搜索资源列表
FORTRAN
- 晶体塑性代码,黄永刚,91年,UMAT,abaqus,用户材料子程序,FCC,BCC,HCP-Crystal plasticity code黄永刚, 91 years, UMAT, abaqus, the user material subroutine, FCC, BCC, HCP
CFFORTRANr
- 晶体塑性代码,黄永刚,91年,UMAT,abaqus,用户户材料子程序,FCC,BCC,HCP, -Crystal plasticity code of Huang Yonggang, 1991, UMAT abaqus material subroutine of the user households, the FCC BCC HCP
huang
- 黄永刚教授单晶塑形子程序(含程序及inp文件)-Professor Huang s single crystal umat (including procedures and INP files)
umat_documentation
- 黄永刚单晶体材料塑性有限元UMAT,使用ABAQUS软件。-A USER-MATERIAL SUBROUTINE INCORPORATING SINGLE CRYSTAL PLASTICITY IN THE ABAQUS FINITE ELEMENT PROGRAM
crystalplasticityUMATHWANG
- 黄永刚单晶体塑性的UMAT原始文件,不是网上流传的版本(huang-crystal plasticity)
huang
- Abaqus-User's Subroutine-黄永刚晶体塑形Umat(Abaqus-User's Subroutine-Crystal plasticity by huang-Umat)
黄永刚程序分析
- 黄永刚晶体塑性经典实例详细 解释 大家研究学习,共同提高(ORKST(I,J)=TERM2*TERM4+H(I,J)*TERM3*DSIGN(1.D0,FSLIP(J)))
umat
- 黄永刚所编写的晶体本构子程序。将单晶塑性力学引进 ABAQUS 有限元程序的材料用户子程序, 包含了小变形理论和严格的有限应变和旋转理论的描述。单晶体非弹性变形源于晶面滑移,在这里假定它符合施密特法则。 滑移系中分解剪切应力和应变之间的各种自身的和潜在的强化关系在子程序中以选项的方式出现和引入(The crystal constitutive subroutine written by Huang Yonggang. The singl
黄永刚UMAT
- 利用ABAQUS进行新材料的开发,本代码是基于黄永刚先生的研究所编写的,是对黄先生研究工作的借鉴(Using ABAQUS to develop new materials, this code is based on Mr. Huang Yonggang's research institute, is a reference for Mr. Huang's research work.)
UMAT_HWANG
- 经典的黄永刚晶体塑性有限元子程序以及相关inp文件,可直接运行(crystal plastic finite element subroutine and related inp file)
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)
Yonggang Huang-CPFEM
- 黄永刚经典晶体塑性有限元源码,包含abaqus源文件(Huang Yonggang classical crystal plastic finite element source code)