1) couple stress
偶应力
1.
Solving inverse couple stress problem via gauss-newton method;
高斯牛顿技术求解偶应力反问题
2.
Authors approach problems of anti-plane deformation in honeycomb plates by using model of polar material in which exist couple stresses.
用含等效偶应力的极性介质模型讨论蜂窝板状材料的反平面问题,提出含偶应力和应力的等效本构方程。
3.
Based on the analogue theory of plane elasticity and Kirchhoff plate, the analogue relationship between Reissner plate theory and plane couple stress theory is investigated systematically.
在平面弹性与 Kirchhoff板弯曲相似性理论基础上 ,通过对 Reissner板弯曲和平面偶应力理论的基本控制方程与边界条件的对比 ,系统全面地阐明了两者之间的模拟关系 。
2) couple-stress
偶应力
1.
Hybrid finite element method constrained by Lagrange multiplier in couple-stress theory;
基于偶应力理论的拉格朗日乘子约束的四结点杂交元法
2.
Beginning with the stress and couple-stress functions, a separation variables method is adopted to solving stress concentration around circular hole in a field of uniform tension with Cosserat theory.
采用Cosserat理论从应力函数与偶应力函数出发 ,根据叠加原理 ,运用分离变量法求解了无限平板小孔应力分布情况 ;并从解答出发 ,经过推导与对比 ,进一步证明了经典弹性理论与 Cosserat介质理论之间的退化关系 。
3.
A general numerical model to identify parameters for inverse couple-stress problem with the least-square method is presented.
利用有限元技术和最小二乘原理,建立了便于敏度分析的偶应力反问题数值求解模型,并采用高斯牛顿方法进行求解。
3) couple stresses
偶应力
1.
The effects of the deposition of highly concentrated energy and the fast temperature rising rate and the high temperature gradient on the thermo-mechanical coupling behaviors are combined with the theory of strain gradient, a model material is presented where temperature gradient is included into the constitutive equations via couple stresses, and is named temperature gradient solid.
在强烈热沉积、较大温升率和温度梯度条件下材料性能的研究中,应用应变梯度理论,提出一种将温度梯度通过偶应力理论纳入本构方程的特殊的模型介质,并将其称为温度梯度固体。
4) couple stress
应力偶
1.
Simulation of CMP properties with couple stress;
化学机械抛光特性的应力偶模拟
2.
Lubricating performance of dynamically loaded journal bearings based on couple stress fluid model;
基于应力偶流体模型的动载轴承润滑研究
3.
The lubrication characteristics of thin film lubrication are analyzed by making use of couple stress theory.
利用应力偶理论计算了薄膜润滑的膜厚特性。
5) coupled stress
偶合应力
6) the couple stress theory
偶应力理论
1.
The stress concentration factor of a finite plate in a uniform tension field with the element-free method was calculated based on the couple stress theory,and the influence of couple stress on the stress field in crack tip was analyzed.
本文采用基于偶应力理论的无网格迦辽金法计算有限大板单边裂纹尖端的应力场和应力强度因子,分析了偶应力对裂纹尖端的影响。
2.
In accordance with the basic equations of the couple stress theory,the penalty method is introduced into the energy functional to satisfy the geometrical constraint conditions of the couple stress theory.
根据偶应力理论的基本方程,在能量泛函中引入罚函数来满足偶应力理论的几何约束条件,从而得到偶应力理论的无网格法的控制方程。
3.
Based on the analysis and research of the gmeral couple stress theory and MLPG method,the couple stress theory is combined with MLPG in this paper,and developed a new meshless method.
偶应力理论是应变梯度理论的一种。
补充资料：轧辊残余应力(见轧辊应力)
轧辊残余应力(见轧辊应力)
residual stresses in roll
zhagun eanyu yingli轧辊残余应力(residual stresses in roll)见礼辐应力。
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