当前位置:首页 >> 机械/仪表 >>

ANSYS 结构分析材料模型库


Structural:结构 Linear:线性 Elastic:弹性 Isotropic:各向同性 Orthotropic:正交各向异性 Anisotropic:各向异性 Nonlinear:非线性 Elastic:弹性 Hyperelastic:超弹性 Curve Fitting:曲线拟合 Mooney-Rivlin:Mooney-Rivlin 模型 2 parameters:2 参数 3 parameters:3 参数 5 parameters:5 参数 9 parameters:9 参数 Ogden:Ogden 模型 1 term:1 组参数 2 terms:2 组参数 3 terms:3 组参数 4 terms:4 组参数 5 terms:5 组参数 General:通用参数 Neo-Hookean:Neo-Hookean 模型 Polynomial Form:Polynomial Form 模型 1 term:1 组参数 2 terms:2 组参数 3 terms:3 组参数 4 terms:4 组参数 5 terms:5 组参数 General:通用参数 Arruda-Boyce:Arruda-Boyce 模型 Gent:Gent 模型 Yeoh:Yeoh 模型 1storder:1 序列 2ndorder:2 序列 3rdorder:3 序列 4thorder:4 序列 5thorder:5 序列 General:通用序列 Blatz-Ko(Foam):Blatz-Ko(泡沫)模型 Ogden(Foam):Ogden(泡沫)模型 1st order:1 序列 2nd order:2 序列 3rd order:3 序列

4th order:4 序列 5th order:5 序列 General:通用序列 Mooney-Rivlin(TB,MOON):Mooney-Rivlin(TB,MOON)模型 Multilinear Elastic:多线性弹性 Inelastic:非弹性 Rate Independent:率无关 Isotropic Hardening Plasticity:各向同性硬化塑性 Mises Plasticity:Mises 塑性 Bilinear:双线性 Multilinear:多线性 Nonlinear:非线性 Hill Plasticity:Hill 塑性 Bilinear:双线性 Multilinear:多线性 Nonlinear:非线性 Generalized Anisotropic Hill Potential:广义各向异性 Hill 势 Kinematic Hardening Plasticity:随动硬化塑性 Mises Plasticity:Mises 塑性 Bilinear:双线性 Multilinear(Fixed table):多线性(固定表格) Multilinear(General):多线性(通用) Chaboche:非线性随动强化 Hill Plasticity:Hill 塑性 Bilinear:双线性 Multilinear(Fixed table):多线性(固定表格) Multilinear(General):多线性(通用) Chaboche:非线性随动强化 Combined Kinematic and Isotropic Hardening Plasticity: 随动和各向同性混合 硬化塑性 Mises Plasticity:Mises 塑性 Chaboche and Bilinear Isotropic:非线性随动和双线性等向 Chaboche and MultilinearIsotropic:非线性随动和多线性等向 Chaboche and Nonlinear Isotropic:非线性随动和非线性等向 Hill Plasticity:Hill 塑性 Chaboche and Bilinear Isotropic:非线性随动和双线性等向 Chaboche and MultilinearIsotropic:非线性随动和多线性等向 Chaboche and Nonlinear Isotropic:非线性随动和非线性等向 Rate Dependent:率相关 Visco-Plasticity:粘塑性 Isotropic Hardening Plasticity:各向同性硬化塑性 Mises Plasticity:Mises 塑性 Bilinear:双线性 Multilinear:多线性

Nonlinear:非线性 Hill Plasticity:Hill 塑性 Bilinear:双线性 Multilinear:多线性 Nonlinear:非线性 Anand’s Model:Anand 模型 Creep:蠕变 Curve Fitting:曲线拟合 Creep Only:仅有蠕变 Mises Potential:Mises 势 Explicit:显式 Implicit:隐式 1:Strain Hardening(Primary) 2:Time Hardening(Primary) 3:Generalized Exponential(Primary) 4:Generalized Graham(Primary) 5:Generalized Blackburn(Primary) 6:Modified Time Hardening(Primary) 7:Modified Strain Hardening(Primary) 8:Generalized Garofalo(Secondary) 9:Exponential Form(Secondary) 10:Norton(Secondary) 11:Time Hardening(Primary+Secondary) 12:Rational polynomial(Primary+Secondary) 13:Generalized Time Hardening Hill Potential:Hill 势 Implicit:隐式 1:Strain Hardening(Primary) 2:Time Hardening(Primary) 3:Generalized Exponential(Primary) 4:Generalized Graham(Primary) 5:Generalized Blackburn(Primary) 6:Modified Time Hardening(Primary) 7:Modified Strain Hardening(Primary) 8:Generalized Garofalo(Secondary) 9:Exponential Form(Secondary) 10:Norton(Secondary) 11:Time Hardening(Primary+Secondary) 12:Rational polynomial(Primary+Secondary) 13:Generalized Time Hardening With Isotropic Hardening Plasticity:各向同性硬化塑性蠕变 With Mises Plasticity:Mises 塑性 Bilinear:双线性 Explicit:显式

