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A time domain harmonic BEM implementation for non-homogeneous 3D solids

机译:非均质3D实体的时域谐波BEM实现

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摘要

In the present work, a Boundary Element Method implementation is presented for a specific non-homogeneous elastic media. The media under consideration is a Poisson solid (nu=0.25), which requires additionally a quadratic variation for the material parameters along one cartesian axis (e.g. depth). The 3D problem for the time-harmonic case was implemented and numerically validated for specific problems. Moreover, the static version of the present problem was used to model a real functionally graded composite of alumina-nickel. (C) 2006 Elsevier Ltd. All rights reserved.
机译:在本工作中,提出了一种针对特定非均匀弹性介质的边界元方法实现。所考虑的介质是泊松固体(nu = 0.25),它另外需要沿一个笛卡尔轴(例如深度)对材料参数进行二次变化。实施了用于时谐案例的3D问题,并针对特定问题进行了数值验证。此外,本问题的静态版本用于对氧化铝-镍的实际功能梯度复合材料进行建模。 (C)2006 Elsevier Ltd.保留所有权利。

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