Applied Hydraulic Engineering [Civil Department]

Applied Hydraulic Engineering [Civil Department]

Applied Hydraulic Engineering

UNIFORM FLOW

1. Applied Hydraulic Engineering: Uniform Flow
2. Applied Hydraulic Engineering: Uniform Types of Flow
3. Differences between Pipe Flow and Open Channel Flow
4. Properties of open channels (Applied Hydraulic Engineering: Uniform Flow)
5. Applied Hydraulic Engineering: Uniform Flow - Fundamental equations
6. Velocity distribution in open channels
7. Steady Uniform flow: The Chezy and Manning Equation
8. Best Hydraulic Cross- Section
9. Computations in Uniform Flow
10. Applied Hydraulic Engineering: Specific Energy, Critical Flow and Critical Velocity

GRADUALLY VARIED FLOW

1. Varied Flow
2. Gradually varied flow
3. Transitions between sub and super critical flow
4. Profile Classifications
5. Surface Profiles Determination

RAPIDLY VARIED FLOW

1. The Application of the Energy equation for Rapidly Varied Flow
2. Critical , Sub-critical and super critical flow
3. Application of the Momentum equation for Rapidly Varied Flow
4. Hydraulic jump

TURBINES

1. Classification of Turbines
2. Impulse and Reaction Turbines
3. Turbines in action
4. Kaplan turbine
5. Francis Turbine
6. Turbine Specific speed

PUMPS

1. Centrifugal Pumps
2. Operation of Pumps in Series and Parallel
3. Reciprocating Pumps
4. Pumps: Air Vessels
5. Types of positive displacement pump

Important Short Questions

1. Important Question And Answer: civil - Applied Hydraulic Engineering - Part 1
2. Important Question And Answer: civil - Applied Hydraulic Engineering - Part 2
3. Important Question And Answer: civil - Applied Hydraulic Engineering - Part 3