
an
ag
em
en
t –
Co
ncept,
need an
d
ben
efits,
Pro
du
ct
desig
n
pro
cess,
an
d
CA
D,
Prin
cip
les
of
co
ncurre
nt
en
gin
eerin
g,
Man
ufa
ctu
ring d
ata
base
, Ben
efits o
f CA
D
Unit 2
: (5 Hrs)
Gro
un
d ru
les fo
r gra
phic
s softw
are
. Softw
are
an
d h
ard
ware
co
nfig
ura
tion
of g
rap
hic
s sy
stem
,
Fu
nctio
ns o
f gra
ph
ics sy
stem
, 2D
an
d 3
D tra
nsfo
rmatio
ns o
f geo
metric
mo
dels lik
e tra
nsla
tion
,
scalin
g,
rota
tion,
refle
ctio
n,
shear;
h
om
og
en
eo
us
re
pre
sen
tatio
ns,
co
ncate
nate
d
represen
tation; O
rtho
grap
hic p
rojectio
ns.
Unit 3
: 3D Modellin
g
(10 Hrs)
Wire
fram
e m
od
ellin
g, so
lid m
od
ellin
g, M
od
ern
solid
mo
delin
g te
ch
niq
ues, th
eir n
eed a
nd
ad
vanta
ges, fe
atu
re b
ase
d m
od
elin
g, p
ara
metric
mo
delin
g, c
on
strain
t base
d m
od
elin
g a
nd h
yb
rid
solid
mo
dele
rs, So
lid R
epre
sen
tatio
n: b
ou
nd
ary
repre
sen
tatio
n, c
onstru
ctiv
e so
lid g
eo
metry
,
sweep
repre
sen
tatio
ns, p
rimitiv
e in
stan
cin
g, c
ell d
eco
mp
ositio
n, P
ara
metric
an
d n
on
para
metric
repre
sen
tatio
n
of
Beiz
er
curv
e,
B-S
plin
e
curv
e,
Kin
ds
of
Surfa
ces,
Asse
mb
ly
mo
delin
g:
Repre
sen
tatio
n, m
atin
g c
on
ditio
ns, re
pre
sen
tatio
n sc
hem
es, g
en
era
tion o
f asse
mb
ling
seq
uen
ces.
An
ov
erv
iew
of m
od
elin
g so
ftware
s like U
G/N
X, S
olid
Wo
rks, A
uto
desk
Inv
en
tor, A
uto
CA
D,
PR
O/E
, CA
TIA
.
Unit 4: Automation
(5 Hrs)
Defin
ition
, Ty
pes, A
dv
an
tag
es a
nd
Lim
itatio
ns o
f Au
tom
atio
n, , F
lexib
le M
an
ufa
ctu
ring S
yste
m
(FM
S),
Ele
men
ts of
FM
S,
Ap
plic
atio
ns
of F
MS
, M
erits
an
d D
em
erits
in F
MS
, C
om
pu
ter
Inte
gra
ted
Man
ufa
ctu
ring
(CIM
), G
rou
p
Tech
no
log
y,
Merits
an
d
Dem
erits
of
Gro
up
Tech
no
log
y, P
art c
lassific
atio
n a
nd c
od
ing
syste
m, C
AP
P
Unit 5: NC Machine Tools
(9 Hrs)
Basic
co
mp
on
en
ts of
NC
, C
NC
an
d D
NC
syste
m,
Co
ord
inate
Sy
stem
, N
C m
otio
n c
on
trol
syste
ms, d
rive o
f NC
syste
ms, N
C P
art p
rog
ram
min
g: M
an
ual, A
PT
, Post P
rocesso
r, CN
C
co
ntro
llers, F
eatu
res a
nd
Ad
van
tag
es o
f CN
C.
28
Unit 6:Robotics and Introduction to CAE
(6 Hrs)
Ph
ysic
al c
onfig
ura
tion
, basic
rob
ot m
otio
n, te
ch
nica
l featu
res o
f a ro
bo
t, meth
od
s of
rob
ot
pro
gra
mm
ing,
intro
du
ctio
n
to
dire
ct,
an
d
inv
erse
k
inem
atic
s, fo
rward
k
inem
atic
s u
sing
tran
sform
atio
n m
atric
es, e
nd e
ffecto
rs, ind
ustria
l ap
plic
atio
ns.
