搜索资源列表
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)
Jaumann-umat
- 用于JANUMANN本构的UMAT程序，用于新手学习使用(use UMAT for JAUMANN)
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)
UMAT-Strength
- abaqus子程序umat材料强度分析，供参考学习，相互交流(abaqus umat for reference)
UMAT-PlaneStress
- 关于2维平面应变应力的金属塑性本构子程序代码umat(plasticy of metal material)
UMAT-3D
- 关于3维应力应变的金属本构方程子程序代码隐式umat(Implicit UMAT code for 3-D stress-strain constitutive equation subroutine)
ABAQUS+UMAT+FORTRAN
- ABAQUS中用户材料子程序UMAT的开发主要解决两方面的问题：本构模型的建立和积分算法的选择。 本文主要研究非线性材料的UMAT实现方法，并重点研究其迭代算法部分，目前，用户材料子程序UMAT的迭代算法主要是常刚度法，常刚度法的优点在于算法原理较简单，程序编写较方便，缺点是当遇到复杂非线性材料时，其迭代次数较多，收敛速度也较慢，在这个情况下，本文采取的是一种迭代次数较少且收敛速度较快的切线刚度法，具体就是采用FORTRAN语言编制了基于Von-Mises模型的接口程序,并采用切线刚度算
UMAT子程序
- Abaqus子程序UMAT，材料拉伸本构模型(Subroutine UMAT of Abaqus, material tensile constitutive model.)
UMAT
- Linear elastic analysis of cantilever beam using UMAT
UMAT
- Linear elastic analysis of cantilever beam using Abaqus UMAT
UMAT
- 黃老師的晶體塑性 UMAT 子程序 用fortran編程而成(crystal plasticity umat subroutine)
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)
cohesive element-UMAT
- 通过UMAT对cohesive单元进行自定义损伤。(The cohesive unit is damaged by UMAT.)
umat
- umat在沥青材料中的应用和纤维材料拉伸的vumat程序(Application of UMAT in asphalt materials and VUMAT program for stretching fiber materials)
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)
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二次开发程序
- ABAQUS子程序UMAT二次开发程序的实例参考(UMAT secondary development program)
UMAT
- abaqus的用户材料子程序umat的模板(Template of ABAQUS user material subroutine UMAT)
SMA-UMAT
- SMA-UMAT的程序，用于形状记忆合金的用户自定义材料(Sma-umat program for shape memory alloy user defined materials)