1.
Research and Application of Adaptive Finite Element Mesh Generation Algorithm;
自适应有限元网格生成算法研究与应用
2.
AFT Algorithm for Unstructured Adaptive Finite Element Mesh Generation;
非结构化自适应有限元网格生成的AFT方法
3.
Adaptive finite clement mesh generation is a strategy to optimize finite element mesh in line with er-ror estimation.
自适应有限元网格生成是基于误差估计,自动进行有限元网格优化的一种策略。
4.
High Quality Triangle Mesh Refinement Scheme in Adaptive Finite Element Method
结构自适应有限元分析中的高质量网格生成方案
5.
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
6.
Research on Numerical Simulations of Metal Forming Processes by the Adaptive Element-free Galerkin-Finite Element Coupling Method
金属成形过程自适应耦合无网格—有限元法数值模拟技术研究
7.
Auto-generation of Finite Element Grids in Tissues Around Tooth;
牙体周围组织有限元网格的自动生成
8.
Numerical simulation of the extrusion process by an adaptive element-free galerkin-finite element(EFG-FE) coupling method
挤压过程自适应耦合无网格-有限元法数值模拟
9.
Adaptive EFG-FE Coupling Analysis of Upset Extrusion
镦挤过程自适应耦合无网格-有限元法分析
10.
AN AUTOMATIC FEM MESH GENERATION ON JOINT NETWORK
在节理网络图上全自动生成有限元网格
11.
Research on Adaptive Method Coupling Meshless Method and Finite Element for Distortion Elements of Plates and Shells
板壳畸变单元的无网格和有限元自适应耦合方法研究
12.
Automatic Generation of Finite Element Mesh Model for Composite Designed;
复合材料设计有限元网格模型的自动生成
13.
The Method of Automatically Generating FEM Based on GIS for the Slope;
基于GIS的边坡有限元网格自动生成研究
14.
Set up the Finite Element Net Model Automatically on the Tooth;
牙体及周围组织有限元网格自动生成技术研究
15.
Research on Technologies of Automatic Finite Element Mesh Generation for Plasrice Injection Mould CAE
面向注塑模CAE的有限元网格自动生成技术
16.
Application of Adaptive Meshing in Thin-Wall Part s FEA;
网格自适应技术在薄壁构件有限元计算中的应用
17.
Adaptive Coupled ALE Finite Element and Meshfree Method for Non-Isothermal Non-Newtonian Viscous Flow in Mould Filling Process;
成型充填过程中非等温非牛顿粘性流动的ALE有限元与无网格自适应耦合模拟
18.
Nonlinear adaptive multigrid FEM for simulating multi-step excavation process was studied.
开发了模拟多步开挖过程的非线性自适应多重网格有限元方法。