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CVE 131
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CVE 131 : Engineering Mechanics
No.
Subject
1.
Mechanics of Materials - Introduction
2.
Mechanics of Materials - Stress
3.
Mechanics of Materials - Deformation
4.
Mechanics of Materials - Strain
5.
Mechanics of Materials - Stress/Strain
6.
Mechanics of Materials - Poisson's Ratio
7.
Mechanics of Materials - Axial Loading
8.
Mechanics of Materials - Static Indeterminacy
9.
Mechanics of Materials - Torsion of a Circular Shaft
10.
Mechanics of Materials - Angle of Twist
11.
Mechanics of Materials - Twist, and Stress Concentrations
12.
Mechanics of Materials - Shear-Moment Diagrams
13.
Mechanics of Materials - Bending in Prismatic Beams
14.
Mechanics of Materials - More Bending, and Composite Beams
15.
Mechanics of Materials - Composite and Reinforced Concrete Beams
16.
Mechanics of Materials - Transverse Shear
17.
Mechanics of Materials - Thin-Walled Vessels and Combined Loading
18.
Mechanics of Materials - Plane Stress and Mohr's Circle
19.
Mechanics of Materials - Basis of Beam Design
20.
Mechanics of Materials - Mohr's Circle Pt. 2
21.
Mechanics of Materials - Thermal Effects
22.
Mechanics of Materials - Support of Columns
23.
Mechanics of Materials - Deflection of Beams by Superposition
24.
Mechanics of Materials - Columns
25.
Mechanics of Materials - Shear, Connections
26.
Mechanics of Materials - Shaft Design
27.
Mechanics of Materials - Beam Deflection
28.
Mechanics of Materials - Space Trusses
29.
Mechanics of Materials - Trusses- Method of Sections
30.
Mechanics of Materials - Frames
31.
Mechanics of Materials - Frames and Machines
32.
Mechanics of Materials - Frames and Machines 2
33.
Mechanics of Materials - Trusses - Methods of Joints
34.
Introduction and Course Overview Mechanics of Materials
35.
Stress
36.
Simple structural design
37.
Strain
38.
Stress-strain behavior
39.
Poisson's ratio and shear stress strain diagram
40.
Elastic deformation of an axially loaded member
41.
Statically indeterminate axially loaded member
42.
Thermal stress
43.
Torsional deformation of a circular shaft
44.
Angle of twist
45.
Statically indeterminate torque loaded member
46.
Bending stress in a straight member
47.
Bending stress: two examples
48.
Shear stress in a straight member
49.
Stresses caused by combined loadings
50.
Stress transformation: general equations
51.
Principal stresses and maximum in-plane shear stress
52.
Mohr's circle for plane stress
53.
Plain strain transformation
54.
Simple beam design. Section modulus
55.
Deformation of Straight beams. The elastic curve
56.
Statically indeterminate beams: Method of integration
57.
Statically indeterminate beams: Method of superposition
