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This list ranks the world's cable-stayed bridges by the length of main span, i.e. the distance between the suspension towers. The length of the main span is the most common way to rank cable-stayed bridges. If one bridge has a longer span than another, it does not mean that the bridge is the longer from shore to shore, or from anchorage to anchorage. However, the size of the main span does often correlate with the height of the towers, and the engineering complexity involved in designing and constructing the bridge.
Cable-stayed bridges with more than three spans are generally more complex, and bridges of this type generally represent a more notable engineering achievement, even where their spans are shorter.
The definition of cable-stayed bridge deck length used here is: A continuous part of the bridge deck that is supported only by stay-cables and pylons, or are free spans. This means that columns supporting the side span as for example found in Pont de Normandie, excludes most of the side span decks from the cable-stayed deck length.
There are some bridges with long bridge decks whose span lengths have not been published, and therefore are missing. Extradosed bridges are not included. The thirty longest decks are:
legend
main span
multiple main spans
side spans
Sortable list of the longest cable-stayed bridge decks, including multiple spans, ranked by length of bridge deck
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.
1 2 Hu, Wen-jun; Mei, Xin-yong; Zhang, Yan-fei; Dai, Hui-min (2022). "沪苏通长江公铁大桥主航道桥桥塔设计关键技术"[Key Design Techniques for Pylons of Main Navigational Channel Bridge of Shanghai-Suzhou-Nantong Changjiang River Bridge]. World Bridges (in Chinese). 50 (3). Wuhan: China Railway Major Bridge Reconnaissance & Design Institute Co.,Ltd.: 1–7. ISSN1671-7767.
1 2 Bu, Yizhi; Zhao, Lei; Li, Qiao (January 2013). "苏通长江大桥结构非线性稳定性研究"[Structural nonlinear stability analysis of Sutong Yangtze river bridge]. China Civil Engineering Journal (in Chinese). 46 (1). Chengdu: Southwest Jiaolong University: 84–91. ISSN1000-131X.
↑ Falbe-Hansen, Klaus; Hauge, Lars; Hussain, Naeem. "Stonecutters Bridge – Detailed Design"(PDF). Afgc.asso.fr. Symposium 2004 – April 26–28 – Avignon, France. Retrieved 5 November 2022.
1 2 Zhou, Yadong; Liao, Haili; Sun, Yanguo; Li, Ming (2020). "青山长江大桥主航道桥结构动力特性分析"[Analysis of Dynamic Characteristics of Main Channel Bridge of Qingshan Yangtze River Bridge]. Journal of Railway Engineering Society (in Chinese). 1. Wuhan, Chengdu: Wuhan Qingshan Yangtze River Bridge Construction Co.Ltd.; Southwest Jiaotong University: 44–49. ISSN1006-2106.
↑ Peng, Xiao-bin; Chen, Xing—zhi (2009). "鄂东长江公路大桥桥塔设计"[Design of Pylons of Edong Changjiang River Highway Bridge]. Bridge Construction (in Chinese). 5. Wuhan: Hubei Provincial Communication Planning and Design Institute: 40–43. ISSN1003-4722.
1 2 He, Peng; Wang, Cheng-qi (2018). "嘉鱼长江公路大桥桥塔设计"[Design of Pylons of Jiayu Changjiang River Highway Bridge]. Bridge Construction (in Chinese). 48 (4). Wuhan: Hubei Transport Planning and Design Institute Co.,Ltd.: 84–89. ISSN1003-4722.
1 2 Yang, Can-Wen; Zhang, Qiang; Shi, Jian-Hua (2016). "池州长江公路大桥主通航孔桥设计"[Design of Main Navigable Span Bridge of Chizhou Changjiang River Highway Bridge]. Bridge Construction (in Chinese). 46 (4). Wuhan: China Railway Major Bridge Reconnaissance & Design Group Co.,Ltd.: 92–96. ISSN1003-4722.
