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This list of the longest arch bridge spans ranks the world's arch bridges by the length of their main span. The length of the main span is the most common way to rank bridges as it usually correlates with the engineering complexity involved in designing and constructing the bridge.[1] If one bridge has a longer span than another it does not necessarily mean that the bridge is longer from shore to shore or from abutment to abutment.
Since each bridge has its own specific characteristics, and these are large structures, the very definition of span can vary from one bridge to another. Most use the span at the axis of the arch, as if the structure had a very thin thickness, and the intersection of this axis with the arch's fixed supports, similar to a hinged arch bridge. This definition is called calculated span. Others use the entire arched bridge section, separated from its approach viaducts, which is often the value between the two piers on each side of the arch. This is the case for bridges with multiple spans, large suspension or cable-stayed bridges use this definition of the span at the axis of their towers. Some, however, use the net span or the total external length of the arch.[2]
List of spans (list of remarkable permanent wire spans)
Notes and references
References
↑ Handbook of International Bridge Engineering, p.1307, Duan, Lian "The total length often reflects a project size, while the span length commonly correlates with the engineering complexity involved in designing and constructing of the bridge".
↑ Duan, Xue-wei; Xu, Wei (2010). "重庆朝天门长江大桥主桥设计与技术特点"[Design and Technical Characteristics of Main Bridge of Chaotianmen Changjiang River Bridge in Chongqing]. Bridge Construction (in Chinese) (2). Wuhan: China Zhongtie Major Bridge Reconnaissance & Design Institute Co., Ltd.: 37–40. ISSN1003-4722.
↑ Chen, Jun-ming; Du, Cao; Li, Shi-zhan; Han, Guo-qing; Jiang, Si-jun (2021). "秭归长江公路大桥钢箱桁架推力拱合龙测量关键技术"[Key Measurement Techniques Used for Closure of Steel Box Truss Thrust Arch of Zigui Changjiang River Highway Bridge]. World Bridges (in Chinese). 49 (5). Wuhan: The Seventh Engineering Co., Ltd., China Railway Major Bridge Engineering Group: 34–40. ISSN1671-7767.
↑ Xia, Hao; Xu, Hui; Yu, Yongji (2023). "德余高速乌江特大桥主桥设计"[Main Bridge Design of Wujiang River Bridge of Dejiang-Yuqing Expressway]. World Bridges (in Chinese). 51 (5). Guiyang: Guizhou Branch, CCCC Highway Consultants Co., Ltd.: 14–21. ISSN1671-7767.
↑ "Design and Construction". The Story Of The Sydney Harbour Bridge, 50Th. Anniversary, 1932–1982. Department of Main Roads, New South Wales. 1982. p.12.
↑ Yang, Chong-guo; Liu, Xiao-yong (2012). "明州大桥钢桥面铺装层ERS施工技术"[Construction Techniques for ERS of Steel Deck Surfacing Layer of Mingzhou Bridge]. Bridge Construction (in Chinese). 42 (2). Wuhan, Chongqing: Bridge Science Research Institute Ltd.,China Railway Major Bridge Engineering Group; The Second Engineering Co., Ltd.,CCCC Second Harbor Engineering Co., Ltd.: 115–119. ISSN1003-4722.
↑ Zhang, Chun-xin (2015). "西江特大桥钢箱提篮拱架设施工技术"[Construction Techniques for Erection of Steel Box Basket Handle Arch of Xijiang River Bridge]. Bridge Construction (in Chinese). 45 (5). Wuhan: China Railway Major Bridge Engineering Group Co., Ltd.: 7–12. ISSN1003-4722.
↑ Yan, Guangyu; Chang, Lihong (October 2021). "大小井特大桥施工图预算编制要点及造价分析"[Key Points for Budget Preparation and Cost Analysis of the Daxiaojing Extra-Large Bridge Construction Drawings]. Journal of China & Foreign Highway (in Chinese). 41 (5). Wuhan: China Communications Second Highway Survey and Design Institute Co., Ltd.; Bridge and Tunnel Branch, China Highway Engineering Consulting Group Co., Ltd.: 196–197. ISSN1671-2579.
