| Sr. # | DescriptionofTopic |
| 1. | Doubly reinforced concrete beams |
| 2. | Analysis and design of simply supported doubly reinforced concrete beams |
| 3. | Shear in reinforced concrete beams |
| 4. | Design of shear reinforcement for simply supported beams |
| 5. | Column, types of columns, design considerations |
| 6. | Analysis and design of short columns |
| 7. | Footing, types of footing, design considerations |
| 8. | Design of isolated square & rectangular footings |
| 9. | Design of combined & strap footings |
| 10. | Design of raft/mat footing |
| 11. | Two-way slabs, design considerations |
| 12. | Design of two-way solid slabs |
| 13. | Staircase, design of staircases |
| 14. | Prestressed concrete, Basic concept of prestressed concrete |
| 15. | Advantages and applications of prestressed concrete |
| 16. | Classification and methods of prestressing |
| 17. | Properties and importance of high strength materials used in prestressed concrete |
| 18. | Analysis of prestress, Basic assumptions |
| 19. | Analysis of prestressed concrete members based on stress concept |
| 20. | Concept of Load balancing, Analysis of prestressed concrete members based on load balancing concept |
| 21. | Losses of Prestress |
| 22. | Lump sum and detailed estimation of prestress losses |
| 23. | Design of prestressed concrete members for flexure and shear |
Reinforced and Prestressed Concrete
By / June 14, 2024