1) erection stress
架设应力
3) bridging stress
架桥应力
1.
A theoretical form of the bridging stress within the crack wake zone was solved.
采计学的方法分析、描述了与晶须随机取向相关联的多种机制的耦合效应，给出了裂纹尾 流区架桥应力的理论形式，讨论了晶须／基体界面解离对增韧特性的影响结果表明，解离越大架桥应力 曲线越平缓，增韧效果越显著，但是增韧过程越长对 ＳｉＣ晶须增强 Ｓｉ３Ｎ４材料的理论拟合结果表明， 耦合增韧模型基本上反映了晶须增强 ＣＭＣｓ增韧过程的内在作用方
2.
Based on the analysis of pressing during the CMCs manufacture process, the relation between orientation probability of reinforcements and pressing ratio was expressed in math formulas so that the bridging stress against crack opening displacement curve and R curve can be obtained.
通过分析得出不同压缩条件下的增强相定向度概率分布函数，计算获得裂纹扩展过程中的架桥应力曲线及阻抗曲线，对增韧特性的方位角依赖性进行了讨论，对架桥应力与裂纹张口位移的变化关系进行了讨论，并把计算结果与试验数据进行了对比分析。
5) catenary installation
承力索架设
6) design stress
设计应力
1.
Method for the defermination of design stress of plastics pipes was presented based on the domsetic and foreign standards,thus equations and calculation means of wall thickness of plastics pipes for water conveying were derived.
以现有国内外标准为依据 ,给出了塑料材料设计应力的确定方法 ,从而得到给水用塑料管材厚度的相关公式和计算方法。
2.
The design stress of plastic pipe applicable in this field was determined.
以现有国内外标准为依据 ,给出了冷热水应用条件的分级方法和冷热水用塑料材料设计应力的确定方法 ,从而得到冷热水塑料管材厚度的计算方
补充资料：预应力混凝土桥架设
见混凝土桥架设。
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