Intro
du
ctio
n to
CA
E: P
hase
s in C
AE
(Pre
Pro
cessin
g, A
naly
sis So
lver &
Po
st Pro
cessin
g),
Ap
plic
atio
ns o
f FE
A in
Mech
anic
al E
ng
ineerin
g, F
EA
Softw
are
s.
Section A: U
nit 1
, 2 a
nd 3
Section B: U
nit 4
, 5 a
nd 6
Referen
ce Books
1.
CA
D/C
AM
by
M.P
.Gro
ver. a
nd E
.W.Z
imm
er, P
ren
tice H
all o
f Ind
ia P
vt. L
td.
2.
CA
D/C
AM
– P
rincip
le P
ractic
e a
nd M
an
ufa
ctu
ring M
an
ag
em
en
t, Ch
ris McM
ah
on a
nd
Jimm
ie B
row
ne A
dd
ision W
esle
y E
ng
lan
d.
3.
CA
D/C
AM
Th
eory
an
d P
ractic
e, Ib
rah
im Z
eid
,TM
H.
4.
CA
D/C
AM
Prin
cip
les a
nd
Ap
plic
atio
n, R
ao P
.N., - T
MH
.
5.
Au
tom
atio
n, P
rod
uctio
n S
yste
ms a
nd C
om
pu
ter In
tegra
ted
Man
ufa
ctu
ring, G
rov
er M
.P.-
Pre
ntic
e H
all o
f Ind
ia.
6.
Math
em
atic
al E
lem
en
ts for C
om
pu
ter G
rap
hic
s, Ro
gers, D
.F. a
nd A
dam
s, A., M
cG
raw
Hill
Inc.
7.
CA
D/C
AM
/CIM
, P.R
ad
hakrish
nan
, S.S
ub
ram
an
ay
an
an
d V
.Raju
, New
Ag
e In
tern
atio
nal
8.
Co
mp
ute
r Aid
ed
Man
ufa
ctu
ring, P
. N. R
ao, N
K T
ew
ari a
nd T
K K
un
dra
9.
Nu
meric
al C
on
trol M
ach
ines - P
. S. P
ab
la, P
HI P
ub.
10
. Nu
meric
al C
on
trol m
ach
ine to
ols –
Yo
ran K
ora
n/ Jo
sep
hB
en, K
han
na P
ub
licatio
n.
11
. Intro
du
ctio
n to
finite
ele
men
ts in e
ng
ineerin
g- C
han
dru
patla
T.R
an
d B
ele
gu
nd
a A
.D, P
HI
12
. Th
e F
inite
Ele
men
t meth
od - O
.C. Z
ien
kie
wic
z, T
ata
McG
raw
Hill.
13
. Ro
bo
tics - C
on
trol, S
en
sing a
nd In
tellig
ence - K
.S. fu
, RC
. Go
nzale
z, L
ee
Pattern of Questio
n Paper
Th
e u
nits in
the sy
llab
us a
re d
ivid
ed in
two
eq
ual se
ctio
ns. Q
uestio
n p
aper c
onsists o
f tw
o
sectio
ns A
an
d B
. Sectio
n A
inclu
des first th
ree u
nits (1
, 2, a
nd
3) a
nd S
ectio
n B
in
clu
des
rem
ain
ing th
ree u
nits (4
, 5 a
nd 6
). Qu
estio
n p
ap
er sh
ou
ld c
ov
er th
e e
ntire
sylla
bu
s.
For 80 marks Paper:
1.
Fiv
e q
uestio
ns in
each S
ectio
n.
2.
Atte
mpt a
ny th
ree q
uestio
ns fro
m e
ach S
ectio
n.
29
MED356 - M
ECHANICAL MEASUREMENT
Teaching Scheme
Examination Scheme
Lectures: 2
Hrs/W
eek
Online Examination : 4
0 M
ark
s (2 H
rs)
Class T
est: 1
0 M
ark
s
Objectives:
•
To p
rov
ide a
n o
verv
iew
of m
easu
rem
en
t tech
niq
ues fo
r measu
ring p
rocess p
ara
mete
rs in
ind
ustry
.
•
Fam
iliariz
e stu
den
ts with
theore
tical re
spo
nse
ch
ara
cte
ristics o
f tran
sdu
cers, in
strum
en
ts,
an
d sig
nal c
on
ditio
nin
g e
qu
ipm
ent u
sed to
measu
re th
ese
signals.
•
Pro
vid
e h
an
ds-o
n e
xp
erie
nce w
ith su
ch tra
nsd
ucers a
nd in
strum
ents.
