搜索资源列表
UMAT-CREEP
- ABAQUS用户自定义流变本构模型子程序，附有验证INP文件，程序经调试通过。-ABAQUS user-defined subroutines rheological constitutive model, with verification INP file, the program adopted by the debugger.
CREEP_FORCE
- Creep force calculate and simulate simple model using matlab
Creep_Analysis__Circular_Plate
- 基于一阶剪切变形板理论数值分析计算粘弹性功能梯度版蠕变-Based on first order shear deformation plate theory numerical analysis of functionally graded version of the calculation of viscoelastic creep
2519-primary--secodnary
- 蠕变程序，有fortran实现的两种不同算法。并用简单的truss来测试其正确性。-Creep process, there are two different algorithms to achieve fortran. And a simple truss to test its correctness.
trial
- 蠕变程序，有fortran实现的两种不同算法。并用简单的truss来测试其正确性。-Creep process, there are two different algorithms to achieve fortran. And a simple truss to test its correctness.
usercreep
- 完整ansys二次开发蠕变本构关系的详细代码，已经调试成功-Full details of the code creep ansys secondary development of constitutive relations, has been successful commissioning
wheel-rail-contact-creep-force
- 用于轨道车辆系统动力学中轮轨接触蠕滑力的计算。-For rail vehicle system dynamics in the wheel-rail contact creep force calculations.
R_K_Waspalloy
- Creep abaqus subroutine for Robotov Kachanov, using WASPALOY
Naumenko_stress_range
- naumenko creep model, for Creep Subroutine on uniaxial
My_Bolton_creep_model
- Creep Bolton model, for high temperature
MultiAxialCreep
- Multiaxial UMAT CREEP subroutine for ABAQUS
My_R_K_creep_model
- Creep Fortran Subroutine
surface_mount_resistor
- 考察一个在热循环中的表面贴片电阻。一般情况下，连接贴片电阻与电极的焊点是其中最薄弱的环节，它通常对温度和时间表现出较强的非线性。为了确保结构的完整性，基于蠕变应变和耗散能进行了疲劳分析。-This case study of a surface patch resistance in a thermal cycle. In general, the solder joint is the weakest link, which usually shows strong nonlinearity
cohesive+inp和for子程序
- ABAQUS 有限元子程序，粘弹性本构，蠕变应力松弛测试拟合结果(ABAQUS umat creep stress relaxation fitting result)
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.)
cohesive inp和for子程序
- ABAQUS 有限元子程序，粘弹性本构，蠕变应力松弛测试拟合结果 cohesive 粘接单元，用于分层分析的子程序，帮助初学者快速掌握ABAQUS的内聚体单元应用(ABAQUS umat creep stress relaxation fitting result Cohesive bonding unit, used for hierarchical analysis of the subroutine, to help beginners quickly grasp the ABAQUS
abaqus
- 《abaqus在隧道与地下工程中的应用》中的盐岩蠕变源代码(The creep source code of salt rock in the application of ABAQUS in tunnel and underground engineering)
umat Isotropic Strain Hardening Plasticity
- 可以用于在ABAQUS中进行蠕变损失分析(For creep rupture analysis in ABAQUS)
Enhanced Strain Hardening
- 用于ABAQUS中对增强应变硬化蠕变断裂进行预测(Creep Rupture Prediction with Enhanced Strain Hardening)
Desktop
- abaqus 帮助文档中的蠕变本构模型，包括时效强化模型和应变强化模型，以及一个模型的inp文件(Creep constitutive model in abaqus help document, including time-based reinforcement model and strain reinforcement model, and inp file of a model)