CVL 420: Course Outline
Winter 2012
Week 1: Lecture No. 1
Instructor:
DEPARTMENT OF CIVIL ENGINEERING
CVL 420 - STRENGTH OF MATERIALS II
INFORMATION AND COURSE OUTLINE
Dr. K. M. Anwar Hossain, P.Eng.
Ryerson University
Civil Engineering Department
Lecture: Week 10
CVL 420: Strength of Materials II
COLUMNS
Dr. K.M. Anwar Hossain, PEng
Columns
Columns are straight, prismatic bars
subjected to compr
Ryerson University
Civil Engineering Department
Lecture: Week 4
CVL 420: Strength of Materials II
Introduction
(Beam subjected to Flexural loading)
Internal forces and stress
Concept quiz
Bending mome
Tc
=
J
=
J=
TL
GJ
=
n
c 4
2
G J
Ti Li
i =1
i
i
Stress Concentration
Tc
max = K
J
T
r
=
2 At
EI
3
dv
= V ( x)
dx 3
d 4v
EI
= w( x )
dx 4
n 2 2 EI
n 2 2 EAr 2
=
L' 2
L '2
L' = kL
P M x xZ M z z X
A
I
CVL 420: Winter 2012
Dr. K.M. Anwar Hossain
CVL 420: Strength of Materials II
Sections to be covered in the final exam: Winter 2012
Examples and Problems for Review
Chapter 6: Torsion:
Section: 6-7 (E
Ryerson University
Civil Engineering Department
Lecture: Week 8
CVL 420: Strength of Materials II
Beam Deflection due to Flexural Loading
Method of Integration
Concept Quiz
Problem solving
Assignment
Ryerson University
Civil Engineering Department
Lecture: Week 9
CVL 420: Strength of Materials II
Beam Deflection due to Flexural
Loading
Dr. K.M. Anwar Hossain, PEng
Beam deflection
The deflection of
Ryerson University
Civil Engineering Department
Lecture: Week 7
CVL 420: Strength of Materials II
Flexural stress in composite beams
Compound Stress
Dr. K.M. Anwar Hossain, PEng
K.M. Anwar Hossain, Ph
Ryerson University
Civil Engineering Department
Lecture: Week 6
CVL 420: Strength of Materials II
Shear centre
Dr. K.M. Anwar Hossain, PEng
K.M. Anwar Hossain, PhD, PEng
Shear stress in thin-walled op
Ryerson University
Civil Engineering Department
Lecture: Week 5
CVL 420: Strength of Materials II
Beam subjected to Flexural loading
Flexural stress
Bending moment/shear force diagrams/ Bending stress
Ryerson University
Civil Engineering Department
Lecture: Week 5-6
CVL 420: Strength of Materials II
Shear stress
Review of previous class
Derivation of shear stress formula
Steps to calculate shear st
Ryerson University
Civil Engineering Department
Lecture: Week 3
CVL 420: Strength of Materials II
TORSION
Dr. K.M. Anwar Hossain, PEng
K.M. Anwar Hossain, PhD, PEng;
Ryerson University
The Torsion For
Lecture No. 1
DEPARTMENT OF CIVIL ENGINEERING
CVL 420 - STRENGTH OF MATERIALS II
Torsional Loading
CVL 420
Dr. Hossain, PEng.
RYERSON
Torsional Loading
Air
Aggregates
Aggregates
(60-80%)
Torsional loa
Ryerson University
Civil Engineering Department
Lecture: Week 2
CVL 420: Strength of Materials II
TORSION
Dr. K.M. Anwar Hossain, PEng
The Torsion Formula and Angle of Twist
p =
T
J
TL
=
GJ
K.M. Anwar