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module MConcrete !混凝土模板
- 用于计算混凝土非线性时，选取了合适的混凝土本构关系，FORTRAN编制，清华大学的路新政编制-concrete used in the calculation of nonlinear time to select a suitable concrete constitutive compiled FORTRAN, Tsinghua University establishment of the new political path
ArtificialNeuralNetwork1111111134
- 2519铝合金本构关系的人工神经网络模型.神经网络应用论文-2519 aluminum alloy constitutive relation of artificial neural network model. Neural network application papers
2
- 该文用不同的本构关系研究了金属衬底手征 涂层的吸波特性,并进行了比较. 结果表明,只要手征媒质的宏观电磁参数统一后,就能使用不同的本构关系得到 相同的结果,进而揭示本构关系的等效性. 数值计算结果表明,在基质中掺加手征体能改变基质的介电常数和磁导 率,从而对反射系数产生影响.
module MConcrete !混凝土模板
- 用于计算混凝土非线性时，选取了合适的混凝土本构关系，FORTRAN编制，清华大学的路新政编制-concrete used in the calculation of nonlinear time to select a suitable concrete constitutive compiled FORTRAN, Tsinghua University establishment of the new political path
ArtificialNeuralNetwork1111111134
- 2519铝合金本构关系的人工神经网络模型.神经网络应用论文-2519 aluminum alloy constitutive relation of artificial neural network model. Neural network application papers
2
- 该文用不同的本构关系研究了金属衬底手征 涂层的吸波特性,并进行了比较. 结果表明,只要手征媒质的宏观电磁参数统一后,就能使用不同的本构关系得到 相同的结果,进而揭示本构关系的等效性. 数值计算结果表明,在基质中掺加手征体能改变基质的介电常数和磁导 率,从而对反射系数产生影响.-The use of different constitutive relations to study chiral metal coating a
reflectivity.tar
- 阐述了建立物质本构关系时应满足的基本公理, 较详细地推导了各种类型粘 弹性物质的本构关系, 论述了变率理论与泛函理论之间的关系, 推导了对于粘弹性问题 求解具有实用意义的对应定理, 并以简单的例子来说明对应定理的应用。-Expounded the material constitutive relation should be established to satisfy the basic axioms, a more det
elastic
- abaqus 二次开发子程序 实现平面应变的本构关系-UMAT for plane strain and axial symmetry for elastic behaviour using ABAQUS stress and strain quantities
code_imp
- 可用于有限元软件ABAQUS中的塑性本构关系模型UMAT-the UMAT of plasticity constitutive model
wxf001
- 钢管混凝土本构关系的数值计算，在MATLAB环境直接运行，可得到应力—应变曲线。-Numerical calculation of the steel pipe concrete constitutive run directly in MATLAB environment, the stress- strain curve can be obtained.
Umat_ElasticPlastic_Explicit
- Abaqus UMAT code 适用于平面应变，轴对称弹塑性本构关系，也适用于大应变情况，使用显示积分算法。-Abaqus UMAT code applies to plane strain, axisymmetric elastoplastic constitutive relation, also applicable to large strain, using the integration algorithm.
Umat_ElasticPlastic_Implicit
- Abaqus UMAT code 适用于平面应变，轴对称弹塑性本构关系，也适用于大应变情况，使用隐式积分算法。-Abaqus UMAT code applies to plane strain the axisymmetric elastoplastic constitutive relation, also applies to large strain, using the implicit integration algorith
truss_elstoplastic
- 采用NEWTON-RAPHSON法求解非线性有限元的源代码，双线性弹塑性本构关系-Newton-Raphson method for solving nonlinear finite element source code, bilinear elastic-plastic constitutiv
concrete
- 混凝本构关系程序的实现Coagulation procedures to achieve constitutive-Coagulation procedures to achieve constitutive
yade
- 离散元中本构关系的源代码，希望对大家有用。-Constitutive discrete element in the source code, I hope useful.
混凝土本构数据
- 混凝土本构关系：静态压力情况下粘弹塑型特性(Constitutive relation of concrete)
钢管混凝土本构关系的数值计算
- 利用该程序可以将钢管混凝土的本构关系与实际工况相结合，进行精确计算(By using this program, the constitutive relation of concrete filled steel tube can be combined with the actual working condition, and the accurate calculation can be carried out)
EX3Lshape
- 颗粒材料本构关系，L性板拓扑优化，基于论文Optimal structural topology of materials with micro-scale tension-compression asymmetry simulated using granular micromechanics(Optimal structural topology of materials with micro-scale tension-comp
ABAQUS+UMAT+FORTRAN
- ABAQUS中用户材料子程序UMAT的开发主要解决两方面的问题：本构模型的建立和积分算法的选择。 本文主要研究非线性材料的UMAT实现方法，并重点研究其迭代算法部分，目前，用户材料子程序UMAT的迭代算法主要是常刚度法，常刚度法的优点在于算法原理较简单，程序编写较方便，缺点是当遇到复杂非线性材料时，其迭代次数较多，收敛速度也较慢，在这个情况下，本文采取的是一种迭代次数较少且收敛速度较快的切线刚度法，具体就是采用FORTRAN语言
UMAT_SMA_BENJABER_ET_AL
- 实现Cu基材料的本构关系的回滞模型，可用于超弹性材料的子程序，但对于残余应变的实现不足(A hysteresis model for realizing the constitutive relationship of Cu-based materials can be used for subroutines of superelastic materials, but the implementation of residual s