1) damage induced anisotropy
损伤诱致各向异性
2) anisotropic damage
各向异性损伤
1.
Unified elastic-plastic damage model considering anisotropic damage
考虑各向异性损伤的统一弹塑性损伤模型
2.
On the basis of the anisotropic damage theory and piezoelectric theory, the nonlinear governing equations for piezoelectric moderately thick laminated plates with damage subjected to a parametric excitation are derived through applying the energy principle and Lagrange equation.
基于各向异性损伤理论和压电理论,采用能量法和Lagrange方程,建立了具损伤压电智能层合中厚板在参数激励下的非线性运动控制方程,应用增量谐波平衡法,求解了具损伤压电智能层合中厚板的非线性动力稳定性问题。
3.
Under the framework of incremental anisotropic damage theory, this paper addresses the study of construction of the effect damage tensor and the effective stress equation using second-order symmetrical damage tensor.
考虑到目前各向异性损伤理论存在一些不足 ,该文在增量型各向异性损伤理论的框架下 ,引入二阶对称张量 ,构造四阶对称有效损伤张量 ,建立了有效应力方程 。
3) damage anistropy
损伤各向异性
4) anisotropic brittle dynamic damage
各向异性脆性动力损伤
1.
Three dimensional finite element analysis of anisotropic brittle dynamic damage mechanism problem for arch dam and rock foundation subject to blast load was carried out.
基于连续损伤力学理论,用三维各向异性脆性动力损伤模型分析了拱坝及其岩基在爆炸载荷作用下的动力损伤问题。
2.
The three-dimensional finite element analysis of anisotropic brittle dynamic damage mechanism for gravity dam and rock foundation subjected to the blast-impact load has been carried out.
以连续损伤力学为基础,用三维动力损伤有限元模型分析混凝土重力坝及其岩石基础在爆炸冲击荷载作用下的各向异性脆性动力损伤问题。
5) orthotropic damage plate analysis
弹性各向异性损伤
6) elasto plastic anisotropic damage
弹塑性各向异性损伤
1.
A new kind of constitutive model the elasto plastic anisotropic damage model of the constructional steel is put forward, which includes the mixed hardening criterion, bauschinger effect, yield plateau, hardening (softening) influence, damage and damage evolution.
提出了结构钢弹塑性各向异性损伤本构模型 ,并采用 U。
2.
A new kind of constitutive model--the elasto plastic anisotropic damage model of the constructional steel is put forward, which includes the mixed hardening criterion, Bauschinger effect, yield plateau, hardening (softening) influence, damage and damage evolution.
回顾了结构钢损伤模型的发展史 ,提出了一种新的本构模型——结构钢弹塑性各向异性损伤本构模型。
补充资料:损伤
损伤
injury
外力作用于身体使某部组织或器官发生结构破坏或功能障碍。可分为机械性、物理性或化学性损伤。机械性损伤可分为开放性和闭合性。
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