1) steel-concrete composite simple-supported track beam
钢-混简支组合轨道梁
1.
With the background of track beams adopted in Chongqing straddle single-track transit systems, dynamic behavior of steel-concrete composite simple-supported track beam is discussed in this paper.
以重庆跨座式单轨交通系统中采用的轨道梁为研究背景,探讨了钢-混简支组合轨道梁的动力特性。
2) simply supported steel-concrete composite beam
钢-混凝土简支组合梁
1.
A method for optimization design of cross-section of simply supported steel-concrete composite beams considering interface slip is introduced.
以钢-混凝土简支组合梁造价为优化目标函数,在计算组合梁的变形时考虑了滑移效应对刚度的折减,采用复形法作为优化算法,用Matlab语言编制了计算程序。
4) simple H-steel reinforced concrete composite beam
H型钢混凝土简支组合梁
5) simply supported composite beam
简支组合梁
1.
Based on the calculation resuhs,it is found that con- tinuous composite beams are remarkably superior in economic performance to simply supported composite beams.
本文对建筑结构中钢-混凝土简支组合梁和连续组合梁的经济性能进行比较。
6) steel concrete composite beam
钢-混组合梁
1.
At present, with the frequent application of steel concrete composite beams, their fatigue problems have become more and more noticeable.
目前,随着钢-混组合梁的不断应用,其疲劳问题日益突出,各国学者对组合梁疲劳的研究有了很大发展,各国规范对该问题也有着不同的规定。
补充资料：组合钢模板支设
组合钢模板支设
组合钢模板支设
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参考词条