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Civil Engineering

Advanced Hydraulics

Advanced Hydraulics

01 Introduction - advanced hydraulics & course structure

02 Various classifications of open channel flows

03 Flow classifications & velocity distribution

04 Pressure distribution

05 Equation of continuity & energy

06 Specific energy & critical flow

07 Energy, momentum & specific force

08 Computation of critical flow part -1

09 Critical flow computations

10 Introduction to uniform flow

11 Manning's equation and normal depth

12 Uniform Flow Computations - part 1

13 Uniform flow in compound sections, concept of normal slope

14 Uniform flow approximation for flood discharge

15 Design of channels for uniform flow

16 Design of channels using uniform flow

17 Design of erodible channels

18 Introduction to gradually varied flows

19 Gradually varied flow equations

20 Classification of gradually varied flow - part 1

21 Classification of gradually varied flow - part 2

22 Gradually varied flow profiles with change in bed slopes

23 GVF profile properties and transitional depths

24 Gradually varied flow computations - part 1

25 Gradually varied flow computations RK method - part 2

26 Standard step method for gradually varied flow computations

27 Spatially varied flow

28 Features on spatially varied flow

29 Rapidly varied flow - introduction

30 Theoretical aspects of hydraulic jump

31 Characteristics of jumps in rectangular channel

32 Features of hydraulic jumps

33 Jumps as energy dissipators

34 Jump controls

37 Channel transitions

38 Channel transitions - part 2

39 Channel transition - part 3

40 Application of momentum principles

42 Turbines - part 3 (pumps, turbines)

43 Turbines, cavitation

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