Implicit:隐式 1:Strain Hardening(Primary) 2:Time Hardening(Primary) 3:Generalized Exponential(Primary) 4:Generalized Graham(Primary) 5:Generalized Blackburn(Primary) 6:Modified Time Hardening(Primary) 7:Modified Strain Hardening(Primary) 8:Generalized Garofalo(Secondary) 9:Exponential Form(Secondary) 10:Norton(Secondary) 11:Time Hardening(Primary+Secondary) 12:Rational polynomial(Primary+Secondary) 13:Generalized Time Hardening Multilinear:多线性 Explicit:显式 Implicit:隐式 1:Strain Hardening(Primary) 2:Time Hardening(Primary) 3:Generalized Exponential(Primary) 4:Generalized Graham(Primary) 5:Generalized Blackburn(Primary) 6:Modified Time Hardening(Primary) 7:Modified Strain Hardening(Primary) 8:Generalized Garofalo(Secondary) 9:Exponential Form(Secondary) 10:Norton(Secondary) 11:Time Hardening(Primary+Secondary) 12:Rational polynomial(Primary+Secondary) 13:Generalized Time Hardening Nonlinear:非线性 Explicit:显式 Implicit:隐式 1:Strain Hardening(Primary) 2:Time Hardening(Primary) 3:Generalized Exponential(Primary) 4:Generalized Graham(Primary) 5:Generalized Blackburn(Primary) 6:Modified Time Hardening(Primary) 7:Modified Strain Hardening(Primary) 8:Generalized Garofalo(Secondary) 9:Exponential Form(Secondary) 10:Norton(Secondary) 11:Time Hardening(Primary+Secondary)

12:Rational polynomial(Primary+Secondary) 13:Generalized Time Hardening With Hill Plasticity:Hill 塑性 Bilinear:双线性 Implicit:隐式 1:Strain Hardening(Primary) 2:Time Hardening(Primary) 3:Generalized Exponential(Primary) 4:Generalized Graham(Primary) 5:Generalized Blackburn(Primary) 6:Modified Time Hardening(Primary) 7:Modified Strain Hardening(Primary) 8:Generalized Garofalo(Secondary) 9:Exponential Form(Secondary) 10:Norton(Secondary) 11:Time Hardening(Primary+Secondary) 12:Rational polynomial(Primary+Secondary) 13:Generalized Time Hardening Multilinear:多线性 Implicit:隐式 1:Strain Hardening(Primary) 2:Time Hardening(Primary) 3:Generalized Exponential(Primary) 4:Generalized Graham(Primary) 5:Generalized Blackburn(Primary) 6:Modified Time Hardening(Primary) 7:Modified Strain Hardening(Primary) 8:Generalized Garofalo(Secondary) 9:Exponential Form(Secondary) 10:Norton(Secondary) 11:Time Hardening(Primary+Secondary) 12:Rational polynomial(Primary+Secondary) 13:Generalized Time Hardening Nonlinear:非线性 Implicit:隐式 1:Strain Hardening(Primary) 2:Time Hardening(Primary) 3:Generalized Exponential(Primary) 4:Generalized Graham(Primary) 5:Generalized Blackburn(Primary) 6:Modified Time Hardening(Primary) 7:Modified Strain Hardening(Primary) 8:Generalized Garofalo(Secondary) 9:Exponential Form(Secondary)

10:Norton(Secondary) 11:Time Hardening(Primary+Secondary) 12:Rational polynomial(Primary+Secondary) 13:Generalized Time Hardening With Kinematic Hardening Plasticity:随动硬化塑性蠕变 With Mises Plasticity:Mises 塑性 Bilinear:双线性 Implicit:隐式 1:Strain Hardening(Primary) 2:Time Hardening(Primary) 3:Generalized Exponential(Primary) 4:Generalized Graham(Primary) 5:Generalized Blackburn(Primary) 6:Modified Time Hardening(Primary) 7:Modified Strain Hardening(Primary) 8:Generalized Garofalo(Secondary) 9:Exponential Form(Secondary) 10:Norton(Secondary) 11:Time Hardening(Primary+Secondary) 12:Rational polynomial(Primary+Secondary) 13:Generalized Time Hardening With Hill Plasticity:Hill 塑性 Bilinear:双线性 Implicit:隐式 1:Strain Hardening(Primary) 2:Time Hardening(Primary) 3:Generalized Exponential(Primary) 4:Generalized Graham(Primary) 5:Generalized Blackburn(Primary) 6:Modified Time Hardening(Primary) 7:Modified Strain Hardening(Primary) 8:Generalized Garofalo(Secondary) 9:Exponential Form(Secondary) 10:Norton(Secondary) 11:Time Hardening(Primary+Secondary) 12:Rational polynomial(Primary+Secondary) 13:Generalized Time Hardening With Swelling:溶胀蠕变 Explicit:显式 Non-metal Plasticity:非金属塑性 Concrete:混凝土 Drucker-Prager:D-P Failure Criteria:复合材料失效准则

