Arulmigu Kalasalingam College of Engineering Anand Nagar, Krishnankoil 626 190. Department of Chemical Engineering

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Arulmigu Kalasalingam College of Engineering

Anand Nagar, Krishnankoil


626 190.

Department of
Chemical Engineering

Course Plan


Subject / Code:
MECHANICS OF SOLIDS
/

CH1203

Name of the Staff: A.Senthil Kuma
r


Semester/Year: III /II

1. Aim:



To given
them knowledge on structural, Mechanical properties of Beams,
columns.


2.. Learning outcome and end use:


The students get the knowledge on Mechanic
s of Solids
. This will be beneficial
for the study of specialized electives and project work.


3. Text Book
s and References:


Text Books


T1.
Junarkar, S.B., Mechanics of Structure Vol. 1, 21
st

Edition, Character
Publishing House, Anand, Indian, (1995)


T2.
William A.Nash, Theory and Problems of Strength of Materials, Schaum’s
Outline Series. McGraw Hill Intern
ational Editions, Third Edition, 1994.


4. Web sources:


o

www.google.com

o

www.sciencedirect.com

5. Lesson Plan:


Unit & Unit
No.

Topic Name

Reference

No. of
Periods

Cumul
ative
No. of
Periods

Unit 1


STRESS,
STRAIN
AND
DEFORMA
TION OF
SOLIDS


Rigid bodies an
d
deformable solids


forces on solids and
supports


equilibrium
and stability


strength
and stiffness


tension,
compression and shear
stresses


Hooke’s law
Tㄺm机㤲9
-
㤵9


T㈺p机N
-


7

7

and simple problems


compound bars


thermal stresses


elastic
constants and poission’s
ratio



welded joints


design.

Unit 2:


TRANSVER
SE
LOADING
ON BEAMS



Beams


support
conditions


types of Beams


transverse
loading on
beams


shear
force and
bending moment
in beams


analysis of
cantilevers

T1:pg:960
-
993


T
2:pg:95
-
144

8

15

Unit 3:


DEFLECTI
ONS OF
BEAMS

Double integration
method


Macaulay’s
method


Area


moment theorems for
computation of slopes
and deflections in beams


conjugate beam
method


T1: pg:995
-
1077


T2:pg:146
-
288

9

24

Unit 4:


STRESSES
IN BEA
MS


Theory of simple
bending


assumptions
and derivation of
bending equation (M/I =
F/Y = E/R)


analysis of
stresses in beams


loads carrying capacity
of beams


proportioning beam
sections


leaf springs


flitched beams


shear
stress distribution in
beams


determination
of shear stress in flanged
beams.


T1:pg:1002
-
1034,

T2:pg:372
-
435

7

31

Unit 5:

TORSION


Torsion of circular
shafts


derivation of
torsion equation (T/J =
C/R = G0/L)


stress
T1:pg:941
-
956,pg:235
-
287

T2:pg:205
-
211


7

38



7. Portions for monthly test:



Monthly test
-
I

:

Unit 1



Monthly test
-
II

:

Unit 2,3



Monthly test
-
III

:

Unit 4,5,6

8. Seminar Topics:



analysis of cantilevers




Macaulay’s method
,




determination of shear stress in flanged beams.



Torsion of circular shafts



Axially loaded short columns


9. Related book
s and Magazines:

REFERENCE



Elangovan, A., Thinma Visai Iyal (Mechanics of Solids in Tamil), Anna
University, Madras, 1995

and deformation in
circular and hollow
shafts


stresses
and
deformation in circular
and hollow shafts


stepped shafts


shafts
fixed at both ends


stresses in helical
springs


deflection of
springs


spring
constant








Unit 6:


COLUMNS



Axially loaded shor
t
columns


columns of
unsymmetrical sections


Euler’s theory of long
columns


critical loads
for prismatic columns
with different end
conditions


effect of
eccentricity.



T1:939
-
941,


T2:30
-
37

7

45