1) tension / compression yield behavior
拉/压屈服规律
1.
Based on the tension / compression yield behavior of nickel base single phase (r' ) single crystals, the yield behavior of single crystal blade superalloys (made of r' and r phases) has been studied.
在Ni基单相(γ′)单晶合金拉/压屈服规律的基础上,对单晶叶片材料(γ′和γ两相)进行了分析。
2) tensile-shear and compressive-shear yielding
拉、压剪屈服
3) Tensile yield
拉伸屈服
1.
The effects of the filler size and content on the tensile yield behaviour of LDPE componnd filled with glass beads were investigated by INSTRON materials tester at room temperature.
应用Instron材料试验机,考察了室温下微珠大小及含量对填充LDPE复合物拉伸屈服行为的影响。
4) yield pressure
屈服压力
1.
For this purpose,the initial yield pressure should be studied and serve as a basis for judging whether the materials begin to .
而实际岩土材料均为弹塑性体,在滚石冲击压力下,会产生很大的塑性变形,为此,必须研究土体的初始屈服压力作为判断土体是否开始进入屈服的条件。
5) internal yield
内压屈服
补充资料：矛盾规律(见对立统一规律)
矛盾规律(见对立统一规律)
law of contradiction
mQOCun gu】j口、矛盾规律(lawof eon‘radietion)统一规律。见叶主
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