Hydrodynamic Characteristics in Ecological Arc-Shaped Baffle Fishway

Fei Yu; Jia Yuan Wang; Li Quan Xie

doi:10.4028/www.scientific.net/AMM.212-213.1119

Paper Titles

Verification of STACS-VOF Based Two-Phase Flow Model for Interfacial Flows
p.1098

Numerical Investigation of Impact of Pile Space on Flow around Two Vertical Cylindrical Piles
p.1103

Numerical Experiments of Bottom Stress on Wave Setup
p.1108

Application of Dynamic Mesh in Analysis of Propeller Hydrodynamic Characteristics
p.1112

Hydrodynamic Characteristics in Ecological Arc-Shaped Baffle Fishway
p.1119

Characteristics of Non-Linear Internal Waves in a Three-Dimensional Numerical Wave Tank
p.1123

Numerical Simulation and Model Test on Hydraulic Characteristics of Long-Distance Inverted Siphon
p.1131

A New Formula for Critical Depth of the U-Shaped Channels
p.1136

Research on Turbulent Boundary Layer Development of Hydraulic Jump Region with the Theory of Plane Adhesive Wall Jet Flow
p.1141

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 212-213Hydrodynamic Characteristics in Ecological...

Hydrodynamic Characteristics in Ecological Arc-Shaped Baffle Fishway

Abstract:

Fishways are hydraulic structures allowing fishes upstream migration through engineering constructions in the rivers. The Denil type has a wide application and the main components are flat baffles. In this paper, we present a new type of baffle (arc-shaped baffle) to ameliorate the hydrodynamic characteristics in the fishway. The main improvement of arc-shaped baffle fishway is the alteration that the flat baffles are replaced by arc-baffles. In order to investigate the influence of water flow on migratory fish in the arc-baffle fishway, model tests were conducted. Based on the experimental results, the conclusion can be reached that hydrodynamic characteristics in arc-shaped baffle fishways are steadier than that in traditional Denil fishways, which makes fishes ascend easily.