Cast-Iron:铸铁 Plastic Poisson’s Ratio:塑性泊松比 Uniaxial Compression:单轴压缩 Uniaxial Tension:单轴拉伸 Shape Memory Alloy:形状记忆合金 Viscoelastic:粘弹性 Curve Fitting:曲线拟合 Maxwell:Maxwell 模型 Prony:Prony 模型 Shear Response:剪切响应 Volumetric Response:体积响应 Shift Function:转换函数 Density:密度 Thermal Expansion:热膨胀 Secant Coefficient:正割系数 Isotropic:各向同性 Orthotropic:正交各向异性 Instantaneous Coefficient:瞬时系数 Isotropic:各向同性 Orthotropic:正交各向异性 Thermal Strain:热应变 Isotropic:各向同性 Orthotropic:正交各向异性 Damping:阻尼 Constant:常数 Frequency Independent:频率无关 Friction Coefficient:摩擦系数 Specialized Materials:特殊材料 Gasket:垫圈 General Parameters:通用参数 Compression:压缩 Linear Unloading:线性卸载 Nonlinear Unloading:非线性卸载 Transverse Shear:横向剪切 Joint Elastic:接触弹性 Linear:线性 Stiffness:刚度 Damping:阻尼 Friction:摩擦 Nonlinear:非线性 Stiffness All:总刚度 Stiffness ROTX:ROTX 刚度 Stiffness ROTZ:ROTZ 刚度 Damping All:总阻尼

DampingROTX:ROTX 阻尼 DampingROTZ:ROTZ 阻尼 Friction All:总摩擦 Friction ROTX:ROTX 摩擦 Friction ROTZ:ROTZ 摩擦 User Material Options:自定义材料选项 User Constants:自定义常数 State Variables:状态变量 Creep:蠕变 Creep and State Variables:蠕变和状态变量 Hyperelastic:超弹性


相关文章:
ANSYS与结构分析
(10)强大的数据统一能力:ANSYS 使用统一的数据库储存模型数据和求 解结果,实现...1.3 ANSYS 结构分析材料模型 1.3.1 材料模型的分类 ANSYS 结构分析材料属性...
ANSYS树形结构的材料模型库
A​N​S​Y​S​树​形​结​构​的​材​料​模​型​库ANSYS 树形结构材料模型库(?第一级●第二级?第三级?第四级?第五级) ?...
ansys结构分析单元类型总结
百度文库 专业资料 工程科技 机械/仪表ansys结构分析...暂无评价|0人阅读|0次下载|举报文档 ansys结构分析...三维 20 节点结构实体单元,可用生成不规则网格模型。...
基于ANSYS的框架结构分析1_图文
暂无评价|0人阅读|0次下载|举报文档基于ANSYS的框架结构分析1_建筑/土木_工程科技...材料特性见题例。 3.3. 模型建立 3.3.1. 建立几何模型 按照设计书的具体...
ansys子结构分析实例
结构分析实例_计算机软件及应用_IT/计算机_专业资料...首先生成原始模型 se_all.db,即按照整个结构进行...10页 3下载ANSYS一种结构瞬态分析实... 暂无评价...
ANSYS结构分析指南
暂无评价|0人阅读|0次下载|举报文档ANSYS结构分析指南_材料科学_工程科技_专业资料...5.2 建立复合材料模型 与铁或钢等各向同性材料相比, 建立复合材料的模型要复...
ansys三维梁结构分析
暂无评价|0人阅读|0次下载|举报文档 ansys三维梁结构分析_计算机软件及应用_IT...2、材料定义 模型创建完成后,再定义材料的单元类型、弹性模量、泊松比及 密度。...
ANSYS实例分析75道(含结果)_图文
暂无评价|0人阅读|0次下载|举报文档ANSYS实例分析75...(关闭材料定义窗口) (6) 构造桁架桥模型 生成桥体...
ANSYS分析经验讨论篇之结构分析
ANSYS结构分析指南(上)连... 21页 7下载ANSYS...注意反对称要求如下因素亦满 足反对称条件:材料、...子结构模型, 在导入非超单元 模型 <2>超单元上...
ANSYS 基本建模方法及结构稳定性分析
暂无评价|0人阅读|0次下载|举报文档 ANSYS 基本建模方法及结构稳定性分析_机械...创建有限元模型 –创建或读入几何模型. –定义材料属性. –划分单元(节点及单元...
更多相关标签: