1) Finite element software ROTOR
有限元软件ROTOR
2) finite element software
有限元软件
1.
Visualization technologies of structural fatigue life and reliability such as finite element software with large scaled graphical user interface, prediction model of fatigue life, realization method on visualization of fatigue life and reliability and so on are introduced.
介绍了大型图形用户界面有限元软件、疲劳寿命预测模型、疲劳寿命可视化、可靠性可视化实现方法等结构疲劳寿命以及可靠性可视化技术。
2.
On the basis of maintaining the basic characteristics of original class,this programmer can strengthen and reduce the function of the class by means of the inheritance and polymorphism, thereby realize the expansion of the finite element software .
在面向对象的有限元程序设计中利用类的继承机制和多态性,可以建立具有共同关键特征的对象家族,实现代码的重用;在保持原有类基本特性的基础上可以通过派生类和虚函数机制,对类的功能进行扩充和裁减,从而实现对有限元软件的扩充。
3) FEM software
有限元软件
1.
Study and realization of seamless link between FEM software and universal graphics software;
有限元软件与通用图形软件间无缝连接的研究
2.
There is perfect function of partition in many FEM software, but the chart editing of them can not meet the demand of users.
利用DXF、IGES等文件格式建立有限元软件与AutoCAD绘图环境之间的连接,方便复杂网格模型的建立,加快有限元前后处理速度。
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 element software MARC
有限元软件包MARC
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