Unit 1: M
easurement and measurement sy
stems
(3 Hrs)
Sig
nific
an
ce, ty
pes, m
eth
od
s, cla
ssificatio
n, a
nalo
g a
nd d
igita
l mo
de, fu
nctio
ns o
f Instru
ment
an
d m
easu
rem
ent, e
lem
en
ts of g
en
era
lized m
easu
rem
en
t syste
m.
Unit 2: Static characteristic
s of in
strument and measurement sy
stems
(3 Hrs)
Accura
cy, sta
tic e
rror, re
pro
du
cib
ility, d
rift, sen
sitivity
, erro
rs in m
easu
rem
en
ts, linearity
,
hy
stere
sis, Thre
sho
ld, b
ias, in
pu
t an
d o
utp
ut im
ped
an
ce, lo
ad
ing e
ffect.
Unit 3: Detector Transducers:
(5 Hrs)
Cla
ssificatio
n of
Tra
nsd
ucers,
Prim
ary
an
d se
co
nd
ary
tra
nsd
ucers,
mech
an
ical tra
nsd
ucers,
resistiv
e tra
nsd
ucers, in
du
ctiv
e tra
nsd
ucers, c
ap
acitiv
e tra
nsd
ucers, p
ho
toele
ctric
tran
sdu
cers,
Pie
zoele
ctric
transd
ucers, o
ptic
al tra
nsd
ucers.
Unit 4: M
easurements - m
ethods and devices
(9 Hrs)
(A)
Measu
rem
en
t of
pre
ssure
an
d v
acu
um
- m
eth
od
s an
d d
ev
ices
such as
bo
urd
on tu
bes,
dia
phra
gm
guag
e, L
VD
T, B
ello
ws, P
iezo-e
lectric
pre
ssure
gu
age, v
acu
um
gau
ges
viz
.
Mcle
ad g
uag
e, p
iran
i gu
ag
e, th
erm
al c
on
du
ctiv
ity g
au
ge e
tc.
(B)
Measu
rem
en
t of flo
w - m
eth
od
s an
d d
ev
ices su
ch a
s Ro
tam
ete
r, Gas flo
w m
ete
r, wate
r
mete
r etc
.
(C)
Measu
rem
en
t of te
mpera
ture
-m
eth
od
s an
d d
ev
ices su
ch
as T
herm
om
ete
r, therm
oco
up
le,
RT
D, T
herm
istor, p
yro
mete
r etc
.
(D)
Measu
rem
en
t of
speed
, v
elo
city
an
d
accele
ratio
n-
meth
od
s an
d
dev
ices
such
as
Tach
om
ete
rs, tach
og
en
era
tors, stro
bo
sco
pic
meth
od
s, accele
rom
ete
rs, strain
gu
ag
e b
ase
d
& P
iezo
ele
ctric
accele
rom
ete
rs etc
.
(E)
Measu
rem
en
t of F
orc
e, T
orq
ue - m
eth
od
s an
d d
ev
ices su
ch a
s Load c
ells, to
rqu
e se
nso
rs,
strain
gau
ges e
tc.
Reco
mmended Books
1.
Mech
an
ical M
easu
rem
en
t an
d In
strum
en
tatio
n-D
han
pat R
ai &
So
ns P
ub
licatio
n
2.
Mech
an
ical M
easu
rem
en
t -Beck
with
an
d B
uck
3.
Measu
rem
en
t Sy
stem
- Do
eb
lin E
rnest, T
MH
Pu
blic
atio
n
4.
Mech
an
ical M
easu
rem
en
t - R.K
. Jain
5.
Pneu
matic
s an
d H
ydra
ulic
s - Harry
L S
tew
art, A
ud
el S
erie
s
30
MED371 LAB-VII D
ESIGN MACHINE ELEMENTS – II
Teaching Scheme
Examination Scheme
Practical: 2
Hrs/W
eek
Term Work
- :25
Mark
s
Term Work
A) Total Three design project
A d
eta
il desig
n re
po
rt an
d A
2 S
ize sh
eet c
on
tain
ing
wo
rkin
g d
raw
ing
of d
eta
ils an
d a
ssem
bly
of
pro
ject b
ase
d o
n a
ny re
lev
an
t mech
anic
al sy
stem
co
nsistin
g o
f
a) G
earbo
x d
esign
b)
clu
tch d
esig
n .
c) B
rak
e d
esig
n
B) Assig
nments b
ased on
a) S
lidin
g c
on
tact b
earin
g
b)
Ro
lling
co
nta
ct b
earin
g
c) D
esig
n o
f belt d
rives
31
MED372 LAB-VIII H
EAT TRANSFER
Teaching Scheme
Examination Scheme
Practical: 2
Hrs/W
eek
Term Work
- :25
Mark
s
Practical Exam
-25
Mark
s
Practical/Term-work consists o
f the performance and record of th
e following Experiments
(Any nine)
1.
