| S # | Topic |
| 1. | Introduction to the subject, classification of structures, loads, determinate and indeterminate structures, structure idealization. |
| 2. | Determinacy and stability, degree of indeterminacy in beams, frames and trusses. |
| DETERMINATE STRUCTURES | |
| Double Integration Method | |
| 3. | Introduction and derivation of formula. |
| 4. | Slope and deflection of different types of beams under various loadings |
| Moment Area Method | |
| 5. | Derivation of theorems of Moment Area Method |
| 6. | Slope and deflection for cantilever & simply supported beams |
| 7. | Slope and deflection for overhanging beams |
| 8. | Slope and deflection for frames |
| Conjugate Beam Method | |
| 9. | Introduction to conjugate beam method and conjugate supports. |
| 10. | Problems on different types of beams at various loadings |
| Unit Load Method | |
| 11. | Introduction and derivation of formula |
| 15. | Slope and deflection of simple beams with different loadings |
| 16. | Method of virtual work: Frames |
| 17. | Method of virtual work: Trusses |
| 18. | Theory of Castigliano |
| INDETERMINATE STRUCTURES | |
| Three Moment Equation | |
| 17. | Introduction and derivation of formula |
| 18. | Problems of continuous beams |
| 19. | Shear force and bending moment diagrams of continuous beams |
| Moment Distribution Method | |
| 20. | Introduction to the Moment Distribution Method |
| 21. | Problems of continuous beams |
| 22. | Problems of frames |
| Slope Deflection Method | |
| 23. | Introduction and derivation |
| 24. | Problems on continuous beams |
| 25. | Problems on Frames |
Structural Analysis
By / June 14, 2024