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Adaptive Refinement based Integral Method for Load Transfer in Fluid/Structure Interaction Problems

机译:基于自适应细化的流体/结构相互作用问题负载转移的整体方法

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In fluid-structure interaction simulations using a partitioned approach,especially aeroelastic analysis,each physics component solves on its own mesh,and the interface between these meshes are in general non-matching.Force and displacement must be transferred from one mesh to another.Generally speaking,two classes of methods have been developed and applied in engineering:point wise interpolation and mapping method.For practical problems,point wise interpolation is not good enough in conversation and mapping method requires detailed meshes to describe surfaces of both fluid side and structure side.This paper presents a flexible,conservative and robust method which only requires surface mesh on fluid side.The merits of new method in terms of conversation properties were discussed.Also,the numerical results of practical problems are demonstrated in this paper.
机译:在使用分区方法的流体结构相互作用模拟中,尤其是空气弹性分析,每个物理组件在其自己的网格上解决,并且这些网格之间的界面通常是非匹配的。必须从一个网格传输到另一个网状物。总是 说话,两类方法已经开发和应用于工程:点明智的插值和映射方法。对于实际问题,在会话和映射方法中,点明智的插值不够好,需要详细的网格来描述流体侧和结构侧的表面 本文介绍了一种柔性,保守和鲁棒的方法,该方法仅需要流体侧的表面啮合。讨论了在对话特性方面的新方法的优点。本文证明了实际问题的数值结果。

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