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The simulation of compressible multi-fluid multi-solid interactions using the modified ghost method

机译:使用修改的鬼方法模拟可压缩多流体多固体相互作用

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Based on the Modified Ghost Fluid Method (MGFM) and Modified Ghost Solid Method (MGSM), the Modified Ghost Method (MGM) is developed to deal with the combined compressible multi-fluid multi-solid interactions. The exact solution for 1D fluid-elastic-plastic solid Riemann problem is derived, which is subsequently used to verify the validity of the MGM as applied to fluid-elastic-plastic solid interaction. Using MGM, we construct a coherent and consistent approach to simulate truly compressible multi-medium problems as for gas-water-solid-solid interaction. Similar to the 1D cases, several 2D multi-medium cases are simulated to show the versatility and ease of application for the MGM. Finally, a multi-medium case with a complex geometry in solid domain is simulated, which shows that the proposed approach can be effectively used to study the response of the various structure domain. (C) 2017 Elsevier Ltd. All rights reserved.
机译:基于改性的幽灵液法(MGFM)和改性幽灵固体方法(MGSM),开发了改进的Ghost方法(MGM)以处理组合的可压缩多流体多固体相互作用。 推导出1D流体弹性塑料固体riemann问题的精确解决方案,随后用于验证MGM的有效性,其应用于流体 - 弹性塑料固体相互作用。 使用MGM,我们构建一种连贯和一致的方法来模拟真正可压缩的多种介质问题,如气体 - 固体固体相互作用。 类似于1D情况,模拟了几种2D多种介质案例以显示MGM的多功能性和易用性。 最后,模拟了具有固体域中复杂几何形状的多种介质壳体,其示出了所提出的方法可以有效地用于研究各种结构域的响应。 (c)2017 Elsevier Ltd.保留所有权利。

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