1) key member
关键构件
1.
Farther,the method how to partition every one of these four constituents into members and how to choose the representational form of every kind of member based on key member for durability is proposed.
将桥梁结构划分成桥梁结构、桥梁构成、桥梁构件3个层次,提出了桥梁构件划分方法与耐久性关键构件抽样法,并按照不同构件的耐久性劣化影响因素的差异选取了相应的包括构件环境作用因素指标在内的构件耐久性考核指标,从而建立了在役混凝土桥梁结构耐久性的3层次多指标的评估模型。
2) Key Component
关键构件
1.
It is concluded that the structural sensitivity analysis method is the most applicable method comparing with other methods, but some key issues, such as applicable expression of load combination, identification and rating rules for the key components and sensitive components, and so on, need to be properly solved.
分析结果表明,敏感性分析方法用于结构抗倒塌设计具有相对优势,但应解决荷载效应组合、构件的重要性顺序以及关键构件和敏感构件的计算方法和分级判断标准等关键问题。
3) critical fatigue member
关键疲劳构件
1.
An evaluation model of ascertaining critical fatigue members was established based on mechanical character of members of box girder of long span bridge,and a method to assess critical fatigue members was provided based on extensive information including structural finite element analysis,strain monitoring results,member classification system and close manual inspect reports.
根据大跨桥梁钢箱梁各类构件的受力特点建立了确定钢箱梁关键疲劳构件的评价模型,提出了基于结构有限元分析、应变监测信息、构件分级系统和桥梁结构人工检测等多方面信息综合评定关键疲劳构件的方法。
4) critical element
关键构件;临界构件
5) key components
关键零件
1.
The structure and working process of the die for drawing the part and the main points for designing the key components of the die are introduced.
通过对DG按钮套零件的拉伸工艺进行分析 ,确定了该零件冲压工艺流程 ,同时对模具结构、模具工作过程和模具关键零件的设计要点进行了介绍。
6) Key event
关键事件
1.
In applying this approach, the experts should first provide initial probabilities of key events concerning the strategic problem and the matrix of the value of interaction between the events, and then cross-impact simulation can be used to calculate the resulting scenario probabilities.
本文给出了一种方法,它是由被咨询者对某战略问题的关键事件提供每一事件发生的初始概率及事件间的相互影响数值,通过交叉影响模拟,得出最终情景概率。
2.
This paper analyzed key event raised in teaching in Australia scholar David Tripp s book and explored its inspiration for China s teaching and researching event.
本文主要解读了澳大利亚学者David Tripp著述中提出的有关"教学中的关键事件"的问题。
补充资料:Al-Li合金构件——歼7-II飞机舱口盖及副翼扰流片
Al-Li合金构件——歼7-II飞机舱口盖及副翼扰流片
Al—Ll合金构件——歼7一I 1机舱口盖及副翼扰流片 张自供稿
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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