Wave diffraction from linear arrays of cylinders
Wave diffraction from linear arrays of cylinders
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DOI：
10.1016/j.oceaneng.2005.04.002
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发表时间：
2005-12
影响因子：
5
通讯作者：
D. Walker;R. Eatock Taylor
中科院分区：
文献类型：
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作者：
D. Walker;R. Eatock Taylor
在线性理论的假设下，研究了垂直底部安装圆柱体的线性阵列对规则波的衍射。自由表面高程和圆柱载荷均已使用衍射问题的解析解进行建模。线性新波理论已被视为一种根据随机波谱预测极端事件可能形状的方法。分析线性衍射理论已扩展到应用于入射新波。已经研究了圆柱线性阵列对 NewWaves 的衍射，特别强调力和自由表面放大效应。
Under the assumption of linear theory, the diffraction of regular waves by linear arrays of vertical bottom mounted circular cylinders has been investigated. Both free surface elevation and cylinder loading have been modelled using an analytical solution to the diffraction problem. Linear NewWave theory has been reviewed as a method for predicting the probable shape of extreme events from random wave spectra. Analytical linear diffraction theory has been extended for application to incident NewWaves. The diffraction of NewWaves by linear arrays of cylinders has been studied, with particular emphasis on force and free surface magnification effects.