搜索资源列表
lay
- 根据复合材料层压平板的厚度和铺层比例确定各个铺层的层数 D矩阵等效-According to the thickness of composite laminated plate and the shop floor to determine the proportion of each ply of the layer
failure2
- 本程序用于计算复合材料层合板首层失效强度以及极限强度。-This procedure is used to calculate the composite laminate failure strength and ultimate strength of the first floor.
HASHIN-USDFLD
- 基于HASHIN模型的复合材料渐进损伤USDFLD实例-Composites based HASHIN progressive damage model instance USDFLD
2.5d-module
- 2.5d纤维增强复合材料的模量预测，但不能对强度预测-prediction of the module of 2.5d FRP
uniFiber
- 提供解决复合材料失效破坏的解决方法。适用于静力压缩或冲击破坏。(Provides solutions to failure of composite materials.)
Mechanics of composite materials with MATLAB
- 依据MATLAB计算复合材料弹塑性力学性能(Implementing the MATLAB to calculate the material properties of the composite materials.)
VUAMT for 3D PDA of FRP
- 参数退化复合材料三维渐进损伤VUMAT子程序，纤维损伤起始采用三维Hashin准则，基体采用早期改进版的二维Puck准则(Fortran VUAMT for three dimensional progressvie failure analysis of composite materials or structures)
iGen
- 可以方便的对复合材料进行建模 ,并导入abaqus计算(this program is used to build the model for composite materials)
opencl_peridynamics
- 近场动力学(peridynamics,PD) [1] 是一种新兴的基于非局部作用思想建立模型并通过求解空间积分方程描述物质力学行为的方法.它兼有分子动力学方法和无网格方法的优点,避免了基于连续性假设建模和求解空间微分方程的传统宏观方法在面临不连续问题时的奇异性,又突破了经典分子动力学方法在计算尺度上的局限,在宏/微观不连续力学问题分析中均表现出很高的求解精度和效率.PD方法适用于不同尺度的不连续力学问题,包括均匀与非均匀材料和结构的大变形、损伤、断裂、冲击、穿透和失稳问题,结晶相变动力学问题以
Keti
- abaqus复合材料CAE分析，python语言编写(ABAQUS composite CAE analysis, python language programming)
Element delete
- 3维vumat失效准则，应用于复合材料失效(3-D VUMAT failure criterion for composite materials)
uniFiber
- 三维Hashin失效准则，用于复合材料冲击损伤(Three-dimensional Hashin failure criterion for impact damage of composites)
code
- 复合材料疲劳寿命预测umat程序，用Fortran语言编写，在ABAQUS中应用(Composite fatigue life prediction UMAT program, written in Fortran language, and applied in ABAQUS)
Constant_DQM
- 利用MATLAB编写ABAQUS的inp文件实现复合材料层合板问题的自动求解(Using MATLAB to write InP file of ABAQUS to realize the automatic solution of composite laminate problem)
UMAT子程序
- 用于复合材料渐进损伤分析的UMAT子程序(UMAT subroutine for progressive damage analysis of composite materials)