1) critical strain rate between rock brittleness and ductility
岩石脆延性临界应变速率
2) The Influence of Strain Rate
临界应变速率
3) critical strain energy release rate
临界应变能释放速率
4) critical strain rate
临界应变率
5) brittle rock
脆性岩石
1.
Microcosmic failure detection analysis and critical failure action for brittle rock;
脆性岩石细观损伤分析与临界破坏行为
2.
Research on experiments of brittle rock fragmentation by combined dynamic and static loads;
动静载组合破碎脆性岩石试验研究
3.
Experimental study on size effect on comperession strength of brittle rock based on grey theory;
基于灰色理论的脆性岩石抗压强度尺寸效应试验研究
6) brittle rocks
脆性岩石
1.
Based on the mesodamage tests of some brittle rocks under monotonic loading and creep condition, this paper investigates on the formation and development of mesocracks and their damage effects, as well as the mesocrack damage characteristics in the fracture process zone of a main crack.
本文在单调加载和恒载蠕变条件下进行了脆性岩石损伤动态全过程的细观试验。
2.
The spatial development of a single shear band in saturated brittle rocks for anti-plane shear deformation is investigated.
对反平面剪切条件下饱和脆性岩石中单个剪切带的空间发展进行了分析。
补充资料：临界应变
criticalstrain：于冷变形加工时所达的这样一个形变率，即达此形变率则导致一次再结晶时形成非常粗大的晶粒。
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