1) anti-plane compression-shear
反平面压剪
1.
Finite element method is used to calculate the crack-tip stresses of rock specimens under anti-plane compression-shear loading in order to study the mechanism of anti-plane shear(Mode III) fracture.
计算结果表明:在反平面压剪加载下,当压模角α为55 o～70 o,附加外压力能有效地抑制裂尖拉应力,使得裂尖最大剪应力与最大拉应力的比值τmax/σ1为3～6,τmax较易在σ1之前达到其临界值,从而发生反平面剪切(III型)断裂。
2) antiplane shear
反平面剪切
1.
Problem of doubly periodic coated fiber reinforced composites under antiplane shear;
双周期涂层纤维增强复合材料反平面剪切问题
2.
Composite materials with doubly periodic rigid line inclusions under antiplane shear in an infinite medium are discussed.
利用微结构的周期性和平均应力/应变定理得到了复合材料有效反平面剪切模量的精确公式。
3.
The antiplane shear problems of collinear cracks at the interface of dissimilar anisotropic materials aredealt with.
本文研究两种各向异性材料界面共线裂纹的反平面剪切问题。
3) anti-plane shear
反平面剪切
1.
Finite element analysis of rock fracture characteristics under anti-plane shear(Mode Ⅲ)loading;
反平面剪切(Ⅲ型)加载下岩石断裂特征的有限元分析
2.
In this study, the interface failure under the joint action of constant compression and periodical anti-plane shear were investigated.
本研究利用“剪切梁”模型，研究了在定常侧压力和周期性的反平面剪切载荷共同作用下，层间界面的破坏规律。
3.
In this study, the interface failure under the joint action of constant compression and periodical anti-plane shear is investigated.
本研究利用“剪切梁”模型，研究了由定常侧压力和周期性的反平面剪切周期载荷共同作用下，层间界面的破坏规律。
4) anti plane shear
反平面剪切
1.
Singular function has been used to analyze the displacement and shear stress for anti plane shear problem of rectangular region,Three forms of local linear distribution loads are discussed,and for each,the series solution for rectangular region with longitudinal load along its boundary has been obtained analytically.
利用奇异函数对矩形域反平面剪切问题进行了位移与剪应力分析。
5) antiplane shear impact
反平面剪切冲击
6) antiplane piezoelectricity
反平面压电
补充资料：压剪粘接强度
分子式：
CAS号：
性质：以压缩荷重对粘接面施加剪切应力，至粘接部位破坏的强度。多用于木材粘接力试验。
CAS号：
性质：以压缩荷重对粘接面施加剪切应力，至粘接部位破坏的强度。多用于木材粘接力试验。
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