1.
Research on the Automatic Generation Technique of Hexahedral Finite Element Mesh;
六面体有限元网格自动剖分技术研究
2.
Earth and Rockfill Dam FEM Automatic Mesh Generation Process;
土石坝有限元网格自动剖分程序研制
3.
Automatic generation methods of finite element meshes and its applications in engineering
有限元网格自动剖分方法及其在工程中的应用
4.
Analysis of Electromagnetic Problems in Complicated Cavities by FEM Based on Auto-meshing Technique;
基于网格自动剖分技术的复杂腔体电磁特性的有限元法分析
5.
Application of VB and TrueGRID to 3D finite grid automatic mesh generation for lock head
VB与TrueGRID软件在船闸闸首三维有限元网格自动剖分中的应用
6.
Research and Implementation of Fast Automatic Mesh Generation Based on Figure Characteristics
基于形状特征的网格快速自动剖分方法的研究与实现
7.
A kind of complete automatic subdivision method for mesh of hexahedron based on quadratic subdivision of tetrahedron was put forward and the corresponding program was developed.
提出了一种基于四面体二次剖分的六面体网格全自动剖分方法,研制了相应的程序。
8.
Adaptive Mesh Generation Method Based on Boundaries of 2D Arbitrary Polygon in EIT
基于几何边界的EIT网格自适应剖分方法的研究
9.
Computer Graph Processing and Automatic Dissection about Fracture Network in Rock Mass Simulated by Monte-Carlo Method
Monte-Carlo裂隙网络图的计算机处理与自动剖分
10.
Quadrilateral Mesh Generation Based on STL File Format Model and Mesh Smoothing
STL格式文件的四边形网格剖分与网格光顺
11.
The Study and Realization of Adaptive Triangular Mesh Generation for Sheet Forming Simulation;
冲压成形有限元模拟自适应三角形网格剖分方法的研究与实现
12.
A Study of Efficiently Dynamic Updating Algorithm and Experiments for Tessellation by Triangulation of Huge Data Sets;
大数据量高效动态更新三角网格剖分算法研究与实践
13.
The Improved Spring Analogy of Mesh Generation and Update on the Moving Boundary of Fluid-Solid Interface
流固移动边界网格剖分和更新的改进弹簧近似法
14.
Mesh Segmentation Based on 3D Delaunay Triangulation
基于Delaunay四面体剖分的网格分割算法
15.
Research for Mesh Generation of Finite Element Methods for Underground Cavity Group;
地下洞室群有限元网格剖分方法研究
16.
Research on Compatible Triangulation and Remeshing;
相容三角剖分及网格优化的算法研究
17.
Research on Algorithms for Open Cutting and Mesh Generation for Sheet Metals;
工艺切口与坯料网格剖分算法的研究
18.
Mesh Generation for Numerical Simulation of Casting on Reverse Thinking
逆向思维实现铸件数值模拟网格剖分