| 1.
Mod- 1 Lec-1 Introduction to Hydraulics |
| 2. Open
Channel Hydraulic Part-1 |
| 3. Open
Channel Hydraulics Part -2 |
| 4.
Velocity and Pressure Distribution |
| 5. Practical use of velocity co-efficient in channel
flow |
| 6. Conservation Principles & ioioGoverning Equations |
| 7. Uniform Flow |
| 8. Uniform Flow
Formula |
| 9.
Computation of Uniform Flow Part-1 |
| 10.
Computation of Uniform Flow Part-2 |
| 11.
Uniform Flow in Mobile Boundary Channel |
| 12.
Incipient Motion Condition and Regime of Flow |
| 13. Concept of
Specific Energy |
| 14.
Computation of Critical Depth |
| 15. Specific Force, Critical Depth & Sequent Depth |
| 16.
Non-uniform Flow: Gradually Varied Flow |
| 17. Mod-4 Lec-1 Classification of Gradually Varied Flow |
| 18.
Characteristic of Gradually Varied Flow |
| 19.
Gradually Varied Flow & its Computation |
| 20.
Computation of Gradually Varied Flow |
| 21. Gradually Varied Flow: Numerical Methods and Problem
Solving |
| 22.
Rapidly Varied Flow: Hydraulic Jump |
| 23. Hydraulic Jump |
| 24.
Flow Over Hump and Channel Contraction |
| 25. Canal Design-1 |
| 26. Canal Design-2 |
| 27. Design of
Alluvial Channel |
| 28. Design of
Alluvial Channel-2 |
| 29. Design of
Alluvial Channel-3 |
| 30.
Unsteady Flow: Waves and its Classification |
| 31. Unsteady Flow
Part-3 |
| 32. Pipe Flow:
Friction Loss I |
| 33. Pipe
Flow: Losses in Pipes II |
| 34. Pipe
in Series & Parallel III |
| 35. Pipe Network
Analysis IV |
| 36. Water
Hammer & Surge Tank |
| 37. Pipe Flow:
Friction Loss V |
| 38. Pipe
Flow: Losses in Pipe VI |