Waterway Regulation Effect of the Letianxi Reach between the Three Gorges Project and Gezhouba Project

Li Pi; Xiao Xiang Feng; Ri Hong Zhang

doi:10.4028/www.scientific.net/AMR.779-780.1152

Paper Titles

Structure Characteristics and Improvement of Oil Seal of Turbo-Supercharger
p.1130

Research on Regulation Scheme of Yaojian Reach in the Yangtze River
p.1134

Design of the Motorcycle Engine Fuel Supplying System Based on the Ultrasonic Atomization
p.1143

Sediment Transport and its Effect on Navigation in Long Tailrace of Hydropower Station
p.1147

Waterway Regulation Effect of the Letianxi Reach between the Three Gorges Project and Gezhouba Project
p.1152

Park and Ride Facility Location Research of Rail Transit Based on Bi-Level Programming Model
p.1156

Risk Assessment and Risk Control for Navigation Environment of Dock Waters Adjacent to Fairway
p.1162

Diversion Scheme for Yuliang Hydro-Junction Project of Youjiang River in Construction Period
p.1166

Numerical Simulation for Pile Group in Water Flume of 2-D Tidal Flow
p.1171

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Waterway Regulation Effect of the Letianxi Reach between the Three Gorges Project and Gezhouba Project

Abstract:

t is the first implementing waterway navigation project between the Three Gorges Project (TGP) and The Gezhouba Project. Based on analyzing of the navigation-obstructing characteristics, waterway regulation ideas and schemes are put forward. A three-dimensional flow mathematical model is used to simulate the change of water level, flow velocity, flow pattern. And the effect of the regulation project is analyzed and contrasted with and without it. At last, the reasonable regulation scheme is proposed.