搜索资源列表
uniFiber
- VUMAT子程序，采用改进的Hashin准则计算三维复合材料失效-VUMAT subroutine with modified Hashion for 3D
Edit-hashin
- 采用hashin失效准则，用于ABAQUS三维实体单元计算复合材料破坏(The failure criterion of Hashin is used to calculate the damage of composite material for ABAQUS 3D solid element)
据三维Hashin失效准则和Chang-Chang退化准则
- 据三维Hashin失效准则和Chang-Chang退化准则According to the three-dimensional Hashin failure criterion and the Chang-Chang degradation criterion(According to the three-dimensional Hashin failure criterion and the Chang-Chang degradati
zichengxu001
- 复合材料破坏失效vumat子程序，使用hsshin准则判断失效，具有刚度缩减，(The VUMAT subroutine for failure of composite materials is judged by hsshin criterion, and stiffness is reduced.)
Finite Element Analysis
- 一本有关复合材料的外文书，介绍了一些实例，也有三维正交hashin失效准则的vumat子程序，希望能对你有所帮助。(A foreign language book on composite materials is introduced, some examples, and a VUMAT subroutine with three dimensional orthogonal Hashin failure criteria, whi
uniFiber
- 使用了Fortran语言编写了基于hashin失效准则VUMAT子程序，采用参数退化方式(hashin failure criteria)
Hashin失效准则VUMAT源代码
- 适用于Hashin失效准则，计算材料断裂。(When I was learning VUMAT, I found it on foreign websites.)
uniFiber2
- 三维Hashin准则，分层准则的渐进损伤失效模拟子程序(progress damage evaluation)
UD16-Hashin-model13
- 单向纤维复合材料渐进失效的显示计算子程序(explict calculation subroutine for unifibre composite progressive failure)
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)
uniFiber
- 采用三维hashin失效准则，判断复合材料渐进损伤(Judge progressive damage of composite material)
VUALL8-500
- ABAQUS显式子程序用来计算材料是否破坏和对应刚度折减。(ABAQUE/Explicit subroutine vumat)
hashin失效vumat
- hashin失效准则vumat，可以计算复合材料土木工程等科学领域的数学问题(hashin failure criterion vumat)
uniFiber
- abaqus VUMAT子程序,用于复合材料hashin-3D失效准则，只能用于abaqus/explici求解器(subroutine for abaqus/explicit)
基于应变和应力的Vumat子程序
- 内有两个.for类型的子程序，基于Hashin失效准则，判定复合材料在静态或动态载荷下的纤维拉伸、纤维压缩、基体拉伸和基体压缩失效行为。(There are two subroutines of type. For. Based on the Hashin failure criterion. The failure behaviors of fiber tension, fiber compression, matrix tensio