1) rigid cylindrical inclusion
刚性圆柱夹杂
1.
Dynamic anti-plane characteristic of piezoelectric medium with rigid cylindrical inclusion;
含刚性圆柱夹杂压电介质的动力反平面特性
2) cylindrical rigid inclusion
圆柱形刚性夹杂
1.
On the interaction between a moving screw dislocation and a cylindrical rigid inclusion in piezoelectromagnetic solid;
压电磁材料中运动螺型位错与圆柱形刚性夹杂的干涉作用
3) removable rigid cylindrical inclusion
可移动圆柱形刚性夹杂
1.
Scattering of SH-waves and ground motion by a shallow-embedded removable rigid cylindrical inclusion;
SH波在浅埋可移动圆柱形刚性夹杂处的散射与地震动
4) multiple elliptical rigid inclusion
椭圆形刚性夹杂
1.
A model of composite materials consisting of a continuous matrix with multiple elliptical rigid inclusions was considered.
对于硬夹杂与软基体的复合材料 ,考虑夹杂间的相互影响 ,采用坐标变换和复变函数的依次保角映射方法 ,构造任意分布且相互影响的多个椭圆形刚性夹杂模型的复应力函数 ,同时满足各个夹杂的边界条件 ,利用围线积分将求解方程组化为线性代数方程组 ,推导出了在无穷远作用均匀拉应力 ,椭圆形刚性夹杂任意分布的界面应力表达式。
5) circular rigid inclusions
圆形刚性夹杂
1.
According to the principle of interaction among the inclusions in the composite micro mechanics, complex stress functions that reflect the interaction of multiple circular rigid inclusions randomly distributed in the isotropic martix are constructed by the means of coordinate transformation, then boundary condition of every inclusion is satisfied.
构造任意分布且相互影响的多个圆形刚性夹杂模型的复应力函数 ,采用复变函数方法 ,达到满足各个夹杂的边界条件 ,利用坐标变换和围线积分将求解方程组化为线性代数方程组 ,推导出了圆形刚性夹杂任意分布的界面应力解析表达式 ,算例对多夹杂与单夹杂两种模型的界面应力最大值进行了对比 ,同时还给出了界面应力最大值随夹杂间距的变化规律 ,求出了刚性夹杂的合理间距。
2.
Accordung to the important principle of interatction among the inclusions in the composite micro-mechanics, complex stress functions which reflect the interaction of doubly periodical circular rigid inclusions distributed in the iso tropic matrix, were constructed by the means of coordinate transformation.
研究含双周期分布的圆形刚性夹杂在无穷远受纵向剪切的弹性平面问题,遵循复合材料中各夹杂相互影响的重要条件,采用复变函数方法,构造相应模型的复应力函数,通过坐标变换,同时满足夹杂边界位移条件,再利用围线积分将求解方程组化为线性代数方程组,导出了圆形刚性夹杂双周期分布的界面应力解析表达式,算例给出了界面应力最大值与夹杂间距的变化规律,求出了刚性夹杂的合理间距问题。
6) removable cylindrical rigid interface inclusion
界面可移动圆柱形刚性夹杂
补充资料：GCr15钢中的大型非金属夹杂物(铝酸盐)×500
GCr15钢中的大型非金属夹杂物(铝酸盐)×500
GCrl5钢中的大型非金属夹杂物(铝酸盐) ×500
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