Civil - Advanced Hydraulics (English)

   Thursday, April 10, 2025   

Starting a new Lecture Notes Series on Civil - Advanced Hydraulics

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Civil - Advanced Hydraulics By Lecture Notes together!

Lecture 1: Introductionadvanced hydraulics course structure

Lecture 2: Various classifications of open channel flows

Lecture 3: Flow classifications velocity distribution

Lecture 4: Pressure distribution

Lecture 5: Equation of continuity energy

Lecture 6: Specific energy critical flow

Lecture 7: Energy, momentum specific force

Lecture 8: Computation of critical flow

Lecture 9: Critical flow computations

Lecture 10: Introduction to uniform flow

Lecture 11: Manning's equation and normal depth

Lecture 12: Uniform Flow Computations

Lecture 13: Uniform flow in compound sections, concept of normal slope

Lecture 14: Uniform flow approximation for flood discharge

Lecture 15: Design of channels for uniform flow

Lecture 16: Design of channels using uniform flow

Lecture 17: Design of erodible channels

Lecture 18: Introduction to gradually varied flows

Lecture 19: Gradually varied flow equations

Lecture 20: Classification of gradually varied flow

Lecture 21: Classification of gradually varied flow

Lecture 22: Gradually varied flow profiles with change in bed slopes

Lecture 23: GVF profile properties and transitional depths

Lecture 24: Gradually varied flow computations

Lecture 25: Gradually varied flow computations RK method

Lecture 26: Standard step method for gradually varied flow computations

Lecture 27: Spatially varied flow

Lecture 28: Features on spatially varied flow

Lecture 29: Rapidly varied flowintroduction

Lecture 30: Theoretical aspects of hydraulic jump

Lecture 31: Characteristics of jumps in rectangular channelh

Lecture 32: Features of hydraulic jumps

Lecture 33: Jumps as energy dissipators

Lecture 34: Jump controls

Lecture 35: Surges

Lecture 36: Surges

Lecture 37: Channel transitions

Lecture 38: Channel transitions

Lecture 39: Channel transition

Lecture 40: Application of momentum principles

Lecture 41: Pumps

Lecture 42: Turbines (pumps, turbines)

Lecture 43: Turbines, cavitation