rigid-frame中文是什么意思

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中文翻译
造句

刚性构架

rigid adj. 1.坚硬的，强直的，硬性的，僵硬的 (opp. ...
frame n. 1.机构；组织；系统。 2.结构，框架，构架，骨架 ...
rigid frame 刚架（刚构）; 刚性构架
analysis of rigid frame 刚架分析
closed polygonal rigid frame 闭合多边形刚架
closed rigid frame 闭合刚构
composite rigid frame 组合刚架
continuous rigid frame 连续刚架
continuous rigid frame bridge 连续刚构桥
hollow integral rigid frame 空心整体刚架
plane rigid frame 平面分段装配; 平面刚架
portal rigid frame 门式刚架; 门形刚架
rahmen rigid frame 刚性框架
rigid frame arch bridge 刚架拱桥
rigid frame bridge 单跨刚构桥; 刚构（刚架）桥; 刚架式桥梁
rigid frame construction 刚架构造
rigid frame foundation 刚架基础
rigid frame harrow 刚架耙
rigid frame structure 刚架结构
rigid frame truck 一体构架转向架
rigid frame with plate-web 实腹刚架
rigid jointed frame 刚架
rigid-frame beam 刚架梁
rigid-frame shotcrete support 钢架喷射砼支护
rigid-jointed frame 刚架

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例句与用法

Taking the long span continuous rigid - frame structure of the south bank approach spans of wuhan tianxingzhou changjiang river bridge as the research object , and using the large scale finite element analysis program ansys and two ways of modeling with solid element and spatial beam element , this paper respectively analyzes the dynamic characteristics of the rigid - frame structure of the approach spans , makes a study of the influences of rigidity changes and bearings failure of the thin - wall piers on the dynamic characteristics of the structure of the approach spans and also compares the results of numerical analysis of the two kinds of modeling
摘要以武汉天兴洲长江大桥南岸引桥大跨度连续刚构为研究对象，运用大型有限元分析程序ansys ，采用实体模型与空间梁单元两种建模方式，分别分析了其动力特性，探讨了薄壁墩的刚度变化与支座失效对其动力性能的影响，并对两种模型的数值分析结果进行了比较。
This paper studies the key techniques involved in the construction of the deep water foundations , long - span prestressed concrete continuous rigid - framed girders and long - span concrete - filled steel tube arches of yichang changjiang river bridge on the newly built yichang - wanzhou railway , and also provides solutions to the possible problems thereof , which may be of certain guiding roles to the practical construction
摘要对新建铁路宜昌至万州线宜昌长江大桥深水基础、大跨度混凝土连续刚构梁、大跨度钢管混凝土拱等施工过程中遇到的关键技术问题进行了研究，并对各个问题提出了解决方案，对实施性施工有一定的指导意义。