搜索资源列表
tensle
- 各向同性硬化的UMAT子程序，用于Abaqus 下各向同性硬化的弹塑性本构方程模拟-Isotropic hardening UMAT subroutine for the elastic-plastic constitutive equation of isotropic hardening Abaqus simulation
J2-UMAT
- 应用于abaqus二次开发，考虑J2流动法则，各向同性硬化，可作为初学者参考。-it can be used for a fresh hand to learn about the secondary development of abaqus,considered the J2 flow rule,isotropic hardening.
stress
- 各向同性等向硬化弹塑性材料，在已知应变的条件下计算应力-Stress update algorithm for a uniaxial elastoplastic material with isotropic hardening
mulinear
- ansys多线性各向同性，多线性随动硬化-ANSYS linear, isotropic, multilinear kinematic hardening
nonlinear
- ansys非线性各向同性，非线性随动硬化-ANSYS nonlinear isotropic, linear kinematic hardening
KH_IH_3D
- 模拟材料非线性循环变形行为UMAT，可直接用于ABAQUS仿真计算(The nonlinear cyclic deformation behavior of the material is UMAT, which can be directly applied to ABAQUS simulation.)
EP_M
- 计算各向同性硬化弹塑性模型，利用J2流动理论(The elastoplastic model of isotropic hardening is calculated by using J2 flow theory.)
各向同性硬化模型umat
- 基于abaqus软件进行二次开发各向同性模型(Secondary development isotropic model)
vumat
- vumat 本构模型，von mises屈服准则加各向同性硬化准则(vumat von mises constitutive model+isotropic hardening)
ABAQUS-Fortran二次开发
- ABAQUS 用户子程序 UMAT 的开发方法，采用 FORTRAN 语言编制了各向同性硬化材料模型的接口程序，研究该类材料的弹塑性本构关系极其实现方法(Based on the development method of user subroutine UMAT of ABAQUS, the interface program of isotropic hardening material model is compiled by FORTRAN language, and the elast