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 F