搜索资源列表
线形粘弹性UMAT
- abaqus 帮助文档中粘弹性UMAT 详细解释 非常有参考价值
UMAT
- umat duncan 2D 用于abaqus本构模型二次开发-abaqus umat duncan 2D constitutive model for secondary development
user-subroutines-l6-umat
- user subroutines in abaqus
umat-all-kind-of-
- umat子程序，国外博士论文的，版本比较早，可以值得学习-failed to translate
umat
- abaqus中umat学习教程和相关例子-umat learning and examples
abaqus-umat-good
- abaqus umat for concrete constitive law
ABAQUS-umat-for-plastic
- abaqus umat for concrete constitve law
ABAQUS-UMAT
- ABAQUS子程序UMAT里弹塑本构的实现-ABAQUS subroutine UMAT in the realization of elastic-plastic constitutive
VUMA-and-UMAT-transformation
- 摘自simwe论坛，umat和vuamt相互转换中应注意的应力应变关系-Taken simwe forum, umat and vuamt conversion should pay attention to the stress-strain relationship
ABAQUS-UMAT
- ABAQUS中UMAT子程序的实例详细解释-Detailed examples in ABAQUS UMAT subroutine
ABAQUS-umat
- User subroutine UMAT: • can be used to define the mechanical constitutive behavior of a material • will be called at all material calculation points of elements for which the material definition includes a user-defined material behav
UMAT
- 该程序主要用于对对弹性体和Kelvin体的UMAT计算，从而实现对材料本构的仿真,并附上英文版材料非线性书籍一本-The program is mainly used for elastomers and Kelvin body UMAT computing, enabling the material constitutive simulation, along with the English version of a book material nonlinearity
umat-LEARNING
- umat学习资料，方便abaqus二次开发，其实功能很强大，只是编程很费劲，所以分享一下umat学习资料-a file for learning umat
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)
umat自学整理
- umat用户子程序的自学文档，注释解释各个程序段的意思及含义(Self-learning documentation of the umat user subroutine, explaining the meaning and meaning of each program segment)
线性粘弹性UMAT
- UMAT学习资料，主要是通过UMAT编写线性粘弹性的学习材料(UMAT Learning Materials)
适用于金属材料的UMAT子程序_david840530
- umat输入输出变量中文注释。方便初学者使用。(umat abaqus subroutine umat)
UMAT基础知识及手册例子完整解释
- abaqus中umat子程序详解已经例子分析(Example analysis of UMAT subroutine in ABAQUS)
ABAQUS子程序UMAT里弹塑本构的实现
- ABAQUS子程序UMAT里弹塑本构的实现(Realization of elastoplastic constitutive model in ABAQUS subroutine UMAT)
GTN模型umat编写流程
- 文献详细介绍gtn模型的推导过程及UMAT算法流程，可为GTN模型学习者提供较好参考价值