Dete
rmin
atio
n o
f the th
erm
al c
on
du
ctiv
ity o
f a g
iven
meta
l rod.
2.
Dete
rmin
atio
n o
f the th
erm
al c
on
du
ctiv
ity o
f insu
latin
g p
ow
der.
3.
Dete
rmin
atio
n o
f the th
erm
al c
on
du
ctiv
ity o
f co
mp
osite
slab.
4.
Dete
rmin
atio
n o
f heat T
ran
sfer C
oeffic
ien
t in N
atu
ral C
on
vectio
n fro
m C
ylin
der.
5.
Dete
rmin
atio
n o
f heat T
ran
sfer C
oeffic
ien
t in F
orc
ed C
on
vectio
n fro
m C
ylin
der.
6.
Dete
rmin
atio
n o
f the c
ritical h
eat flu
x.
7.
Ex
perim
en
tatio
n o
n d
rop-w
ise a
nd film
-wise
co
nd
en
satio
n.
8.
Tria
l on p
ara
llel a
nd c
ou
nte
r flow
heat e
xch
an
ger.
9.
Dete
rmin
atio
n o
f the e
missiv
ity o
f the g
iven su
rface.
10
. Dete
rmin
atio
n o
f the S
tefa
n-B
oltz
man
n’s c
on
stan
t.
11
. Dete
rmin
atio
n o
f therm
al c
on
du
ctiv
ity o
f a g
iven liq
uid
.
12
. Stu
dy o
f desig
n a
nd a
naly
sis of h
eat p
ipe.
Note: - P
ractic
al e
xam
inatio
n sh
all c
on
sist of p
erfo
rmin
g o
ne o
f the e
xp
erim
en
t an
d p
rod
ucin
g
the re
sults fo
llow
ed b
y V
iva. P
erfo
rmin
g e
xp
erim
en
t shall b
e a
llotte
d 1
5 m
ark
s an
d 1
0 m
ark
s for
viv
a.
32
MED373 LAB-IX
INDUSTRIAL HYDRAULICS AND PNEUMATICS
Teaching Scheme
Examination Scheme
Practical: 2
Hrs/W
eek
Term Work
- :25
Mark
s
P
ractic
als b
ase
d o
n H
ydra
ulic
syste
ms a
nd p
neu
matic
syste
ms. S
ym
bo
ls mu
st be stu
die
d
an
d
circ
uits m
ust b
e d
raw
n u
sing sy
mb
ols. C
ircu
its mu
st be d
esig
ned, c
on
necte
d a
nd te
sted o
n th
e
Hy
dra
ulic
an
d
Pn
eu
matic
tra
iners
an
d
Ele
ctro
h
ydra
ulic
an
d
ele
ctro
p
neu
matic
tra
iners.,
co
nn
ecte
d a
nd te
sted o
n th
e tra
iners. O
n h
an
d p
ractic
e is e
xp
ecte
d to
be g
iven
on th
e so
ftware
’s
for c
ircu
it desig
n.
1)
Stu
dy
of
Co
nstru
ctio
n an
d
work
ing
Hy
dra
ulic
p
um
ps
an
d
moto
rs an
d
Pn
eu
matic
co
mpre
ssors, flu
id sto
rag
e a
nd c
on
ditio
nin
g sy
stem
. (rese
rvo
ir an
d a
ccesso
ries,
filter-
sep
era
tor, re
gu
lato
r an
d lu
bric
aio
n u
nit).
Stu
dy
of H
yd
rau
lic a
nd P
neu
matic
valv
es. P
ressu
re c
on
trol, flo
w c
on
trol a
nd d
irectio
n
co
ntro
l valv
es. S
tud
y th
e c
on
structio
n a
nd w
ork
ing o
n se
ctio
n m
od
els.
Hy
dra
ulic
an
d p
neu
matic
pip
ing a
nd p
ipe a
ccesso
ries, q
uic
k d
isco
nn
ect c
ou
plin
gs e
tc.
pip
e la
yo
ut, fa
cto
rs of se
lectio
n o
f pip
es a
nd la
yo
ut..
