1.
GENETIC ALGORITHM-FINITE ELEMENT INVERSION OF STRESS FIELD OF BRAZIL
巴西构造应力场的遗传有限单元法反演
2.
The results show that GA-FEM is an effective way to solve inverse problems of partial differential equations.
研究还表明遗传有限单元法是偏微分方程反演问题求解的一种有效方法。
3.
IGA-FEM for Structure Optimization;
免疫遗传算法—有限元的结构优化方法研究
4.
Finite Element Model Updating Method Study Based on the Genetic Algorithm;
基于遗传算法的有限元模型修正方法研究
5.
FGA-FEM Method and Structure Optimization of Floatwall in Combustor;
模糊遗传算法—有限元与浮动壁结构优化研究
6.
Optimization Research for Anti-Seepage Drainage System of Dam Foundation by the Improved Genetic Algorithm and the Finite Element Method;
基于改进遗传算法和有限元法的坝基防渗排水优化研究
7.
The Finite Element and Genetic Algorithm Used for Seepage Inverse Problem of High Dams;
采用遗传算法和有限元法进行高坝工程渗流反问题研究
8.
Study on Truss Element of Finite Element Method and Its Application;
有限单元法等效桁架单元研究及应用
9.
Nonlinear Finite Element Method and Genetic Algorithms Material Parameter Back-Analysis Research in Soft Soil;
软土非线性有限元及遗传算法材料参数反演技术研究
10.
Load identification of piezoelectric structures by using genetic algorithm and finite element analysis
基于混合编码遗传算法和有限元分析的压电结构载荷识别
11.
Investigation of mesh free-finite element macroelement coupling method
无网格—有限元广义单元耦合法的研究
12.
Identification of crack for cantilever beams based on wavelet finite element method and genetic algorithm
基于小波有限元的悬臂梁裂纹遗传优化辨识
13.
The finite element method does not exhaust the possibilities for variational methods.
有限单元法不能排除变分法。
14.
Application research on genetic algorithm in prediction of ultimate bearing capacity of single pile
遗传算法在单桩极限承载力预测中的应用研究
15.
Genetic Algorithm Based Robot Workcell Layout Optimization;
基于遗传算法的机器人工作单元布局优化
16.
The Application of Single-neuron PID Improved by Genetic Algorithms;
遗传算法改进的单神经元PID控制器及其应用
17.
The Application of Hybrid-Genetic Algorithm on Manufacturing Cell Formation
混合遗传算法在制造单元构建中的应用
18.
Based on genetic algorithm reconfigurable manufacturing unit on the layout
基于遗传算法的可重构制造单元布局研究