The maximum interface shear stress 界面最大剪切应力
Aimed at a straddle blade root, the influence of the interface friction coefficient and initial clearance on the contact force distribution, load distribution and the maximum stress is analyzed.
文中以一菌型叶根为对象,分析了界面摩擦系数和初始间隙对接触力分布、载荷分配及最大应力的影响。
Distribution of stress, strain and milling temperature showed that stress is localized in the primary shear zone, while the maximum strain and temperature rise occurs along the tool-chip interface.
应力,应变和铣削温度分布表明,压力是定位在主剪切带,而最大应变和温度升高时沿的刀具芯片接口。
The damage for the interface of composite can be induced by the vibratory treatment when the maximum cycling stress exceeds certain extent.
当循环上限应力超过一定程度后,振动处理会对复合材料界面造成一定损伤。
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