↑ Zheng, Xiaolong; Xu, Xinyu; Chen, Xingyu (November 2019). "上承式铁路拱桥动力分析与验证"[Dynamic Analysis and Verification of Deck Railway Arch Bridge]. Science, Technology and Engineering (in Chinese). 19 (31). Chengdu: China Railway Second Academy Engineering Group Co., Ltd.: 353–357. ISSN1671-1815.
↑ Li, Yan-zhe (2020). "成贵铁路鸭池河特大桥主桥施工技术"[Key Construction Techniques for Main Bridge of Yachi River Bridge on Chengdu-Guiyang Railway]. Bridge Construction (in Chinese). 50 (5). Wuhan: China Railway Major Bridge Engineering Group Co., Ltd.: 16–21. ISSN1003-4722.
↑ Hu, Hui-yong; Zhao, Jian; Ren, Yan-long; An, Lu-ming; Liu, Yin-tao (2021). "广州明珠湾大桥主桥总体设计"[Overall Design of Main Bridge of Mingzhu Bay Bridge in Guangzhou]. Bridge Construction (in Chinese). 51 (3). Guangzhou, Tianjin: Guangzhou Municipal Engineering Design & Research Institute Co., Ltd.; China Railway Construction Bridge Engineering Bureau Group Co., Ltd.; China Railway Construction Co., Ltd., Bridge Engineering Laboratory: 93–99. ISSN1003-4722.
↑ Xie, Gong-yuan; Liu, Jun; Yuan, Chang-chun; Shao, Hong-yong (2009). "支井河钢管混凝土拱桥施工关键技术"[Key Techniques for Construction of Zhijing River Concrete-Filled Steel Tube Arch Bridge]. Bridge Construction (in Chinese) (5). Xian, Wuhan, Changchun: Key Laboratory for Bridges and Tunnels of Shanxi Province,Changan University; Administration of Engineering Quality Supervision,Department of Communications,Hubei Province; China Railway Tieshisanju Civil Engineering Group Co., Ltd.: 57–59. ISSN1003-4722.
↑ Dai, Shengyong; Zhang, Min; Chen, Kejian; Liu, Mingjun (April 2023). "铁路大跨度中承式钢管混凝土拱桥抗震设计"[Seismic Design of Large-span Half-through CFST Arch Railway Bridge]. Journal of Railway Engineering Society (in Chinese). 4 (Ser.295). Chengdu: China Railway Eryuan Engineering Group Co., Ltd.: 50–54. ISSN1006-2106.
↑ Zhang, Hua (2009). "新光大桥主拱拱肋提升塔设计"[Design of the main arch rib lifting tower of Xinguang Bridge]. Railway Standard Design (in Chinese) (6). China Railway Engineering Design & Consulting Group Co., Ltd.: 36–39. ISSN1004-2954.
↑ Xie, Youfan; Zhao, Lei; Xie, Jiping; Pu, Qianhui; Tang, Xiaobo (1995). "万县长江大桥420m钢筋混凝土箱形拱的施工稳定性分析研究"[Construction Stability Analysis of the 420m Reinforced Concrete Box Arch of the Wanxian Yangtze River Bridge]. Bridge Construction (in Chinese) (1). Southwest Jiaotong University: 77–81. ISSN1003-4722.
↑ Dai, Jie (2007). "重庆菜园坝长江大桥结构细节设计"[Structural details of the Chongqing Caiyuanba Yangtze River Bridge]. Railway Standard Design (in Chinese) (9): 32–34. ISSN1004-2954.
↑ Tang, Hu; Wang, Wei; Lu, Hui; Chen, Liang; Shao, Chang-yu (2022). "济南齐鲁黄河大桥420m网状吊杆系杆拱桥主拱设计"[Design of Arch Ribs of 420m-Span Network Arch Main Bridge of Qilu Huanghe River Bridge in Jinan]. Bridge Construction (in Chinese). 52 (4). Shanghai, Jinan, Yantai: Shanghai Municipal Engineering Design Institute (Group) Co., Ltd.; Jinan City Construction Group Co., Ltd.; Shandong Great Highway Engineering Co., Ltd.: 117–124. ISSN1003-4722.
