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Advanced Hydraulics

Advanced Hydraulics. Instructor: Prof. Suresh A. Kartha, Department of Civil Engineering, IIT Guwahati. This course describes the flows and properties in open channels. After attending this course, a student will be able to describe the various types of flows in open channels, the velocity distribution across and along the channel, hydraulic jumps, and turbines and pumps. The student will be able to design the channel sections and drains, jumps, and pumps for various hydraulic and hydrologic projects. (from nptel.ac.in)

Lecture 05 - Equation of Continuity and Energy

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Open Channel Flow

Lecture 01 - Introduction

Lecture 02 - Various Classifications of Open Channel Flows

Lecture 03 - Flow Classifications and Velocity Distribution

Lecture 04 - Pressure Distribution

Lecture 05 - Equation of Continuity and Energy

Lecture 06 - Specific Energy and Critical Flow

Lecture 07 - Energy, Momentum and Specific Force

Lecture 08 - Computation of Critical Flow

Lecture 09 - Critical Flow Computations

Uniform Flow

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

Varied Flows

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 (cont.)

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

Hydraulic Jumps

Lecture 29 - Rapidly Varied Flow: Introduction

Lecture 30 - Theoretical Aspects of Hydraulic Jump

Lecture 31 - Characteristics of Jumps in Rectangular Channel

Lecture 32 - Features on Hydraulic Jumps

Lecture 33 - Jumps as Energy Dissipators

Lecture 34 - Jump Controls

Lecture 35 - Surges

Lecture 36 - Surges (cont.)

Channel Transitions

Lecture 37 - Channel Transitions

Lecture 38 - Channel Transitions (cont.)

Lecture 39 - Channel Transitions (cont.)

Turbines

Lecture 40 - Application of Momentum Principles

Lecture 41 - Pumps

Lecture 42 - Turbines (Pumps, Turbines)

Lecture 43 - Turbines (Cavitation)