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cvbeam
- 光的传输 模拟特殊的轴对称偏振光的传输情况 -optical transmission simulation special axisymmetric of polarized light transmission
Femm4.2
- 电磁场有限元分析软件FEMM的安装程序，ver.4.2 。不可多得好软件，可以应用于电机、电磁铁、磁悬浮等相关领域。-The finite element method (FEM) is one of the most successful computational techniques for obtaining approximate solutions to the partial differential equations that arise in many scientifi
base3d
- 对OW-AF联合模型的隐式积分程序，对3D和轴对称固体和平面应变单元都适用-Fully implicit integration of the Combined OW-AF model **: for 3D/axisymmetric solid and plane strain elements
femm1
- 电磁场二维有限元分析软件FEMM的开发源代码。FEMM软件是一款简单、快捷、计算准确的工程电磁场的有限元分析工具。通过对软件架构的了解，可以帮助大家更好的了解有限元分析软件的工作流程，为完成自己的有限元开发源代码提供不可多得的参考。此代码的应用并不局限于电磁场领域。-Finite Element Method Magnetics (FEMM) is a software package for solving electromagnetic problems using FEM. The pro
pingmianyingbiantongguovmiseandniansuxing
- 利用V.Mise屈服准则和粘塑性方法来分析平面应变问题，以此为基础以后还可能扩展到轴对称问题-V. Mise yield criterion and the use of visco-plastic approach to the analysis of plane strain problems, as a basis for the future may also be extended to axisymmetric problems
dijisuanli
- 采用三角形轴对称单元计算圆形垂直荷载作用下地基的变形-The results calculated axisymmetric unit circular vertical load, the deformation of the foundation
exam5_1
- 空间问题和空间轴对称问题中单向拉伸的杆的matlab有限元计算源程序，配套书籍是《ansys分析与matlab编程：徐荣桥》-Space issues and space axisymmetric problems in uniaxial tension rod Matlab finite element calculation source, supporting books ansys analysis and the matlab programming: Xu Rong Bridge &
MCM2
- matlab程序蒙特卡洛方法随机走动求解非对称问题-This program solves an axisymmetric problem using the fixed random walk
dxadlock
- 光的传输 模拟特殊的轴对称偏振光的传输情况,不错的,很好-Light transmission simulation of axisymmetric polarized light transmission, good, very good
featool-multiphysics-1.9-0
- MATLAB toolbox, 用于简单的流体动力学和热传导模拟仿真(FEATool 1.9 features two new pre-defined physics modes for flow simulations. The new compressible Euler equations physics mode allows for modeling of inviscid and supersonic fluid flows with shock-waves. In addition
NFEM2
- 平面应力、平面应变以及轴对称问题的弹塑性分析(PROGRAM FOR THE ELASTO-PLASTIC ANALYSIS OF PLANE STRESS, PLANE STRAIN AND AXISYMMETRIC SOLIDS)