搜索资源列表
flow-compaction
- 用于ABAQUS分析计算流体压缩模型的子程序(the Subroutine for ABAQUS to compute Fluid Compaction)
fric
- ABAQUS子程序模拟混凝土钢筋粘结滑移fric子程序(Abaqus subroutine simulating bond-slip fric subroutine of concrete reinforcement)
20180902
- 用于ABAQUS的VUMAT子程序，可计算复合材料动态冲击(VUMAT for dynamic impact on composite materials)
DLoadBearing-for
- 用于ABAQUS滚动计算求解动态接触力，需要使用者对FORTRAN77有一定掌握(For rolling calculation of ABAQUS to solve dynamic contact force, users need to have a certain grasp of FORTRAN77)
dengken-zhang model
- 土力学ABAQUS中邓肯张模型UMAT子程序二次开发(The two development of Deng Kenzhang model UMAT subroutine in soil mechanics ABAQUS)
hanfeng
- 双椭球焊接子程序，用于ABAQUS焊接调用(Welding subroutine, in order to facilitate ABAQUS simulation welding seam.)
7.2 超弹性材料
- abaqus 超弹分析（umat）子程序(ABAQUS hyperelastic analysis (UMAT) subroutine)
umatila[1] (1)
- abaqus二次开发，用户材料子程序，用自定义材料进行结构分析(functions 'development of abaqus)
for
- 在abaqus中通过二次开发子程序的复合材料的损伤仿真分析子程序(Simulation analysis of composite material damage in ABAQUS through two development subroutines)
uniFiber
- abaqus子程序开发，vumat子程序，用于复合材料层合板的动力学分析(Dynamic analysis of composite laminates)
vuhard0
- 学习ABAQUS子程序vuhard可以参考的文件(Learning ABAQUS subroutine vuhard reference files)
uniFiber
- ABAQUS复合材料Hashin渐进损伤子程序(ABAQUS subroutine for composite material Hashin progressive damage)
HASHIN
- abaqus用户子程序，Hashin失效准则，abaqus显示分析，使用三维实体单元(Abaqs user subroutine, Hashin failure criterion, abaqus display analysis, using 3D solid elements)
UMMDp180718
- 新的屈服准则ABAQUS子程序UMAT，含有多种较新的准侧，能很好运用(The new yield criterion ABAQUS subroutine UMAT contains a variety of newer standards and can be used very well.)
Abaqus_UMAT_example
- 在Abaqus中做子程序开发，UMAT应用实例(Subroutine of UMAT in Abaqus)
SIGINI
- ABAQUS用户子程序,abaqus的SIGINI子程序用于设置初始应力场的。(ABAQUS user subroutine and SIGINI subroutine of ABAQUS are used to set the initial stress field.)
ABAQUS_UMAT
- 有关ABAQUS的umat子程序编写，有完整实例进行编写指导，无上手难度(Writing of UMAT subroutine about ABAQUS)
3d
- 三维hashin失效判据子程序 用于判断三维建模情况下的符合材料失效分析(Three-dimensional hashin failure criterion subroutine for determining material failure analysis in the case of 3D modeling)
UMAT_SMA_BENJABER_ET_AL
- 实现Cu基材料的本构关系的回滞模型，可用于超弹性材料的子程序，但对于残余应变的实现不足(A hysteresis model for realizing the constitutive relationship of Cu-based materials can be used for subroutines of superelastic materials, but the implementation of residual s
VUMAT
- abaqus复合材料子程序，君莫老师视频里提到的文件(ABAQUS composite subroutine)