steel arch bridge

1. Construction Technology for Arch Rib of Deformed Steel Arch Bridge in Guangzhou ─ Wuzhou Highway Tube cave detecting method and its using in guangwu speedway
   广梧高速公路异型钢拱桥拱肋施工技术管波探测法在广梧高速公路灰岩区桥梁桩基工程中的应用
2. A steel arch bridge in Sydney-Australia.
   位于澳大利亚的悉尼的一座钢拱桥。
3. Stress Analysis and Optimization Design for Anchor Area of Arch Truss of Oblique-Span Steel Arch Bridge
   斜跨钢拱桥拱肋锚固区受力分析及设计优化
4. Design Capacity Analysis and Test of a Through Flat Steel Arch Bridge
   下承式钢坦拱桥设计承载力分析与试验研究
5. Construction control of the high fluidity concrete on tied steel arch bridge
   大流动性混凝土在系杆钢管拱桥中的施工控制
6. Bearing Capacity Evaluation of Large-span Steel Arch Bridge Based on Load Tests
   基于荷载试验的大跨钢拱桥承载能力评估
7. Mechanics Behavior of Buried Corrugated Steel Arch Bridge Based on Soil-Steel Interaction Mode During Construction
   基于土-钢共同作用模型的覆土波纹钢板拱桥施工过程受力分析
8. A steel arch bridge connecting New Jersey and Staten Island at Bayonne, New Jersey.
   新泽西州的Bayonne处有一座连接新泽西和Staten岛的钢拱桥。
9. Sydney Harbour bridge is a steel arch bridge. Is it the world's largest or longest?
   悉尼港口大桥是一座钢铁拱门大桥。它是目前世界上最大的还是最长的大桥？
10. Measurement and Analysis for Cable Tension of Steel Arch Bridge
    钢管拱桥扣索塔缆索张力测试与分析
11. The construction approach is to use the cantilever launching method of the Bailey trussed girder to conduct the hoisting of the steel arch bridge with simple low-speed hoister and manual mini-cranes.
    具体的施工方法就是利用贝雷桁架梁，拼装成双导梁架桥机，加上简单的慢速卷扬机和手拉葫芦等装置，就可以进行钢架拱桥的吊装。
12. Effect of Temperature Load on Angular Deflection in Cantilever Assembling Construction of Long Span Concrete Filled Steel Arch Bridge
    钢管砼拱桥悬拼过程温度荷载对扣索偏角的影响
13. With the development of steel arch bridge to long and super long-span, the research on vibration caused by wind has become more and more important.
    随着钢拱桥向大跨度、超大跨度的发展，对桥梁结构风致振动问题的研究显得越来越重要。
14. Torsion and Warping of Curved Flat Steel Box Girders for Steel Arch Bridge with Unsymmetrical Outward Inclined Ribs
    非对称外倾式钢箱拱桥扁平弯钢箱梁扭转与翘曲
15. The design of large span steel arch bridge over a river for supporting the pipeline of ethylene engineering in Tianjin
    天津乙烯工程大跨度管廊过河钢拱桥设计
16. Effects of Loading Sequences on Ultimate Capacity of Long-span Steel Arch Bridge
    不同加载方式对大跨度钢拱桥极限承载力的影响
17. The Successful Practice of Hoisting Steel Arch Bridge with Bailey Trussed Girder
    贝雷桁架梁吊装刚架拱桥的实践
18. Buffeting Analysis in Time Domain for Long-Span Steel Arch Bridge
    大跨度钢拱桥时域抖振分析
19. The Demolition and Control of Long Span Steel Arch Bridge
    大跨度钢拱桥的拆除与控制
20. Emulation and mode analysis of the long-span steel arch bridge
    大跨度钢拱桥的仿真与模态分析
21. As the steel amount has been the first in the world, it has great sense to generalize the steel arch bridge for west development.
    在我国钢产量连续处于世界第一的形势下，大力推广大跨度钢拱桥的建设，对于西部大开发，具有特殊的意义。
22. Instability and earthquake damage are two typical failure modes of steel arch bridge with box ribs, in structural static and dynamic failure mechanisms areas.
    屈曲失稳是钢箱拱桥静力失效形式之一，地震作用下钢箱拱桥结构的损伤破坏是其动力失效形式之一。
23. With the rapid development of steel arch bridge technology, long-span steel arch bridge constantly increasing constructed, wind-induced vibration problems for this kind of bridges will become more and more prominent.
    随着钢拱桥技术的飞速发展以及大跨度钢拱桥的兴建，其风致振动问题显得越来越突出。
24. Design codes and methods of the steel arch bridge have not been completely established in many countries.
    我国桥梁设计规范关于钢箱拱桥的设计方法又尚未完全建立。
25. Therefore, to make the further and meticulous research for the temperature effects on steel arch bridge is necessary and meaningful.
    因此，有必要对钢拱桥的温度效应进行深入、细致的研究。
26. Background engineering section of basket bowstring steel arch bridge, using the "ar" overall construction scheme construction.
    背景工程的主桥为提篮式系杆钢拱桥，采用先拱后梁的整体施工方案施工。
27. Dong Ping Bridge is a three trusses continuous steel arch bridge with the main span of 99+ 242+ 99m. The arrangement of three trusses is identical.
    东平水道桥是主跨为99+242+99m的三主桁连续钢桁拱桥结构。
28. The topology optimization of lower steel arch bridge and reticulated shell under half span load are introduced to preliminary design.
    分析网壳结构和钢拱桥在半跨活荷载下最佳受力结构拓扑，指导网壳结构和钢拱桥拱肋初步设计形状拓扑。
29. Now the study for ultimate load-carrying capacity of steel bridge mainly concentrated in steel arch bridge, cable-stayed and suspension bridges, but for steel truss bridge is still insufficient.
    目前针对钢桥极限承载力的研究主要集中在钢拱桥、斜拉桥和悬索桥方面，对钢桁梁桥极限承载力的研究还很不足。
30. First, the static characteristics of large-span trussed steel arch bridge are analyzed at various loads and critical conditions.
    文中首先对特大跨度钢桁架拱桥在各种荷载及关键工况下的静力性能进行了计算。

noun

1. a steel bridge constructed in the form of an arch