搜索资源列表
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
常见金属JOHNSON-COOK参数
- Abaqus中常见金属JOHNSON-COOK参数设置(setting of JOHN-COOK MODEL in abaqus)
Umat开发
- abaqus Umat入门教程，请结合abaqus说明书使用，效果会更佳(introduction of the umat)
ABAQUS_VUMAT初学者用户子程序小例子
- 通过相同模型的对比，说明子程序的正确性，对比方法（ABAQUS自带本构和编制本构的 ）对比(Through the comparison of the same model, the correctness of the subroutine and the contrast method (ABAQUS's constitutive and compiling) are explained.)
PythonReader
- abaqus tools aimmed to help u in learning python used in abaqus program.
Abaqus-scripting.pdf
- 该书指导在工程应用中的编程计算，对结构模拟的后处理和软件的二次开发。(application of engineering)
anisotropic silicon
- ABAQUS中硅材料参数定义方法，采用python参数化建模(How to define the anisotropic parameters of silicon in ABAQUS through python.)
一般性周期性边界条件
- 用于在abaqus中，添加周期性边界条件(For adding periodic boundary conditions in ABAQUS)
Calibration of Polypropylene
- abaqus 塑料的粘弹性模型 ,应用试验数据对塑料的本构关系进行拟合(abaqus PRF model for simulate plastic)
ABAQUS_Python基本
- Phthon for user of Abaqus
2D4N_UEL
- 基于abaqus编辑的用户自定义单元，二维四节点单元(the uel for 2d ELEMENT based on abaqus)
3D9N_UEL
- 基于abaqus编辑的UEL用户自定义单元，3D9N单元(the 3D9N element based on abaqus)
UEL_HELP
- abaqus编辑用户自定义单元(UEL)时的帮助文件(the help for abaqus UEL)
非线性UEL
- 基于abaqus编辑的非线性用户自定义单元(the nonlinear element based on abaqus)
负泊松比参数化建模
- 基于Python对abaqus二次开发，参数化建立负泊松比模型的程序(Based on Python for ABAQUS two development, parametric establishment of negative Poisson's ratio model program)
UMAT参考源文件
- ABAQUS umat 程序文件，适合初学者学习理解ABAQUS用户自定义材料本构编写(ABAQUS UMAT program files, suitable for beginners to learn and understand ABAQUS user defined material constitutive)
xiangpijingfengshan
- 一个用ABAQUS描述柔性体旋转的经典例子(A classic example of using ABAQUS to describe the rotation of flexible bodies)