A Numerical Model for Nonlinear Wave Propagation on Non-uniform Current

On the basis of the new type Boussinesq equations （Madsen et al., 2002）, a set of equations explicitly including the effects of currents on waves are derived. A numerical implementation of the present equations in one dimension is described. The numerical model is tested for wave propagation in a wa...

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Veröffentlicht in:	China ocean engineering 2010-01, Vol.24 (1), p.15-28
1. Verfasser:	张洪生王卫远冯文静杨建民卢士强
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Sprache:	eng
Schlagworte:	Boundary conditions Boussinesq equations Boussinesq方程 Flumes Marine Mathematical analysis Mathematical models Nonlinearity Ocean engineering Wave propagation 数值模型波传播波浪传播研究人员计算结果非均匀流非线性
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creator	张洪生王卫远冯文静杨建民卢士强
description	On the basis of the new type Boussinesq equations （Madsen et al., 2002）, a set of equations explicitly including the effects of currents on waves are derived. A numerical implementation of the present equations in one dimension is described. The numerical model is tested for wave propagation in a wave flume of uniform depth with current present. The present numerical results are compared with those of other researchers. It is validated that the present numerical model can reasonably reflect the nonlinear influences of currents on waves. Moreover, the effects of inputting different incident boundary conditions on the calculated results are studied.
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subjects	Boundary conditions Boussinesq equations Boussinesq方程 Flumes Marine Mathematical analysis Mathematical models Nonlinearity Ocean engineering Wave propagation 数值模型波传播波浪传播研究人员计算结果非均匀流非线性
title	A Numerical Model for Nonlinear Wave Propagation on Non-uniform Current
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