1. Planar Rigid Body
2. Degrees of Freedom
3. Equations of Equilibrium
4. Planar Rigid Body Statics Example 1
5. Planar Rigid Body Statics Example 1
6. Rigid Body Statics Example 2
7. Structural Systems with Rigid
8. Types of 1-D Structural Elements
9. Trusses: Axial members
10. Analysis of Truss Systems
11. Stability of Structural Systems
12. Trusses: Additional Discussions
13. Trusses: Method of Sections
14. Beams: Example 1
15. Beams: BMD & SFD
16. Beams: Loading, Shear and BM
17. Virtual Work Method
18. Virtual Displacements
19. Finding Virtual Displacements
20. Virtual Work Method: Example 1
21. Virtual Work Method: Example 2
22. Static Friction: An Understanding
23. Belt Friction
24. Friction: Solving Problems
25. General Concepts: Rigid Bodies
26. Motion of a Rigid Body: Translation and Rotation
27. Motion of a Point of the Rigid Body
28. Motion of One Point on a Rigid Body Relative
29. Understanding Rotational Motion
30. Kinematics Velocity and Acceleration
31. Understanding Coriolis Acceleration
32. Kinematics: Solving problems
33. Equations of Motion of a Rigid Body
34. Tips and Techniques I
35. Tips and Techniques II
36. Solving Problems I
37. Solving Problems II
38. Solving Problems III
39. Solving Problems IV
40. Engineering Statics: Solving Problems

In this course, Professor M.S. Siva Kumar gives an introduction to the Mechanics of Solids. Some of the topics covered in these video lectures are: Equations of Equilibrium, Truss Systems, Beams, Coriolis Acceleration and many more.

The original name for this course is Civil - Mechanics of Solids. This course has 41 video lectures on Mechanics of Solids by Prof.M.S.Siva Kumar, Department of Applied Mechanics, I.I.T. Madras.