搜索资源列表
umatmst
- 等向强化Mises塑性Abaqus材料子程序(Isotropic Hardening Mises Plasticity for Abaqus user defined material process)
F-P2C-ELS-08(Details)(a)
- In order to actually describe the mechanical behavior of phase transformation and plasticity for NiTi shape memory alloy (SMA), the master equations which based on irreversible thermodynamics theory was derived by assuming two internal variables to c
cpfem umat
- crystal plasticity finite element method (CPFEM) for materials deformation simulation
OMCS.Demos.WhiteBoardTest
- 电子白板,c#语言进行操作判断。可以将信息保存到自定义的位置，方面下次进行查询，后期可塑性很强，欢迎前来下载(Face recognition, C # language for operational judgment. Information can be entered into the database, the next query, post-plasticity is very strong, welcome to download registration.)
UMAT
- 黃老師的晶體塑性 UMAT 子程序 用fortran編程而成(crystal plasticity umat subroutine)
code.tar
- this is about simple umat algorithm which is consisted of elastic, plastic and visco etc..
umat Isotropic Strain Hardening Plasticity
- 可以用于在ABAQUS中进行蠕变损失分析(For creep rupture analysis in ABAQUS)
UMAT帮助文档
- 编写UMAT子程序的介绍，以及黄永刚晶体塑性子程序的帮助文档(Introduction to the preparation of UMAT subroutines, as well as huang yonggang crystal plasticity documentation)
UMAT
- Mises塑性、三维实体单元材料本构。 超弹性、三维实体单元材料本构。 超弹性、二维实体单元材料本构。 几乎不可压缩的超弹性、三维实体单元材料本构。 完全不可压缩超弹性、三维实体单元材料本构。(Mises plasticity, three-dimensional solid. Hyperelasticity, three-dimensional solid. Hypere
9b60670cc088486a921a7a8c833eab34
- 晶体塑性所用代表体积元（RVE）ABAQUS插件，适用于2016或6.14后带plug-ins选项的版本(The representative volume element (RVE) ABAQUS plug-in for crystal plasticity is available for 2016 or 6.14 versions with plug-ins options)
umatcrystal_mod
- 基于fortran语言开发的abaqus的晶体塑性用户子程序(User subroutine of crystal plasticity based on ABAQUS)
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.)
appendix3-vumat
- VUMAT for Kinematic Hardening Plasticity
vpsc7a
- 基于晶体塑性自洽理论 vpsc 模拟多晶体塑性变形的织构演化(Texture evolution of polycrystalline plastic deformation simulated by vpsc based on crystal plasticity self consistent theory)
Plasticity hardening for MARC
- 钢材塑性硬化子程序，由Fortran语言编写，可用于MARC 有限元分析。(The steel plastic hardening subroutine, written in Fortran language, can be used for MARC finite element analysis.)