↑ Zheng, Xiaolong; Xu, Xinyu; Chen, Xingyu; You, Lihui (September 2019). "云桂铁路南盘江上承式铁路拱桥动力分析与验证"[Dynamic Analysis and Verification of Nanpanjiang Deck Arch Bridge on Kunming-Nanning Railway]. Railway Standard Design (in Chinese). 63 (9). Chengdu: China Railway Eryuan Engineering Group Co., Ltd.: 46–50. ISSN1004-2954.
↑ Sakowski, Eric. "Dafaqu Bridge"(Wiki). HighestBridges.com. Retrieved 31 October 2025.
↑ Yuan, Yi; Peng, Zui (2023). "武汉汉江湾桥主桥设计关键技术"[Key Design Techniques of Main Bridge of Hanjiangwan Bridge in Wuhan]. Bridge Construction (in Chinese). 53 (1). Wuhan: China Railway Major Bridge Reconnaissance & Design Institute Co., Ltd.: 9–15. ISSN1003-4722.
↑ "株洲:清水塘大桥计划本月底正式通车"[Zhuzhou: Qingshuitang Bridge is scheduled to officially open to traffic at the end of this month]. Hunan.voc.com.cn (in Chinese). Retrieved 28 October 2025.
↑ Liu, Qi; Nie, Shang-jie; Ding, Shao-ling; Zheng, Guo-hui (2023). "重庆渝湘复线双堡特大桥主桥设计"[Design of Main Bridge of Shuangbao Bridge of Second Chongqing-Hunan Railway in Chongqing]. Bridge Construction (in Chinese). 53 (S1). Wuhan, Chongqing: CCCC Second Highway Consultants Co., Ltd.; Chongqing Second Chongqing-Hunan Highway Co., Ltd.: 16–24. ISSN1003-4722.
1 2 Wang, Ting-zheng; Luo, Shi-dong; Wang, Xin-guo; Gui, Xing (2008). "湘潭市莲城大桥总体设计"[Overall Design of Liancheng Bridge in Xiangtan City]. Bridge Construction (in Chinese) (3). Wuhan: China Railway Tiesiyuan Survey & Design Group Co., Ltd.: 37–40. ISSN1003-4722.
↑ Yang, Jian-ping; Chen, Wei-zhong; Yu, Hong-dan; Tan, Xian-jun (August 2011). "大宁河特大拱桥拱座-基岩长期稳定性研究"[Long-term stability of arch support and bedrock of Daning River Bridge]. Chinese Journal of Geotechnical Engineering (in Chinese). 33 (8). Wuhan: State Key Laboratory of Geomechanics and Geotechnical Engineering,Institute of Rock and Soil Mechanics,Chinese Academy of Sciences: 1178–1184. ISSN1000-4548.
↑ Qu, Guo-zhao (December 2016). "大跨度钢桁拱桥的创新设计"[Innovative Design of Long-span Steel Truss Arch Bridge]. Journal of Railway Engineering Society (in Chinese). 12 (Ser.219). Wuhan: China Railway Siyuan Survey and Design Group Co., Ltd.: 64–67. ISSN1006-2106.
↑ "通车段全线贯通!仁沐新高速最新进展来了"[The entire section of the Renmu New Expressway is now open to traffic! Here's the latest progress on the expressway]. Sina Corporation (in Chinese). 11 December 2020. Retrieved 31 October 2025.
1 2 Qin, Shun-Quan; Xu, Wei; Lu, Qin-Feng; Zheng, Qing-Gang; Fu, Zhan-Gong; Yuan, Ren-An; Sun, Jian-Li (2020). "常泰长江大桥主航道桥总体设计与方案构思"[Overall Design and Concept Development for Main Navigational Channel Bridge of Changtai Changjiang River Bridge]. Bridge Construction (in Chinese). 50 (3). Wuhan: China Railway Major Bridge Reconnaissance & Design Institute Co., Ltd.: 1–10. ISSN1003-4722.
