Generalized Model Study on Tidal Wave Transformation in Estuaries where Sluices are Constructed

Xin Zhou Zhang; Xiang Ming Wang; Xi Ping Dou; Xiao Dong Zhao; Ming Cheng Zhu

doi:10.4028/www.scientific.net/AMM.212-213.181

Paper Titles

Locating of Salt and Fresh Water Interface in Coastal Zones Using 2D Resistivity Imageries
p.155

Experimental Study on Changes of Sloping Sandy Bed Profile under Breaking Waves
p.163

Study on Relationship between Sediment Transport and Excess Pore Water Pressure under Regular Breaking Wave Action
p.169

One-Dimensional Soil Moisture Simulation Using Ensemble Kalman Filter
p.177

Generalized Model Study on Tidal Wave Transformation in Estuaries where Sluices are Constructed
p.181

The Effect of Land Use and Land Cover Change on the Stream Structure: Case Study in the Qinhuai River Basin, China
p.186

Study on Wave Spectra in South Coastal Waters of Jiangsu
p.193

A Numerical Simulations and Optimizations of the Flow Field in TengZhou Quanshang Constructed Wetland
p.201

Analysis on Sediment Environment and Waterway Siltation Characteristics of Panjin Port
p.205

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 212-213Generalized Model Study on Tidal Wave...

Generalized Model Study on Tidal Wave Transformation in Estuaries where Sluices are Constructed

Abstract:

A generalized model is established and theoretical basis of model design and the model layout are illustrated. Simulation study on the phenomenon of tidal wave transformation with different length of irrigation channel through generalized physical model is carried out, and several conclusions are obtained. The length of irrigation channel influences tidal wave transformation obviously, including the difference of tidal process under various conditions, different trends of tidal range along the irrigation channel and the change of velocity ratio of flood and ebb tide with the length changing.