This paper gives a remeshing algorithm according to an arbitrary genus and boundary 3D mesh model.

根据任意亏格和任意边界的3D网格模型，给出一种网格重建算法。

Three main factors are discussed in detail: deformation of finite element mesh and remeshing, incremental step length, penalty coefficient. Moreover the control ways are provided.

分析讨论了影响材料体积变化的三个主要因素：有限元网格变形及网格重划、增量步长、惩罚因子，并给出了相应的控制方法。

Based on the general principles of the adaptive finite element methods, a simplified remeshing strategy of the finite element mesh was presented for consideration of the material fracture characters.

基于自适应有限元法的一般原理，并针对多相材料的裂纹扩展的特点，提出了一种简化的高精度和高效率有限元网格的动态重新划分策略。

I thinks this aspect is not only just for obtain a good display, it will make meshing and remeshing more convenient.

可以把主要精力分析模流以及如何改善就是产品有重大的改动也不怕啦。

At the same time, it improves the analysis efficiency and reduced the calculation time by using the adaptive remeshing function.

同时在模拟过程中运用自适应网格重划分功能，提高分析效率、节省计算时间；