ANSYS树形结构的材料模型库(第一级第二级第三级第四级第五级)(一)Linear:材料的线性行为(1)Elastic:弹性性能参数1,Isotropic:各向同性弹性性能参数,2,Orthtropic:正交各向异性弹性性能参数,3,Anisotropic:各向异性弹性性能参数(二)Nonlinear:材料的非线性行为(1)Elastic:非线性的弹性模型1,Hyperelastic:超弹材料模型(包含多个模型)(1)CurveFitting:通过材料实验数据拟合获取材料模型(2)Mooney-Rivilin:Mooney-Rivilin模型(包含2、3、5与9参数模型)(3)Ogden:Ogden模型(包含1~5项参数模型与通用模型)(4)Neo-Hookean:Neo-Hookean(胡克)模型(5)PolynomialForm:PolynomialForm(多项式)模型(包含1~5项参数模型与通用模型)(6)Arruda-Boyce:Arruda-Boyce:模型(7)Gent:Gent模型(8)Yeoh:Yeoh模型(9)Blatz-Ko(Foam):Blatz-Ko(泡沫)模型(10)Ogden(Foam)Ogden:(泡沫)模型(11)Mooney-Rivlin(TB,MOON):Mooney-Rivlin(TB,MOON)模型,2,MultilinearElastic:多线性弹性模型(2)Inelastic:非线性的非弹性模型1,RateIndependent:率不相关材料模型(1)IsotropicHardeningPlasticity:各向等向强化率不相关塑性模型1,MisesPlasticity:各向等向强化的Mises率不相关塑性模型Bilinear:双线性模型Multilinear:多线性模型Nonlinear:非线性模型2,HillPlasticity:各向等向强化的Hill率不相关塑性模型Bilinear:双线性模型Multilinear:多线性模型Nonlinear:非线性模型(2)GeneralizedAnisotropicHillPotenial:广义各向异性Hill势能率不相关模型(3)KinematicHardeningPlasticity:随动强化率不相关塑性模型1,MisesPlasticity:随动强化的Mises率不相关塑性模型Bilinear:双线性模型Multilinear(Fixedtable):多线性模型Nonlinear(General):非线性模型ChabocheChaboche:模型2,HillPlasticity:随动强化的Hill率不相关塑性模型Bilinea:双线性模型Multilinear(Fixedtable):多线性模型Nonlinear(General):非线性模型ChabocheChaboche:模型(4)CombinedKinematicandIsotropicHardeningPlasticity:随动强化塑性与各向等向强化的率不相关塑性混合模型1,MisesPlasticity:等向强化的Mises率不相关塑性模型ChabocheandBilinearIsotropic:Chaboche模型与双线性等向强化混合模型ChabocheandMultilinearIsotropic:Chaboche模型与多线性等向强化混合模型ChabocheandNonlinearIsotropic:Chaboche模型与非线性等向强化混合模型2,HillPlasticity:各向等向强化的Hill率不相关塑性模型ChabocheandBilinearIsotropic:Chaboche模型与双线性等向强化混合模型ChabocheandMultilinearIsotropic:Chaboche模型与多线性等向强化混合模型ChabocheandNonlinearIsotropic:Chaboche模型与非线性等向强化混合模型2,Ratedependent:率相关材料模型(1)Visco-plasticity:粘塑模型1,IsotropicHardeningPlasticity:等向强化率相关塑性模型MisesPlasticity:等向强化的Mises率相关塑性模型Bilinear:双线性模型Multilinear:多线性模型Nonlinear:非线性模型HillPlasticity:等向强化的Hill率相关塑性模型Bilinear:双线性模型Multilinear:多线性模型Nonlinear:非线性模型2,Anand’Model:Anand模型(2)Creep蠕变/徐变模型1,Creeponly:蠕变模型(1)MisesPotential:Mises势蠕变模型1,Explicit:Mises势显式蠕变模型2,Implicit:Mises势隐式蠕变模型1:StrainHarding(Primary)2:TimeHarding(Primary)3:GeneralizedExponential(Primary)4:GeneralizedGraham(Primary)5:GeneralizedBlackburn(Primary)6:ModifiedTimeHarding(Primary)7:ModifiedStrainHarding(Primary)8:GeneralizedGarofalo(Secondary)9:ExponentialFoam(Secondary)10:Norton(Secondary)11:TimeHarding(Primary+Secondary)12:Rationalpolynomial(Primary+Secondary)(2)Hillpotential:Hill塑性蠕变模型Implicit:Hill塑性隐式蠕变模型(略,包含CreeponlyMisesPotentialImplicit相同模型)2,WithIsotropicHardeningPlasticity:等向强化塑性蠕变模型(1)WithMisesPlasticity:Mises等向强化塑性蠕变模型1,Bilinear:双线性蠕变模型Explicit:Mises等向强化塑性的双线性显式蠕变模型Implicit:Mises等向强化塑性的双线性隐式蠕变模型(略,包含CreeponlyMisesPotentialImplicit相同模型)2,Multilinear:多线性蠕变模型ExplicitMises:等向强化塑性的多线性显式蠕变模型ImplicitMises:等向强化塑性的多线性隐式蠕变模型(略,包含CreeponlyMisesPotentialImplicit相同模型)3,Nonlinear:非线性蠕变模型ExplicitMises:等向强化塑性的非线性显式蠕变模型ImplicitMises:等向强化塑性的非线性隐式蠕变模型(略,包含CreeponlyMisesPotentialImplicit相同模型)(2)WithHillPlasticity:Hill等向强化塑性蠕变模型1,Bilinear:双线性蠕变模型Explicit:双线性显式蠕变模型Implicit:双线性隐式蠕变模型(略,包含CreeponlyMisesPotentialImplicit相同模型)2,Multilinear:多线性蠕变模型Explicit:多线性显式蠕变模型Implicit:多线性隐式蠕变模型(略,包含CreeponlyMisesPotentialImplicit相同模型)3,Nonlinear:非线性蠕变模型Explicit:非线性显式蠕变模型Implicit:非线性隐式蠕变模型(略,包含CreeponlyMisesPotentialImplicit相同模型)3,WithKinematicHardeningPlasticity:随动强化塑性蠕变模型(1)WithMisesPlasticity:Mises随动强化塑性蠕变模型1,Bilinear:双线性蠕变模型1,ImplicitMises:随动强化塑性的双线性隐式蠕变模型(略,包含CreeponlyMisesPotentialImplicit相同模型)(2)WithHillPlasticity:Hill随动强化塑性蠕变模型1,Bilinear:双线性蠕变模型1,Implicit双线性隐式蠕变模型(略,包含CreeponlyMisesPotentialImplicit相同模型)4,WithSwelling:融涨模型Explicit:显式融涨模型3,Non-metalPlasticity:非金属塑性模型Concrete:混凝土模型Drucker-Prager:D-P模型FailureCriteria:复合材料失效模型Gasket:垫片材料模型GeneralParameters:广义参数模型Compression:压缩模型LinearUnloading:线性卸载模型NonlinearUnloading:非线性卸载模型4,Cast-Iron:铸铁材料模型PlasticityPoisson’sRatio:广义参数模型UniaxialCompression:单轴压缩模型UniaxialTension:单轴拉伸模型5,ShapeMemoryAlloy形状记忆合金(3)Viscoelastic:非线性的粘弹模型CurveFittingMaxwell:Maxwell模型(麦克斯韦)Prony:Prony模型(普罗尼)ShearResponse:剪切响应模型VolumetricResponse:体积响应模型ShiftFunction:转换函数模型(三)Density:材料的密度(五)ThermalExpansionCoef:材料的热膨胀系数Isotropic:各向同性材料的热膨胀系数Orthtropic:正交各向异性材料的热膨胀系数(六)Damping:材料的阻尼(七)FrictionCoefficient:材料的摩擦系数UserMaterialOptions:用户自定义材料模型