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Dynamic analysis of fluid-elastic solid interaction using the moving particle semi-implicit method

机译:用运动粒子半隐式方法动态分析流体-弹性固体相互作用

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The giant tsunami in the Indian Ocean (2004) gave a devastating blow by the tsunami run-up to many public facilities and constructions on beaches. In the near future, we are apprehensive that a huge storm surge and a tsunami earthquake which cause destruction of objects such as coastal structures, control forests, houses and oil-storage tanks might occur. Since a part of the broken objects is drifted, secondary damage will occur in inlands. Such phenomenon results in deformations or destructions caused by forces of fluid acting to solids. Therefore, it is necessary for us to understand fluids-structures interaction problems.
机译:印度洋发生的巨大海啸(2004年)对海啸的爆发给海滩上的许多公共设施和建筑造成了毁灭性的打击。在不久的将来,我们担心可能会发生巨大的风暴潮和海啸地震,从而破坏诸如沿海结构,森林,房屋和储油罐之类的物体。由于一部分破碎的物体漂移,内陆将发生二次破坏。这种现象导致由作用于固体的流体力引起的变形或破坏。因此,我们有必要了解流体与结构的相互作用问题。

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