Chapter 1: Principle of conservation of mass, momentum, energy and corresponding equations | |
---|---|
Energy, Momentum And Specific Force | |
Application Of Momentum Principles | |
Mass Concrete (part 1 Of 2) | |
Mass Concrete (part 2 Of 2) |
Chapter 2: Applications of momentum and Bernoullis equation | |
---|---|
Random Events And Probability Concept | |
Discrete Probability Distribution | |
Probability Models Using Discrete Probability Distributions | |
Scalar Random Variables |
Chapter 4: Critical flow and gradually varied flow in channels | |
---|---|
Specific Energy And Critical Flow | |
Computation Of Critical Flow | |
Critical Flow Computations |
Chapter 5: Hydraulic jump | |
---|---|
Rapidly Varied Flow - Introduction | |
Theoretical Aspects Of Hydraulic Jump | |
Features Of Hydraulic Jumps |