首页> 外文会议>William froude conference: advances in theoretical and applied hydrodynamics - past and future >DEVELOPMENT OF CIP BASED NUMERICAL METHOD FOR PREDICTION OF NONLINEAR WAVE LOADS ON REAL SHIPS
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DEVELOPMENT OF CIP BASED NUMERICAL METHOD FOR PREDICTION OF NONLINEAR WAVE LOADS ON REAL SHIPS

机译:基于CIP基于CIP的数字方法,用于预测实际船舶非线性波负荷

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A CFD code has been developed for numerical simulation of a container ship in large waves by the CIP (Constrained Interpolation Profile ) based numerical method. Recently obtained numerical results on a latest post-Panamax container ship model moving in large-amplitude regular waves for various wave lengths and wave angles, are presented in this paper. The frequency response characteristics of the wave-induced motions and the wave loads on three cross-sections of the ship, including the bending moments and the shear forces, are compared to the experiments and the results obtained by potential flow theory based numerical methods.
机译:基于CIP(约束插值配置文件)的数值方法,已经开发了CFD代码用于大波的集装箱船的数值模拟。在本文中,最近获得了在最新的Panamax集装箱船模型上移动的最新巴拉姆集装箱船模型,用于各种波长和波角的大幅度。与实验相比,波引起运动的频率响应特性和船舶的三个横截面上的波浪载荷,包括弯曲矩和剪切力,并通过基于潜在的流动理论获得的数值方法获得的结果。

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