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Solid Mechanics 2
Solid Mechanics 2
30 lessons across 6 topics
1. Vibration Fundamentals
1
Damped Free Vibration
2
Forced Vibration
3
Resonance And Response Amplification
4
Single-degree-of-freedom Models
5
Undamped Free Vibration
2. Vibration Analysis
6
Damping Ratio
7
Engineering Consequences Of Vibration
8
Frequency-response Interpretation
9
Model Simplification And Assumptions
10
Natural Frequency
3. Torsion
11
Angle Of Twist
12
Shear Stress In Torsion
13
Torsion In Practical Components
14
Torsion Of Shafts
15
Torsional Stiffness
4. Buckling and Stability
16
Buckling Of Practical Sections
17
Critical Load Interpretation
18
Design Implications Of Instability
19
Elastic Stability Concepts
20
Euler Buckling
5. Frameworks and Structures
21
Comparing Analytical Approximations
22
Complex Framework Analysis Ideas
23
Engineering Interpretation Of Structural Behaviour
24
Load Distribution In Frameworks
25
Stiffness And Structural Response
6. Finite Element Analysis
26
Boundary Conditions In Fea
27
Critiquing Fea Results Responsibly
28
Discretisation Concepts
29
Interpreting Stress And Displacement Plots
30
Meshing Choices
