▍1. umat-hashin-3D-0530
UMAT 三维复合材料Hashin失效准则,各向异性材料损伤失效(UMAT Hashin dimensional composite failure criteria, anisotropic material damage failure)
UMAT 三维复合材料Hashin失效准则,各向异性材料损伤失效(UMAT Hashin dimensional composite failure criteria, anisotropic material damage failure)
牛顿幂率蠕变法则的一个子程序-是一个经典的、常用的蠕变法则,在众多领域广泛使用(Newtonian power law creep rate of a subroutine- is a classic, conventional creep law, are widely used in many fields)
说明: 构建晶体塑性模型,晶粒之间的动力学关系,可以预测晶体取向、晶粒形态、织构等(The crystal orientation, grain morphology and texture can be predicted by constructing the crystal plasticity model and the dynamic relationship between grains)
abaqus drucker-prager UMAT字程序(abaqus drucker-prager UMAT subroutine)
abaqus drucker-prager UMAT字程序(abaqus drucker-prager UMAT subroutine)
北航CFD大作业,计算一个二维管流的流动参数,使用有限体积法(In the big operation of CFD, we calculate the flow parameters of a two-dimensional pipe flow by using the finite volume method.)
Lbm用于模拟顶盖驱动流 强制对流 碰撞迁移过程(LBM for lid driven flow)
计算流体力学重要算法 simple算法计算顶盖驱动流动。(An example for using SIMPLE algorithm to computing lid driven flow in CFD)
用来模拟金属低周疲劳的自定义子程序,适用于ABAQUS用户自定义开发(Used to perform ultra-low-cycle fatigue prediction of metal)
说明: 用来模拟金属低周疲劳的自定义子程序,适用于ABAQUS用户自定义开发(Used to perform ultra-low-cycle fatigue prediction of metal)
采用fortran编写了关于方腔顶盖驱动流的lbm程序(Prepared using fortran on navies process flow lbm)
IEEE30节点配电网标准系统图,可运行,用于配电网建模,电能质量分析(IEEE30 node distribution network standard system diagram, you can run.)
基于hill本构模型和各向同性强化的MMC 伤害准则的vumat实现(hill yield+isotropic hardening+MMC damage vumat)
说明: 基于hill本构模型和各向同性强化的MMC 伤害准则的vumat实现(hill yield+isotropic hardening+MMC damage vumat)
用ABAQUS及其子程序解决热冲压热力耦合问题(Subroutine with ABAQUS and hot stamping coupled thermal problem solving)
用ABAQUS及其子程序解决热冲压热力耦合问题(Subroutine with ABAQUS and hot stamping coupled thermal problem solving)
该程序是圆锥体热源的用户子程序,用来加载热源用的(The program is a cone of heat user subroutine, to load the heat source)
计算流体力学中运用有限体积法求解二维无粘欧拉方程,非结构网格(CFD finite volume method for solving two-dimensional inviscid Euler equations, unstructured grids)