Sultan Haji Omar Ali Saifuddien大桥(Temburong大桥):跨跨桥面架设

David P. Taylor
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引用次数: 1

摘要

丹布隆大桥全长27公里,横跨文莱湾,连接文莱两部分。它包括13公里的海上高架桥,由一座斜拉桥分成两部分。在尽可能短的时间内建造双路甲板需要一种新型的起重龙门,可以同时提升和放置两个甲板。每一对50米的全跨度预制混凝土箱梁由驳船运送到桥墩两侧,通过龙门架吊起,横向跟踪并降低其轴承,然后自行发射到下一个跨度。这个循环重复了267次。龙门架全长130米,“翼展”59米,可以将870吨的甲板部分从其中心线抬起26米。在完成了前165个跨度后,通过浮式起重机将龙门架整体重新安置到斜拉桥的另一侧。本文描述了这种独特的方法所带来的工程挑战,以及它们的解决方案。其中一个挑战是在独立驳船上同时吊起时,龙门悬臂“翼”上产生的动态不平衡负载。
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Sultan Haji Omar Ali Saifuddien Bridge (Temburong Bridge): span by span deck erection
The Temburong Bridge is a 27km long crossing linking the two parts of Brunei across Brunei Bay. It includes 13km of marine viaduct, split into 2 sections by a cable stayed bridge. Construction of its twin road decks in the shortest possible time called for a new type of lifting gantry that could lift and place both decks simultaneously. Each pair of 50m full-span precast concrete box girders was delivered by barge to both sides of the piers, lifted, tracked sideways and lowered on to their bearings, all by the gantry, which then launched itself to the next span. This cycle was repeated 267 times. The gantry had an overall length of 130m, a ‘wingspan’ of 59m and could lift the 870 tonne deck sections 26m from its centreline. Having completed the first 165 spans the gantry was relocated to the other side of the cable stayed spans in one piece by floating crane. This paper describes the engineering challenges posed by this unique method, and their solution. One such challenge was catering for the dynamic out-of-balance loading on the gantry's cantilever ‘wings’ generated when lifting simultaneously off independent barges.
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来源期刊
CiteScore
3.00
自引率
10.00%
发文量
48
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