By boundary attraction the mesh boundary approached the domain boundary and inner-domain boundary, the spring and equilateral tetrahedron approach method optimized the mesh structure effectually.
其中，边界引力有效解决了流场边界恢复和内嵌边界问题，弹簧振子和正四面体趋进技术有效调整网格结构并提高网格质量。
Using hard size controls on the boundary edges to force the same number of divisions may help to successfully generate a mapped mesh.
使用硬大小控制边界的边缘，迫使相同数量的分歧可能有助于成功地生成映射网格。
The model used to control mesh deforming is improved spring analogy with boundary improvement and torsional effect improvement.
网格变形的物理模型采用改进的弹簧近似模型，改进措施包括边界修正和扭转效应修正。
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