2) crystallographic constitutive equation
晶体塑性本构关系
1.
Based on finite deformation rate-dependent crystallographic constitutive equation,the growth simulation of casting microporosity in a unit cell model is carried out within a range of parameters including deviation orientation,type of different slip systems activated.
基于有限变形晶体塑性本构关系及轴对称体胞模型,采用有限元的方法,分析了在不同取向偏角及不同滑移系开动,单晶高温合金中铸造微孔洞扩长的力学行为。
2.
Based on finite deformation rate-dependent crystallographic constitutive equation, the simulation of casting micro-porosity in three-dimensional unit cell model is carried out under variation in a range of parameters including triaxiality,Lode parameter,type of slip systems activated and Loading orientation.
基于有限变形晶体塑性本构关系及三维体胞模型,采用有限元的方法,分析了在不同应力三维度、不同罗德参数、不同滑移系开动及不同加载取向下,单晶高温合金中铸造微孔洞扩长的力学行为。
3) constitutive relationship
本构关系
1.
Model of constitutive relationship for 2D70 aluminum alloy based on BP neural network;
基于BP神经网络的2D70铝合金本构关系模型
2.
Establishment of constitutive relationship for Co40NiCrMo alloy;
Co40NiCrMo合金本构关系的建立
3.
Method for establishment of constitutive relationship based on microstructural evolution;
基于显微组织演化的本构关系的建立方法
4) constitutive equation
本构关系
1.
A Study on Constitutive Equations for Boron Microalloyed Steel at High Temperature;
含硼微合金钢高温本构关系研究
2.
A Constitutive Equation and a Model of the Initiation Strain of Dynamic Recrystallization of 22Cr13Ni5Mn Steel;
22Cr13Ni5Mn高温本构关系及再结晶开始应变统计模型
3.
Study of temperature and mechanical properties and constitutive equation for modified BMI/DPA and CTBN toughened epoxy;
改性BMI/DPA和CTBN增韧环氧树脂的温度、力学性能及本构关系研究
5) constitutive model
本构关系
1.
Creating constitutive model of diatomaceous soft rock using parallel genetic algorithm;
并行遗传算法对硅藻软岩本构关系的求解
2.
In the paper,the constitutive models of ferromagnetic shape memory alloy are studied mainly.
主要分析了现有的关于铁磁形状记忆合金的本构关系,从它们所包含力学特点和基本理论出发进行了分类介绍,指出了存在的问题,最后对本构模型的进一步改进提出了修改意见。
3.
Account with volumetric and deviatoric response respectively for rubber like materials, an applied constitutive model has been described.
借助非线性流变模型建立大变形情况非线性粘弹材料的本构关系 ,考虑到大多数橡胶类材料具有的几乎不可压缩性 ,以及体积响应和剪切响应的流变性能不同 ,将变形梯度乘法分解为等容部分和体积变形部分 ,给出了一种适合橡胶类材料的非线性粘弹性本构模型 ,并模拟了粘滞效应。
6) constitutive relations
本构关系
1.
Study on constitutive relations of active region model for heterogeneous water flow in porous media;
多孔介质中非均匀流活动性流场模型本构关系研究
2.
Numerical modelling of constitutive relations for clay under undrained stress path;
不排水条件下黏土本构关系的数值建模
3.
Large strain consolidation of roadbed based on various objective constitutive relations;
基于不同客观本构关系的路基大变形固结分析
补充资料:单晶
分子式:
CAS号:
性质:参见多晶
CAS号:
性质:参见多晶
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条