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An Immersed Finite Element Method for Elasticity Equations with Interfaces

机译:带界面弹性方程的浸入式有限元方法

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The immersed finite element method based on a uniform Cartesian mesh has been developed for the linear elasticity equations with discontinuous coefficients across an interface in this paper. The interface does not have to be aligned with the mesh. The main idea is to modify the basis function over those triangles in which the interface cuts through so that the natural interface conditions are satisfied. The standard linear basis functions are used for other triangles. The interface is represented by a level set function. Numerical examples are also presented.
机译:本文针对界面处具有不连续系数的线性弹性方程,开发了一种基于均匀笛卡尔网格的浸入式有限元方法。界面不必与网格对齐。主要思想是在接口切入的那些三角形上修改基函数,以便满足自然的接口条件。标准的线性基函数用于其他三角形。该界面由级别设置功能表示。还提供了数值示例。

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