↑ Chen, Hu-Cheng; Zhang, Jia-Yuan; Liu, Ming-Hu; Ding, Wang-Xing; Shen, Hao (2017). "石首长江公路大桥主桥总体设计"[Overall Design of Main Bridge of Shishou Changjiang River Highway Bridge]. Bridge Construction (in Chinese). 47 (5). Beijing, Wuhan: CCCC Highway Consultants Co.Ltd.; Hubei Transport Planning and Design Institute Co.Ltd.: 6–11. ISSN1003-4722.
↑ Cao, Lin-xiang; Du, Jun; Zhang, Yan-he; Li, Dong-hui (2015). "九江长江公路大桥塔梁临时约束设计及施工"[Design and Construction of Pylon-Girder Temporary Constraint for Jiujiang Changjiang River Highway Bridge]. World Bridges (in Chinese). 3. Wuhan: CCCC Second Harbor Engineering Company Ltd.: 28–32. ISSN1671-7767.
1 2 Ding, Wang—xing; Jiang, You—sheng (2011). "荆岳长江公路大桥设计"[Design of Jingyue Changjiang River Highway Bridge]. Bridge Construction (in Chinese). 4. Wuhan: Hubei Provincial Transport Planning and Design Institute: 57–61. ISSN1003-4722.
↑ Wang, Xi-hua; Mei, Xiu-dao (2019). "武穴长江大桥全寿命期监测系统总体设计"[Overall Design of a Life-Cycle Monitoring System of Wuxue Changjiang River Bridge]. Bridge Construction (in Chinese). 49 (3). Wuxue, Wuhan: Hubei Wuxue Yangtze River Highway Bridge Co.,Ltd.; School of Civil Engineering; China Railway Bridge Science Research Institute,Ltd.: 69–74. ISSN1003-4722.
1 2 Mei, Ying-hua; Hu, Ke; Zhu, Da-yong (2017). "芜湖长江公路二桥桥塔锚索系统性能研究"[Study of Properties of Pylon-End Cable Anchoring System of Second Wuhu Changjiang River Highway Bridge]. World Bridges (in Chinese). 6. Hefei: School of Civil Engineering, Hefei University of Technology; Transport Consulting & Design Institute Co.,Ltd.; Transportation Holding Group Co.,Ltd.: 39–44. ISSN1671-7767.
1 2 Cho, Sung-Min; Park, Sang-Il; Lee, Youn-Jae; Kang, Jai-Soo. "세계로 나가는 고속도로, 인천대교 건설 현황"[Constructions of the Incheon Bridge, An Expressway to the World](PDF). Korean Road Society (in Korean). 10: 589–629.
1 2 Wang, Fu-min; Luo, Qiang; Li, Jun (2013). "厦漳跨海大桥南、北汊桥总体设计与研究"[Overall Design and Study of South and North Bridges of Xiazhang Sea-Crossing Bridge]. Bridge Construction (in Chinese). 43 (4). Chongqing: China Merchants Chongqing Transport Research & Design Institute Co.,Ltd.: 20–25. ISSN1003-4722.
1 2 Feng, Peng-cheng; Ding, Ren-jun; Chen, Yi-ming; Fu, Kun; Liu, Qi (2017). "沌口长江公路大桥主桥设计"[Design of Main Bridge of Zhuankou Changjiang River Highway Bridge]. Bridge Construction (in Chinese). 47 (4). Wuhan, Guangzhou: CCCC Second Highway Consultants Co.,Ltd.; Urban Investment Holding Co.,Ltd.: 1–6. ISSN1003-4722.
↑ Zhan, Jian-hui; Liao, Yuan; Ding, Wang-xing; Yang, Yan; Tang, Shou-feng (2023). "丹江口水库特大桥总体设计"[Overall Design of Danjiangkou Reservoir Bridge]. Bridge Construction (in Chinese). 53 (2). Wuhan: Hubei Communications Planning and Design Institute Co., Ltd.; Hubei Communications Investment Group Co., Ltd.: 1–9. ISSN1003-4722.
