Part I. Basic Principles
(a) Open Channel Flow and its Classifications
(b) Open Channels & Their Properties
(c) Energy and Momentum Principles
(d) Computation and Application of Critical Flow
Part II. Uniform Flow
(a) Development of Uniform Flow and its Formulas
(b) Computation of Uniform Flow
(c) Theoretical Concepts of Boundary Layer, Surface
Roughness and Velocity Distribution
Part III. Gradually Varied Flow
(a) Theory and Analysis
(b) Methods of Computation
(c) Spatially Voried Flow
Part IV. Rapidly Varied Flow
(a) Flow over Spillways
(b) Hydraulic Jump and its Use as Energy Dissipator
(c) Flow in Channels of Non Linear Alignment
(d) Flow through Non Prismatic Channel Sections
Part V. Unsteady Flow
(a) Gradually Varied Unsteady Flow
(b) Rapidly Varied Unsteady Flow
(c) Flood Routing
Part III. Gradually Varied Flow
(a) Theory and Analysis
(b) Methods of Computation
(c) Spatially Varied Flow
Part IV. Rapidly Varied Flow
(a) Flow over Spillways
(b) Hydraulic Jump and its Use as Energy Dissipator
(c) Flow in Channels of Non Linear Alignment
(d) Flow through Non Prismatic Channel Sections
Part V. Unsteady Flow
(a) Gradually Varied Unsteady Flow
(b) Rapidly Varied Unsteady Flow
(c) Flood Routing