Stu
dy
of so
len
oid
valv
es, lim
it switc
hes. P
ressu
re, d
istance, flo
w ra
te m
easu
rem
ent a
nd
electrical contro
l.
2)
Basic
hy
dra
ulic
circ
uit fo
r the w
ork
ing
of d
ou
ble
actin
g c
ylin
der a
nd
a h
ydra
ulic
moto
r.
3)
Basic
pn
eu
matic
circ
uit fo
r the w
ork
ing
of sin
gle
an
d d
ou
ble
actin
g c
ylin
der.
4)
Speed c
on
trol c
ircu
its. Diffe
rent M
ete
ring m
eth
od
s Inle
t & o
utle
t flow
co
ntro
l (mete
r-in
& m
ete
r-out c
ircu
it)
5)
Circ
uits fo
r the U
se o
f diffe
rent d
irectio
n c
on
trol v
alv
es a
nd v
alv
e a
ctu
atio
n in
sing
le
an
d d
ou
ble
actin
g c
ylin
der, a
nd m
ulti a
ctu
atio
n c
ircu
it.
6)
Hyd
raulic C
ou
nter-b
alancin
g circu
it.
7)
Hy
dra
ulic
or P
neu
matic
Reg
en
era
tive c
ircu
it.
8)
Hy
dra
ulic
or P
neu
matic
Seq
uen
cin
g c
ircu
it.
9)
Hy
dra
ulic
Un
load
ing c
ircu
it.
10
) Circ
uit w
ith c
am
op
era
ted
pilo
t valv
es o
pera
ting a
pilo
t op
era
ted 4
way d
irectio
n c
on
trol
valv
e o
r pro
xim
ity/ lim
it switc
hes, so
len
oid
op
era
ted
4w
ay d
irectio
n c
on
trol v
alv
e fo
r
au
to re
versin
g c
ircuit.
11
) Stu
dy
of h
ydra
ulic
s an
d P
neu
matic
s circ
uit, b
ase
d o
n th
e in
dustria
l ap
plic
atio
n. (a
t least
on
e in
each).
Term
wo
rk w
ill co
nsist o
f a F
ile/ Jo
urn
al c
on
tain
ing th
e d
eta
il write
up o
f stud
y a
nd o
bse
rvatio
n
in e
ach o
f the e
xp
erim
en
t. Write
up o
f stud
y e
xp
erim
en
t 1 a
nd d
eta
ils of d
esig
n o
f circ
uit
dia
gra
m, w
ork
ing a
nd fin
din
gs o
f the e
xp
erim
ents 2
to 1
1.
33
MED374 LAB-X TOOL ENGINEERING
Teaching Scheme
Examination Scheme
Practical: 2
Hrs/W
eek
Term Work
- :25
Mark
s
Practical Exam
-25
Mark
s
Term-W
ork: (F
irst A
ngle projection to be adopted)
A. Practical work (Drawings to
be drawn on A1 size drawing sheet)
S
heet 1
. D
raw
ing
of n
om
en
cla
ture
of sin
gle
po
int c
uttin
g to
ol, m
illing
cu
tter, d
rill,
ream
er, b
roach a
nd
tap.
Sheet 2
. D
eta
il dra
win
gs o
f diffe
ren
t locatin
g e
lem
ents.
Sheet 3
. D
eta
il dra
win
gs o
f diffe
ren
t cla
mp
ing e
lem
en
ts.
Sheet 4
. D
esig
n a
nd
dra
win
g o
f jig fo
r giv
en
co
mp
on
en
t.
Sheet 5
. D
esig
n a
nd d
raw
ing o
f millin
g fix
ture
for g
iven
co
mp
on
en
t or d
esig
n a
nd
dra
win
g o
f turn
ing fix
ture
for g
iven c
om
po
nen
t.
Sheet 6
. D
esig
n a
nd d
raw
ing o
f an
y o
ne p
ress to
ol (c
om
po
un
d d
ie / p
rogre
ssive
die/D
rawin
g D
ie)
Sheet 7
. D
esig
n a
nd
dra
win
g o
f forg
ing d
ie o
r simp
le In
jectio
n M
ou
ld
A. Industrial visit r
eport.
Min
10
pag
es, in
div
idu
al re
port o
n in
dustria
l visit to
stud
y jig
& fix
ture
s/pre
ss too
ls/
forg
ing d
ie/ in
jectio
n m
ou
lds.
Form
at: N
am
e o
f org
an
izatio
n / in
dustry
. Pro
du
ct in
form
atio
n, M
ach
ines o
bse
rved.