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↑ "工 事 報 告 - 大規模アーチ橋のケーブルエレクション・斜吊工法による架設"[Construction Report - Erection of a Large-Scale Arch Bridge Using the Cable Erection and Inclined Suspension Method](PDF). Koukyou (in Japanese). 73. Japan Bridge Association: 48–56. June 2009.
↑ Song, Sui-di; Ma, Ting-lin; Guo, Lun-bo; Yang, Yi (2017). "渝黔铁路夜郎河大桥主桥设计关键技术"[Key Techniques of Design of Main Bridge of Yelang River Bridge on Chongqing-Guiyang Railway]. Bridge Construction (in Chinese). 47 (5). Chengdu: China Railway Eryuan Engineering Group Co., Ltd.; Xihua University: 89–94. ISSN1003-4722.
↑ Chen, Ming-xian (2005). "茅草街大桥的总体设计与创新技术"[Overall Design and Innovative Techniques of Maocaojie Bridge]. Bridge Construction (in Chinese) (2). Changsha: Hunan Provincial Department of Communications: 37–40. ISSN1003-4722.
↑ Ventura, Carlos E.; Felber, Andreas J.; Prion, Helmut G. I.; Taylor, Peter R.; Aegide, Van Selst (August 1995). "Dynamic characteristics of Port Mann Bridge by modal testing". IABSE Symposium: Extending the Lifespan of Structures. 73 (1). San Francisco, CA, USA: International Association for Bridge and Structural Engineering: 1129–1134. doi:10.5169/seals-55322.
↑ Zhang, Fugui; Zhang, Yongshui; Dong, Yi; Shizeng (April 2012). "大跨劲性骨架拱桥外包混凝土浇注方案"[Outsourcing Concrete Pouring Scheme of Long-Span Stiff Skeleton Arch Bridge]. Journal of Chongqing Jiaotong University (Natural Science) (in Chinese). 31 (2). School of Civil Engineering & Architecture,Chongqing Jiaotong University: 210–213. ISSN1674-0696.
↑ Zhanh, Zheng; Sun, Li; Ren, Xichong (August 2021). "大跨度钢桁梁明桥面轨枕板式轨道结构设计方案研究"[Research on Design Scheme of Sleeper Slab Track Structure for Large Span Steel Truss Girder with Open Deck]. Railway Standard Design (in Chinese). 65 (8). Wuhan: China Railway Siyuan Survey and Design Group Co., Ltd.; Hubei Key Laboratory of Railway Track Safety Service: 27–32. ISSN1004-2954.
↑ Xu, Shengqiao; Ren, Weili; Yan, Ming (2000). "丫髻沙大桥主桥设计"[Design of Main Bridge of Yajisha Bridge]. Bridge Construction (in Chinese) (3). Beijing: Professional Design Institute of the Ministry of Railways: 29–33. ISSN1003-4722.
↑ Liu, Chengliang (September 2008). "万州长江大桥钢桁拱架设创新技术分析"[Analyses of Erection Technology for Steel Truss Arch of Wanzhou Yangtze River Bridge]. Journal of Railway Engineering Society (in Chinese). 9 (Ser.120). Wuhan: China Railway Bridge Bureau Group Co., Ltd.: 52–57. ISSN1006-2106.
↑ Liu, Xin-hua; Shi, Shao-hui; Peng, Yuan-cheng (2016). "总溪河大桥主桥结构设计"[Structural Design of Main Bridge of Zongxi River Bridge]. Bridge Construction (in Chinese). 46 (5). Wuhan: CCCC Second Highway Consultants Co.,Ltd.: 95–99. ISSN1003-4722.
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↑ Ladret, Patrick; Rodríguez, Carlos Pérez; Motino, Pablo Vilchez; González, Óscar Osiris Aguilar (July 2011). "Rehabilitación del Puente de las Américas en Panamá"[Rehabilitation of Panama's Bridge of the Americas]. Hormigón y Acero (in Spanish). 62 (261). ACHE - Asociación Española de Ingeniería Estructural: 7–44. ISSN0439-5689.
