1) overstressed polymer chains in domain
微区中应力集中链
2) micro-stress concentration
微应力集中
1.
Surface topographies of different machined specimens from three typical metallic materials,stainless steel,Ti alloy and Al alloy,have been quantitatively characterized and analyzed to investigate the effect of surface topography on micro-stress concentrations based on the atomic force microscope measurement and finite element simulation.
结果表明:不同的表面处理方式、不同的材料性质对表面微观形貌的影响非常明显,而且在金属表面,微观应力的分布与其微观形貌紧密相关,当表面处理方式改变时,表征参数的全面改变是导致微应力集中变化的主要原因,在评价表面状态对疲劳性能的影响时,不能仅考虑表面粗糙度的改变,应当综合分析各表征参数的变化。
4) stress-concentrated area
集中应力区
1.
This paper analyzes the basic characteristics of the repeated mining and comprehensive tunneling face, and puts forward that the wooden-shed & anchor-bolt combined support should be selected in the stress-concentrated area.
分析了复采掘进工作面的基本特征,提出了在集中应力区选用木棚与锚杆联合的支护方式。
5) stress concentration region(SCR)
应力集中区域
6) high stress concentration zone
高应力集中区
1.
0 earthquakes occured in the Three Gorges area during 2000 to 2005 are spatially and temporally scanned with the method of seismic modulating ratio to find out the potential focal region and high stress concentration zone.
为探寻未来震源区及高应力集中区,用地震调制比方法对三峡库区2000～2005年ML≥2。
补充资料：区中
1.人世间。
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