| 1. | Research of two type finite element mesh application in ansys
的两种有限元单元应用研究 |
| 2. | Fast display of 3d finite element meshes
三维有限元网格的快速显示 |
| 3. | A hidden surface removal algorithm for 3d finite element meshes
一种三维有限元网格的快速消隐算法 |
| 4. | 3d automated adaptive refinement of all - hexahedral element meshes
三维全六面体网格自适应加密技术 |
| 5. | A finite element mesh generation method based on polygon decomposition
一种基于多边形剖分的有限元网格生成方法 |
| 6. | Random aggregate structure of mesoscopic concrete and finite element mesh
混凝土细观随机骨料结构与有限元网格剖分 |
| 7. | Boundary pre - adjustment method for finite - element mesh generation of closed surface
闭曲面有限元网格生成的边界预调整方法 |
| 8. | At the same time , the algorithm in this dissertation is used to generate finite element mesh automatically
同时给出了本文算法在有限元网格自动剖分中的应用。 |
| 9. | An optimum scheme for constructing finite element meshes is proposed , which can reduce the sum of the unknowns
提出了一种优化的有限元剖分方案，这种方法能够减少剖分出的未知量。 |
| 10. | At last we design a system for constructing the finite element mesh based on the algorithms mentioned above , which can dispose many kinds of input data
最后本文将上述两类问题的处理算法组合到我们的系统中，实现了可以处理多种输入数据的曲面有限元自动生成系统。 |