↑ Ren, Weidong; Xu, Shengqiao; Wei, Yu; Jin, Zhengkai (September 2024). "大瑞铁路澜沧江大桥设计及关键技术研究"[Design and Key Technology Research of Lancang River Bridge on Dali-Ruili Railway]. Railway Standard Design (in Chinese). 68 (9). Beijing: China Railway Engineering Design and Consulting Group Co., Ltd.: 1–9. ISSN1004-2954.
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↑ Ruan, Xin; Shi, Xue-fei; Bi, Gui-ping; Wang, Jun (2006). "太平湖大桥二类稳定的风险分析"[Risk Analysis of Category 2 Stability of Taiping Lake Bridge]. Bridge Construction (in Chinese) (5). Shanghai: Department of Bridge Engineering, Tongji University; Shanghai Tongsheng Bridge Construction Co., Ltd.: 24–27. ISSN1003-4722.
↑ Yi, Lun-xiong (2009). "南京大胜关长江大桥大跨度钢桁拱桥设计研究"[Design and Study of Long Span Steel Truss Arch Bridge of Dashengguan Changjiang River Bridge in Nanjing]. Bridge Construction (in Chinese) (5). Wuhan: China Zhongtie Major Bridge Reconnaissance & Design Institute Co., Ltd.: 1–5. ISSN1003-4722.
↑ 梅山春晓大桥开建 扩展仑城市圈 (in Chinese). Xinhua News Agency. Archived from the original on 2 February 2017. Retrieved 27 January 2017.
↑ "广西首座双幅大跨径钢管混凝土拱桥——马滩红水河特大桥建成完工"[Guangxi's first double-span, large-span steel-concrete arch bridge—the Matan Hongshui River Grand Bridge—has been completed]. China Daily (in Chinese). Retrieved 31 October 2025.
↑ Wang, Chao (March 2023). "大跨度系杆拱桥拱梁墩交汇段模型试验研究"[Research on the Model Tests of Intersection Section of Arch, Beam and Pier of Large-span Tied Arch Bridge]. Journal of Railway Engineering Society (in Chinese). 3 (Ser.294). Wuhan: China Railway Bridge Science Research Institute Ltd.: 39–44. ISSN1006-2106.
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↑ "国内最大跨径上承式钢箱拱桥——景海高速澜沧江特大桥通车"[The Lancang River Bridge on the Jinghai Expressway, the largest span steel box girder arch bridge in China, opens to traffic]. Xinwen.bjd.com.cn (in Chinese). Retrieved 31 October 2025.
↑ "就在今天,梧州高旺大桥(西江四桥)开通! 太平、藤县人落梧州更加方便了!"[The Gaowang Bridge (Xijiang Fourth Bridge) in Wuzhou opens today! It will be much more convenient for people from Taiping and Tengxian to settle in Wuzhou!]. 163.com (in Chinese). Retrieved 31 October 2025.
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↑ "天津滨海新区西中环快速路跨海河桥工程 · 天津市政工程设计研究总院有限公司"[Tianjin Binhai New Area West Central Ring Expressway Cross-Haihe River Bridge Project · Tianjin Municipal Engineering Design and Research Institute Co., Ltd.]. Urban Roads Bridges & Flood Control (in Chinese). Retrieved 31 October 2025.
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↑ Sakowski, Eric. "Daheba Bridge"(Wiki). HighestBridges.com. Retrieved 31 October 2025.
↑ Sakowski, Eric. "Suba Bridge"(Wiki). HighestBridges.com. Retrieved 31 October 2025.
↑ Wang, Xiaofei; Zhang, Jie; Wang, Xinguo; Zhou, Ji; Luo, Chunlin (March 2024). "瓮马铁路乌江特大桥设计关键技术研究"[Key Techniques for Design of Wujiang Super Major Bridge on Weng'an-Zunyi Railway]. Railway Standard Design (in Chinese). 68 (3). Wuhan: China Railway Siyuan Survey and Design Group Co., Ltd.: 91–98. ISSN1004-2954.
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↑ For aesthetic reasons, the Liancheng Bridge is a cable-stayed arch bridge which is mainly supported by the arch structure and supplemented by the cable stays.[35]
↑ The Seri Saujana Bridge is a hybrid between a cable-stayed bridge and an arch bridge, both designs are structural.[97]
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