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Bragg Reflection of Shallow-Water Waves on a Sloping Beach
In this study a set of governing equations describing the evolution of modulated shallow-water waves over a sinusoidally varying topography on a sloping beach is derived. The governing equations include the nonlinear interactions among different wave components as well as the shoaling effect over a slowly varying topography. It has been shown that the incident waves could be resonantly reflected by the interaction with the rippled seabed under the Bragg reflection condition. The magnitude of the resonantly reflected wave is almost equal to those of the incident and the transmitted waves.
Bragg Reflection of Shallow-Water Waves on a Sloping Beach
In this study a set of governing equations describing the evolution of modulated shallow-water waves over a sinusoidally varying topography on a sloping beach is derived. The governing equations include the nonlinear interactions among different wave components as well as the shoaling effect over a slowly varying topography. It has been shown that the incident waves could be resonantly reflected by the interaction with the rippled seabed under the Bragg reflection condition. The magnitude of the resonantly reflected wave is almost equal to those of the incident and the transmitted waves.
Bragg Reflection of Shallow-Water Waves on a Sloping Beach
Cho, Yong-Sik (author) / Lee, Jong-In (author) / Lee, Jong-Kyu (author)
25th International Conference on Coastal Engineering ; 1996 ; Orlando, Florida, United States
Coastal Engineering 1996 ; 955-967
1997-08-05
Conference paper
Electronic Resource
English
Bragg Reflection of Shallow-Water Waves on a Sloping Beach
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