搜索资源列表
hinged-arch
- 利用有限元方法度两铰拱进行几何非线性分析 反对称变形-Using the finite element method (fem) of two hinged arch- antisymmetry deformation geometric nonlinear analysis
TSV-annaeling
- ansys 有限元 蠕变模型 材料Si和Cu界面，条件是热时效-ansys FEM creep annealing
fem
- 这一程序应该是解决有关有限元中一些力学计算和相关划分的示例。是基于VC建立起来的-This procedure should be an example of some of the finite element calculations and related mechanical solutions division. Is based on the VC set up
Introduction-FEM
- 有限元模型matlab源代码，包括1D,2D，3D单元模型-Finite element model of the matlab source code, including 1 d and 2 d, 3 d model of the unit
nonlinear-FEM
- 非线性有限元的基础性程序，易于学习和应用- PROGRAM FOR THE FINITE STRAIN * C * ANALYSIS OF AXIAL-SYMMETRIC PROBLEM
FEM-matlab
- 有限元的全部程序实现，包括静力动力，集装和划分过程-Finite element implementation of all procedures, including static power, assembly and division process
matlab_fem_exercises
- simple exercise for fem by using matlab
static structure program
- 有限元编程，桁架结构，组装刚度矩阵，力法，位移法(Finite element programming, truss structure, assembly stiffness matrix, force method, displacement method)
FEM
- 通用有限元程序，用于求解三角形单元和四边形单元(A general finite element program is used to solve triangular and quadrilateral elements)
fmeobjects_tutorial
- fem开发文档介绍，英文版，详细介绍了fme object的主要功能的入门教程(FEM development document introduction)
Torsion
- torsion finite element program
Trussky
- tuss finite element program in vba
e3-10
- topology fem optimizaipon
taklif seri 1
- lagrange code based on FEM
Hashin2
- hashin damage model for composites in abaqus FEM software
wind_load_20
- 该程序可以获得风荷载时程函数，然后加载到有限元程序计算(the coad can be used to get the wind load history to introduce it to the fem coad to calculate the results)
matlab 8-node
- matlab编制的八节点六面体单元刚度矩阵计算程序(matlab code used for the stiffiness matric of Hexahedral3D8Node)
fem
- 二维光子晶体最低五个频带扫描所得能带平面图(Energy band diagram of the lowest five band scanning of two dimensional photonic crystal)
matlab fem
- This is an article about programing the finite element method in matlab
FEM
- 几何线性悬臂梁的程序，用户可以在此基础上修改参数计算位移变形。或者增加节点计算位移(The program of a geometrically linear cantilever beam, the user can modify the parameters to calculate the displacement and deformation on this basis.)