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Long Span Three-Pylon Cable Stayed Bridge for High Speed Railway, Conception and Analyses of PC Box Girder Stiffened by Steel Truss

机译:长跨度三塔电缆停留桥用于高速铁路,钢桁架PC箱梁的概念和分析

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Combination of PC box girder and steel truss is efficient to increase the global stiffness of the bridge and improve carrying capacity of the structure, and the PC girder has relatively large transversal stiffness to improve the global stability of the bridge. The composite girder can take the advantage of cable stayed bridge and can be erected in different phases; the steel truss can be installed after the enclosing of the PC girder and the force of the steel truss members can be adjusted reasonably by adjusting cable force. The composite girder is a good solution of long span railway bridge, which solves the problem that cable-stayed bridge as a flexible structure, especially those with three pylons, and meets the requirement of structural stiffness, forcing and large span requirement.
机译:PC箱梁和钢桁架的组合有效地提高桥梁的全球刚度,提高了结构的承载力,PC梁具有相对较大的横向刚度,以提高桥梁的全球稳定性。复合梁可以采用电缆留桥的优势,可以在不同的阶段竖立;钢桁架可以安装在封闭PC梁和钢桁架构件的力通过调节电缆力来调节。复合梁是长跨度铁路桥的良好解决方案,解决了缆绳桥作为柔性结构的问题,尤其是具有三个塔架的问题,并且满足结构刚度,强迫和大跨度要求的要求。

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