On robust discretization methods for poroelastic problems: Numerical examples and counter-examples

Fleurianne Bertrand , Maximilian Brodbeck , Tim Ricken
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引用次数: 4

Abstract

Finite element approximations of poroelastic materials are nowadays used within multiple applications. Due to wide variation of possible material parameters, robustness of the considered discretization is important. Within this contribution robust of discretization schemes, initially developed for Biot’s theory, will be applied within the Theory of Porous Media. Selected numerical test-cases, special attention will be paid to incompressible and impermeable regimes, are conducted.

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多孔弹性问题的鲁棒离散化方法:数值实例和反例
多孔弹性材料的有限元近似现在被用于多种应用中。由于可能的材料参数变化很大,所考虑的离散化的稳健性很重要。在这一贡献中,最初为Biot理论开发的稳健离散化方案将应用于多孔介质理论。进行了选定的数值试验案例,将特别注意不可压缩和不可渗透状态。
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