搜索资源列表
Anand
- 用于Anand模型的数值计算的C++类，可以根据输入的参数计算出Anand模型应力应变规律-Anand model for the numerical simulation of C - can be imported under the parameters calculated Anand model of stress and strain law
hyplas
- ************************************************************************ * * * * * THIS IS THE H Y P L A S 2.0 README FILE * * ----------------- * * * * HYPLAS is a finite element program for implicit small and large * * strain analisys of hyperelast
featp.rar
- <<有限单元法>>,王勖成编,书后附录源代码, featp,可以求解平面应力弹性问题,平面应变,轴对称的实体单元和MINDLIN板问题,仅仅提供其求解器代码,前后处理没有,因为这50多页已经够难抄写的了.已经通过CVF6.5的编译,但是结果对否,未验证过.,Finite element method, written by Wang Xucheng, source code in appendix, FEATP, This program can solve the e
planestrain0stress8node-4square
- 平面单元四边形八结点单元的应力应变分析,考虑了应力应变梯度-the analysis of 2D plane including stress and strain
Main
- 平面应力、平面应变有限元数值计算,适合于有限元编程入门-plane stress and plane strain for numerical calcualtion
FEM-zibian-wanshan
- 基于有限单元法的基本原理，解决有限元问题中的平面应力和平面应变问题，采用的是三角形单元，可输出节点位移、单元应力、单刚总刚等.-Based on the basic principles of finite element method to solve the problem in the finite element plane stress and plane strain problems, the use of the triangle element, the displacemen
conv
- 有限元三角形单元解决平面标准塑性应力应变问题-Plane triangular element finite element to solve the problem the standard plastic stress-strain
FFFFAXISYMQUAD
- 四节点有限元方法计算轴对称结构的应力场和应变场-calculate the stress field and strain field of Axisymmetric structure by fourth node finite element method.
F-E-M
- 划分平面三角形单元，通过有限元法计算平面应力，应变和位移。UI界面，有一定的容错能力。-Divided into the plane triangle unit, and to calculate the plane stress, strain and displacement through the finite element method. UI interface, there are the a certain degree of the fault-tolerant ability
zuoye
- 说明：修正的剑桥模型和剑桥模型，各种三轴实验。排水不排水，应力控制和应变控制都有。-Explanation: modified cam-clay model and Cambridge model, all kinds of triaxial test. Drainage not drainage, stress and strain are control control.
FEM_2Dor3D_linelast_standard
- Example 2D and 3D Linear elastic FEM code Currently coded to run either plane strain or plane stress (2DOF) or general 3D but could easily be modified for axisymmetry too.-Example 2D and 3D Linear elastic FEM code Currently coded to run eith
strain-stress
- 用于flac3d应用应力-应变曲线研究,特别是对于初学者-Application for flac3d stress- strain curve studies, especially for beginners
cxxz4
- fortran编写的四节点平面应力/应变计算有限元程序-fortran prepared four-node plane stress/strain finite element calculation procedures
cxxz1
- fortran编写的八节点三维应力/应变计算有限元程序-fortran prepared four-node plane stress/strain finite element calculation procedures
code
- 弹性力学平面问题分析源程序、用以求解平面应力应变、请参考所列输入文调整(plan stress/strain problam analysis program)
Im_Mises_Demo
- UMAT for Abaqus,程序由Fortran语言写成，用于计算一般弹塑性材料的应力应变关系。(UMAT for Abaqus, written in Fortran language, is used to calculate the stress strain relationship of general elastoplastic materials.)
Average stress
- 计算多材料单元平均应力应变,用于提取计算等效弹性模量 泊松系数(Calculate the average stress-strain of multi-material elements)
SwarmOpsMatlab1_1
- 该蠕变子程序能够进行高温长时间应力下的应力应变分析以及松弛行为(The creep subroutine can be used for stress-strain analysis and relaxation behavior under high temperature and long time stress)
perf_plas_J2
- 通过MATLAB编程模拟理想弹塑性应力应变曲线(Simulating the stress-strain curve for perfect plasticity by MATLAB coding.)