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New enriched 3D solid finite elements: 8-node hexahedral, 6-node prismatic, and 5-node pyramidal elements

机译:新的丰富的3D实体有限元:8节点六面体,6节点棱柱形和5节点金字塔形元素

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Herein, we propose new 8-node hexahedral, 6-node prismatic, and 5-node pyramidal 3D solid finite elements enriched by cover functions. To resolve the linear dependence problem, piecewise linear shape functions are adopted as the partition of unity functions. Various mesh patterns are considered for investigation of the linear dependence problem, and no rank deficiency is observed. We demonstrate convergence behavior and effectiveness of the new enriched elements, and adaptive use of cover functions through six problems: an ad hoc problem, a tool jig problem, a slender beam problem, a gear problem, and a connecting rod problem. (C) 2018 Elsevier Ltd. All rights reserved.
机译:在这里,我们提出了新的8节点六面体,6节点棱柱形和5节点金字塔形3D实体有限元,这些要素通过覆盖功能得以丰富。为了解决线性相关性问题,采用分段线性形状函数作为单位函数的划分。考虑了各种网格模式以研究线性相关性问题,并且未观察到秩不足。我们通过六个问题展示了新的丰富元素的收敛行为和有效性,以及覆盖功能的自适应使用:六个问题:一个临时问题,一个工具夹具问题,一个细长梁问题,一个齿轮问题和一个连杆问题。 (C)2018 Elsevier Ltd.保留所有权利。

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