搜索资源列表
Console8
- UMAT子程序实例 手把手教你写UMAT子程序 含注释(The UMAT subroutine instance. hand handle teaches you to write the UMAT subroutine with annotations)
UMAT-Neo-Hookean
- 基于NEO-HOOKEAN本构编写的ABAQUS用户子程序UMAT(ABAQUS user subroutine UMAT based on NEO-HOOKEAN)
gtn-ex-lm
- Umat for GTN damage model in Abaqus
el-ex
- Umat for elastic material model in Abaqus by VUMAT - EXPLICIT INTEGRATION
el-st
- Umat for elastic material model in Abaqus by UMAT - STATIC
gtn-st-dl
- Umat for GTN damage material model in Abaqus by UMAT - STATIC in Powell's dogleg (DL) solution routines from Slatec library
gtn-st-lm
- Umat for GTN damage material model in Abaqus by UMAT - STATIC in Levenberg-Marquardt (LM) solution routines from Slatec library
pl-is-ex
- Umat for plastic material model in Abaqus by VUMAT - EXPLICIT INTEGRATION
pl-is-st
- Umat for plastic material model in Abaqus by UMAT - STATIC
WritingaUMAT
- lecture of Writing a UMAT or VUMAT
Fatigue-2
- 用于UMAT计算疲劳，基于hasin准则(fatigue analysis based on hasin)
umat-harden
- 材料硬化本构模型，可用于单向拉伸数值模拟，有良好的验证效果。(Material hardening constitutive model)
多个UMATVUMAT子程序下载
- 基于abaqus的三轴压缩试验，涉及到umat子程序的二次开发利用(Development of household material for three axis test)
GTN_time
- GTN model tried for the UMAT enviornment
iso_mises_umat
- 等向强化，Umat子程序，mises应力计算(Isotropic strengthening, Umat subroutine, Mises stress calculation)
tcaiwu
- 用于计算复合材料的umat，用于计算三维的复合材料(UMAT for calculating composite materials)
黄永刚UMAT
- 利用ABAQUS进行新材料的开发，本代码是基于黄永刚先生的研究所编写的，是对黄先生研究工作的借鉴(Using ABAQUS to develop new materials, this code is based on Mr. Huang Yonggang's research institute, is a reference for Mr. Huang's research work.)
vep_complete_eyring_crack
- 纳入了机械损伤和应变速率的断裂UMAT子程序，不能用于平面应力。(The fracture UMAT subroutine incorporating mechanical damage and strain rate can not be used for plane stress.)
Hashin2
- UMAT子程序用来定义复合材料的材料属性，该程序采用hashin失效准则(umat subroutines,The subroutine is used to define the material properties of composites, and the program USES hashin invalidation criteria)
Viscoelastic
- 粘弹性本构模型，用于粘弹性材料计算，Umat程序(constitute model for compute the viscosity material)