1) Finite Integral Method
有限积分法软件
2) Finite Integration Technique
有限积分法
3) finite integration method
有限积分法
1.
The two dimensional finite difference method software-Superfish and the three dimensional finite integration method software-MAFIA were used to simulate the structure of the sub-harmonic buncher.
分别使用二维有限差分法分析软件Superfish和三维有限积分法分析软件MAFIA对优化后的聚束腔结构进行了计算,得到了比较一致的结果。
4) finite element analysis software
有限元分析软件
1.
Application of ANSYS finite element analysis software to locomotive main alternator electromagnetic field analysis;
ANSYS有限元分析软件在机车主发电机电磁场分析中的应用
2.
The stress-strain contour of the plate in hardening process was simulation analyzed by finite element analysis software, the result of the analysis was consistent with the actual.
用有限元分析软件对链板淬火过程应力集中及应变做了模拟分析,分析结果与实际相吻合。
3.
Based on finite element analysis software ——ANSYS, the casting riser and running system CAD software for simulating casting forming process is developed by using ANSYS' inner developing tools (APDL and UIDL) and outer developing tools (Visual C++).
基于ANSYS有限元分析软件 ,利用其内部开发工具 (APDL和UIDL)以及外部开发工具 (VisualC + + ) ,开发了面向铸件成形过程仿真的铸件冒口和浇注系统CAD ,可广泛适用于铸铁、铸钢、铸铝和铸铜等多种铸造合金。
6) finite difference software
有限差分软件
1.
Rayleigh wave propagation in weak stratum models(three models of the earth s surface with soft and stiff area,the earth s surface with weak layer and weak interlayer) are studied comprehensively by using finite difference software FLAC3D,and the Rayleigh wave propagation characteristics and propagation disciplinarian in weak stratum model.
本文采用有限差分软件FLAC3D对横向存在软硬分区、表层软弱及软弱夹层3种地层模型作数值模拟,分析了相应地层模型中瑞雷波时域信号传播特征,得出了传播规律。
2.
Rayleigh wave propagation and dispersive curve in single layers semi-infinite space model and three dimensional road embankment are studied comprehensively by using finite difference software FLAC3D.
笔者利用有限差分软件 FLAC3D,对单层介质半无限大体和三维路基体的瑞利波传播特性以及频散曲线进行了数值模拟分析;并与半无限体的瑞利波理论频散曲线进行了对比;讨论了三维路堤边界对瑞利波检测路基路面的影响。
补充资料:SAMCEF——先进的通用有限元分析软件
SAMTECH公司是通用有限元软件包SAMCEF的开发商和服务商,是欧洲CAE领域的有力竞争者。SAMTECH在航空和航天工业,以及防卫、汽车、能源和造船等工业有广泛的应用。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条