Check official academic publishing portals (such as PHI Learning or Oxford University Press, depending on the specific edition print) to purchase a legitimate, secure e-book or Kindle edition.
| Chapter | Title | Key Topics | |:---|:---|:---| | 1 | Open Channel Flow | Introduction, types of forces, velocity distribution, energy, momentum equations. | | 2 | Uniform Flow | Manning's equation, economic channel sections, normal depth computation, compound channels. | | 3 | Specific Energy, Specific Force and Critical Depth | Specific energy and force curves, critical depth, alternate depths. | | 4 | Hydraulics of Alluvial Channels | Incipient motion, Shield's theory, flow regimes, resistance in alluvial channels. | | 5 | Design of Channel | Design of non-erodible and erodible channels, Kennedy's and Lacey's theories. | | 6 | Gradually Varied Flow | Dynamic equation, classification of surface profiles, profile computation (step methods). | | 7 | Hydraulic Jump | Mathematical analysis, jump characteristics, types, length, and location. | | 8 | Rapidly Varied Flow | Weirs, spillways, sluice gates, channel transitions, flow over humps. | | 9 | Spatially Varied Flow | Dynamic equations for increasing/decreasing discharge, side weirs, bottom racks. | | 10 | Unsteady Flow | Saint-Venant equations, finite difference methods, flood routing, reservoir routing. | | 11 | Dam-Break Problem | Governing equations, analytical and numerical solutions, experimental works. | | - | Index | | open channel flow madan mohan das pdf hot
Whether flow depth changes along the length of the channel [2]. Check official academic publishing portals (such as PHI
1. Introduction to the Textbook: Open Channel Flow by M.M. Das | | 3 | Specific Energy, Specific Force