首页> 外文会议>The Twelfth (2016) ISOPE Pacific-Asia offshore mechanics symposium >Numerical Simulation for Hydrodynamic Behaviour of a Single Vessel in Regular Waves Using OpenFOAM
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Numerical Simulation for Hydrodynamic Behaviour of a Single Vessel in Regular Waves Using OpenFOAM

机译:基于OpenFOAM的规则波浪中单个容器流体动力学行为的数值模拟。

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In an analysis of floating body's motion for ocean engineering, potential theory is known as a conservative method. However, This holds that viscous effects are neglected, which can deliver serious problems when predicting vessel's roll motions as well as complicated configurations such as the structures with moon pool, side-by-side moored vessels, and semi-submersible with deep draft need to be evaluated by more accurate methods other than potential theory in order to overcome inaccurate solutions which can be occurred by viscous effects.rnIn this study, CFD simulation for a single vessel is performed as an initial study for motion analysis of side by side vessels.
机译:在对海洋工程的浮体运动进行分析时,势能理论被称为保守方法。但是,这认为粘性效应被忽略了,这在预测船只的侧倾运动以及复杂的配置(例如带有月球池,并排停泊的船只以及需要深吃水深度的半潜式结构)的复杂配置时会带来严重的问题。除潜在理论外,还可以通过更准确的方法进行评估,以解决粘性效应可能导致的不精确解决方案。在这项研究中,对单个容器的CFD模拟是对并排容器运动分析的初步研究。

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