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Numerical Study on the Fluid Structure Interaction of Finite-Length Flexible Structures in Tsunami Flow by Strongly Coupled Approach

机译:强耦合法数值模拟海啸流中有限长柔性结构的流固耦合

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We developed a new method of reducing tsunami damage on thecoastal structures such as petroleum industrial complexes and energystorage tanks by the use of long flexible cylindrical pipes. From theprevious experiments, we observed that our flexible pipes could reducethe tsunami wave energy by decreasing the wave elevation and flowvelocities. However, it is necessary to asset the structural deformationof these pipes under the tsunami flow since undesirably largedeformations might lead to kink, rendering the effectiveness of ourpipes. In this paper, we numerically investigate this problem as a 3Dfluid structure interaction problem.
机译:我们开发了一种减少海啸损坏的新方法 石油工业综合体和能源等沿海结构 储罐通过使用长柔性圆柱管。来自 以前的实验,我们观察到我们的灵活管道可以减少 通过减少波升和流动,海啸波能量 速度。但是,有必要资产结构变形 这些管道在海啸下流动,因为不希望地大 变形可能导致扭结,呈现我们的有效性 管子。在本文中,我们在数值上调查了这个问题作为3D 流体结构相互作用问题。

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