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An hp-adaptive mixed discontinuous Galerkin FEM for nearly incompressible linear elasticity

机译:hp自适应混合不连续Galerkin FEM,具有几乎不可压缩的线性弹性

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We develop the a posteriori error estimation of mixed hp-version discontinuous Galerkin finite element methods for nearly incompressible elasticity problems in two space dimensions. Computable upper and lower bounds on the error measured in terms of a natural (mesh-dependent) energy norm are derived. The bounds are explicit in the local mesh sizes and approximation orders, and are independent of the locking parameter. A series of numerical experiments are presented which demonstrate the performance of the proposed error estimator within an automatic hp-adaptive refinement procedure.
机译:针对二维空间中几乎不可压缩的弹性问题,我们开发了混合hp版本不连续Galerkin有限元方法的后验误差估计。得出根据自然(与网格相关)的能量范数测量的误差的可计算上限和下限。边界在局部网格大小和近似阶数中是明确的,并且与锁定参数无关。提出了一系列数值实验,这些实验证明了所提出的误差估计器在自动hp自适应细化程序中的性能。

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