Ty
pes o
f too
l ob
serv
ed, M
ate
rial o
f too
l co
mp
on
en
ts. Sk
etc
hes o
f pro
cess
pro
du
ct a
nd to
ol o
bse
rved.
Practical Examination should be based on Viva-Voce on the above syllabus.
Text Books:
1.
Do
nald
son, L
ecain
an
d G
oo
ld, “
To
ol d
esig
n”, T
ata
McG
raw
hill.
2.
A.S
.T.M
.E. F
un
dam
en
tals o
f the T
oo
l Desig
n, A
ST
ME
, Pre
ntic
e-H
all o
f Ind
ia
Priv
ate
Ltd
., New
Delh
i, 19
76
3.
M.H
.A. K
em
pste
r, “In
trod
uctio
n to
Jigs a
nd fix
ture
s desig
n”.
4.
P .H
. Josh
i, “Jig
s & F
ixtu
res”
.
5.
P C
Sharm
a, “
A T
ex
tbo
ok
Of P
rod
uctio
n E
ng
ineerin
g”. S
. Ch
an
d p
ub
lishers.
Referen
ce Books
1.
Ed
ward
Ho
ffman, “
Jigs a
nd fix
ture
s desig
n”.
2.
Pro
du
ctio
n T
ech
no
log
y-H
MT
–T
ata
McG
raw
-Hill P
ub
lishin
g L
td
3.
Die
Desig
n F
un
dam
en
tals b
y J.R
. Paq
uin
4.
Henric
kso
n, M
an
ual o
f Jigs a
nd
Fix
ture
s Desig
n, In
du
strial P
ress In
c., N
ew
Yo
rk, 1
97
3.
34
MED375 LAB-XI C
OMPUTER AIDED DESIGN/ COMPUTER AIDED
MANUFACTURING/ COMPUTER AIDED ENGINEERING
Teaching Scheme
Examination Scheme
Practical: 2
Hrs/W
eek
Term Work
- :25
Mark
s
Practical Exam
-25
Mark
s
Term work
Perfo
rmin
g m
inim
um
8 e
xp
erim
en
ts ou
t of th
e fo
llow
ing
an
d p
reparin
g re
cord
of th
e
ex
perim
en
ts.
1.
Cre
atin
g a
2-D
mo
del o
n a
ny d
raftin
g p
ack
ag
e a
nd g
et its h
ard
co
py o
utp
ut.
2.
Cre
atin
g o
f So
lid m
od
els o
f an
y fo
ur c
om
po
nen
ts usin
g a
ny
ap
pro
pria
te h
igh e
nd C
AD
softw
are
an
d g
et its h
ard
co
py
ou
tpu
t.
3.
Bu
ildin
g tw
o c
om
posite
asse
mb
lies c
on
sisting o
f at le
ast fiv
e c
om
po
nen
ts usin
g a
ny
ap
pro
pria
te h
igh
en
d C
AD
softw
are
an
d g
et its h
ard
co
py
ou
tpu
t.
4.
Dev
elo
pin
g a
nd e
xecu
ting a
part p
rogra
m fo
r co
nto
urin
g o
n N
C m
illing m
ach
ine.
5.
Dev
elo
pin
g a
nd e
xecu
ting a
part p
rog
ram
for N
C la
the m
ach
ine. .
6.
Dev
elo
pin
g a
nd e
xecutin
g a
part p
rogra
m fo
r po
int to
po
int o
n N
C d
rilling
mach
ine.
7.
An
aly
sis of a
mach
ine c
om
po
nen
t usin
g a
naly
sis (FE
A) so
ftware
.
8.
Assig
nm
en
t on U
nit 5
.
9.
Assig
nm
en
t on U
nit 7
.
Practica
l Examination
Th
e P
ractic
al E
xam
inatio
n w
ill co
nsist o
f perfo
rmin
g a
n e
xp
erim
ent b
ase
d o
n p
ractic
al w
ork
do
ne d
urin
g th
e c
ou
rse a
nd
viv
a v
oce b
ase
d o
n th
e sy
llab
us a
nd te
rm w
ork
. Th
e pra
ctic
al
ex
am
inatio
n w
ill be a
ssesse
d b
y tw
o e
xam
iners,
on
e w
ill b
e th
e su
bje
ct te
ach
er a
nd o
ther
ex
am
iner a
pp
oin
ted b
y D
r. B.A
.M.U
. Au
ran
gabad
.
