1. | Lecture 1 | Vectors, matrices and tensors | ||
Lecture 2 | ||||
Lecture 3 | ||||
2. | Lecture 4 | Deformation and strain | ||
Lecture 5 | ||||
Lecture 6 | ||||
3. | Lecture 7 | Deformation and strain | ||
Lecture 8 | ||||
Lecture 9 | ||||
4. | Lecture 10 | Momentum balance and stress | ||
Lecture 11 | ||||
5. | Lecture12 | Strength | ||
Lecture13 | ||||
6. | Lecture14 | Elasticity | ||
Lecture15 | ||||
Lecture16 | ||||
7. | Lecture17 | Solution procedures | ||
Lecture18 | ||||
Lecture19 | ||||
8. | Lecture20 | Stretching, bending, twisting | ||
Lecture21 | ||||
Lecture22 | ||||
9. | Lecture23 | Principle of virtual work | ||
Lecture24 | ||||
10. | Lecture25 | Energy methods, Direct stiffness method | ||
Lecture26 | ||||
11. | Lecture27 | Plasticity | ||
Lecture28 | ||||
Lecture29 | ||||
12. | Lecture30 | Incremental nonlinear analysis | ||
Lecture31 | ||||
Lecture32 | ||||
13. | Lecture33 | Collapse analysis | ||
Lecture34 | ||||
Lecture35 | ||||
14. | Lecture36 | Stability of structures | ||
Lecture37 | ||||
Lecture38 |