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hyplas
- ************************************************************************ * * * * * THIS IS THE H Y P L A S 2.0 README FILE * * ----------------- * * * * HYPLAS is a finite element program for implicit small and large * * strain analisys of hyperelast
ELPLAS
- (Owen)Finite Elements in Plasticity-Theory and Practice(1980)及源程序-(Owen) Finite Elements in Plasticity-Theory and Practice (1980), and source code
Mathcad_MC-Soil-Model
- Mohr Columb Plasticity Model in MathCad
strain_visco_3d
- Strain-space Visco-plasticity Code
umatmss3
- Mises plasticity, simple shear, three-dimensional solid.
Umat_ViscoElasticPlastic_Material
- ABAQUS UMAT code 适用于平面应变，轴对称的黏弹塑性线性应变硬化材料，适用于大变形。-The ABAQUS UMAT code applies to plane strain, axisymmetric viscoelastic plasticity linear strain hardening material, suitable for large deformation.
HYPLAS_v2.0
- Owen2008年出版的Computational methods for plasticity: theory and applications一书中的源程序-Owen2008 published Computational methods for plasticity: theory and applications a source book
pq
- 大型通用有限元计算程序abaqus二次开发的pq塑性模型，考虑了粘土的塑性破坏特性-Large general finite element calculation program ABAQUS two development of PQ plasticity model, considering the plastic damage characteristics of clay
plasticity_imp
- 塑形模型的隐式算法，带有INP文件，用于二维的平面模型。-plasticity model of implicti method, with inp files and used for plane stress
visco
- 粘塑形模型的算法，带有INP文件，用于二维的平面模型。-viscosity plasticity model ,with inp files ,used for plane models
7075 and 2198 materials
- 7075铝合金及2197铝锂合金两种新型材料的力学性能参数，且在ANSYS中相关调用命令。(7075 aluminum alloy and 2197 aluminum lithium alloy two kinds of new material mechanical properties parameters, and in ANSYS related call command.)
cicekli2007
- good paper for concrete damage plasticity
Single_CP
- 资料为晶体塑性umat程序，为初学者提供了详细代码来帮助学习。(Data for crystal plasticity UMAT program, provides detailed code for beginners to help learning.)
Kinematic hardening plasticity
- nice case for plasticity simulation-Vumat for abaqus-Kinematic hardening
UMAT
- Mises塑性、三维实体单元材料本构。 超弹性、三维实体单元材料本构。 超弹性、二维实体单元材料本构。 几乎不可压缩的超弹性、三维实体单元材料本构。 完全不可压缩超弹性、三维实体单元材料本构。(Mises plasticity, three-dimensional solid. Hyperelasticity, three-dimensional solid. Hypere
perf_plas_J2
- 通过MATLAB编程模拟理想弹塑性应力应变曲线(Simulating the stress-strain curve for perfect plasticity by MATLAB coding.)
appendix3-vumat
- VUMAT for Kinematic Hardening Plasticity
Plasticity hardening for MARC
- 钢材塑性硬化子程序，由Fortran语言编写，可用于MARC 有限元分析。(The steel plastic hardening subroutine, written in Fortran language, can be used for MARC finite element analysis.)