1) critical depth of cut
临界砂轮磨粒切深
1.
The modeling of the critical depth of cut and critical crack length of grinding of nanostructured ceramic material was also tried to deal with, which are the two models to .
同时就作者所承担项目“纳米结构材料精密磨削及其预报”研究中的临界砂轮磨粒切深 (dc)和被磨工件临界损伤深度 Cr(临界中位裂纹长度 )的预测模型进行了分析 ,并建立了临界砂轮磨粒切深 (dc)理论模型 。
2) critical cutting depth
临界切深
3) critical speed
(球磨机或砂轮的)临界转速
4) Brittle to ductile transition
临界切削深度
5) grain depth of cut
磨粒切削深度
6) critical ductile grinding depth
临界延性磨削深度
1.
On the basis of contrast test with or without ultrasonic vibration, the influence of critical ductile grinding depth on grinding forces and surface quality were studied by analyzing the grinding forces in different grinding state and surface quality observed by SEM and AFM.
本文分析了纳米ZrO2陶瓷在普通和超声磨削状态下的裂纹扩展过程及延性去除机理;通过对不同磨削状态的磨削力及AFM和SEM对表面质量的观察,做了在普通和超声磨削状态下的对比试验,研究了临界延性磨削深度对磨削力及表面质量的影响关系;基于超声振动磨削过程及磨削力的分析,讨论了超声振动增加延性磨削深度的原因,最后通过AFM对延性域加工表面形貌的形成机理进行了观察。
补充资料：磨切
1.切磋;探讨。 2.规谏;游说。
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