1 2 Lu, Yong-cheng; Shao, Chang—yu; Zeng, Yuan; Zhang, Yuan-kai; Zhang, Chun-lei (2009). "上海长江大桥主航道桥设计要点"[Design Highlights of Main Shipping Channel Bridge of Shanghai Changjiang River Bridge]. World Bridges (in Chinese) (A01). Shanghai: Shanghai Municipal Engineering Design and Research Institute: 14–17. ISSN1671-7767.
↑ Li, Gang (2015). "万州长江三桥桥塔设计"[Design of Pylons of Third Wanzhou Changjiang River Bridge]. Bridge Construction (in Chinese). 45 (2). Wuhan: China Railway Major Bridge Reconnaissance & Design Group Co.,Ltd.: 94–98. ISSN1003-4722.
↑ Liu, Bo; Peng, Yun-dong; Hou, Man (2018). "贵州都格北盘江大桥主桥设计及关键技术"[Design and Key Technology of Main Bridge of Beipanjiang Bridge]. Bridge construction (in Chinese). 6. Beijing: CCCC Highway Consultants Co.,Ltd.: 81–86. ISSN1003-4722.
↑ Zhang, De-ping; Zhou, Jian-hong; Wang, Dong-hui (2019). "赤壁长江公路大桥主桥主梁设计"[Design of Main Girder of Chibi Changjiang River Highway Bridge]. Bridge Construction (in Chinese). 49 (4). Wuhan: China Railway Major Bridge Reconnaissance & Design Institute Co. , Ltd.: 81–85. ISSN1003-4722.
1 2 黄茅海跨海通道项目环境影响报告书[Environmental Impact Report for the Huangmaohai Cross-Sea Channel Project](PDF) (Report) (in Chinese). Jiangmen.gov.cn. Retrieved 3 October 2025.
↑ Chang, Fu–ping; Jiang, Yan–zheng; Li, Peng (2011). "结合钢桁梁正交异性钢桥面板体系研究"[Study of Orthotropic Steel Deck Plate Systems for Composite Steel Truss Girder]. Bridge Construction (in Chinese) (6). Shanghai: Shanghai Municipal Engineering Design General Institute: 37–41. ISSN1003-4722.
↑ Wang, Yawei; Zhu, Jin; Zheng, Kaifeng; Su, Yonghua; Guo, Hui; Li, Yongle (April 2024). "考虑冲刷效应的大跨桥梁地震-风-车-桥耦合振动分析"[Coupled Vibration Analysis of Earthquake-Wind-Vehicle-Bridge for Long-Span Bridges Considering Scouring Effect]. Journal of Southwest Jiaotong University (in Chinese). 59 (2). Beijing, Chengdu: China Academy of Railway Sciences Corporation Limited; School of Civil Engineering, Southwest Jiaotong University: 323–331. ISSN0258-2724.
↑ Shen, Dawei; Ren, Hongchang; Zhu, Chao; Feng, Yuxiang (2024). "黄茅海跨海通道高栏港大桥钢箱梁施工关键技术"[Key Construction Techniques for Steel Box Girders of Gaolan Port Bridge of Huangmaohai Link]. World Bridges (in Chinese). 2. Guangzhou, Zhuhai, Wuhan: Guangdong Provincial Highway Construction Co., Ltd.; Huangmaohai Link Administration Center; State Key Laboratory of Bridge Intelligent and Green Construction; China Railway Bridge Science Research Institute Ltd.: 36–42. ISSN1671-7767.
1 2 Chai, Xiao-peng; Wang, Bo; Wang, Zheng-xing (2014). "斜拉桥斜拉索杠杆质量阻尼器减振技术研究"[Study of Vibration Damping Technique of Using Lever Mass Dampers to Stay Cables of Cable-Stayed Bridges]. World Bridges (in Chinese). 42 (1). Wuhan: Bridge Science Research Institute Ltd., China Railway Major Bridge Engineering Group; Key Laboratory of Bridge Structure Safety and Health of Hubei Province: 66–70. ISSN1671-7767.
↑ Wang, Xuan (2014). "琅岐闽江大桥主桥设计"[Design of Main Bridge of Langqi Minjiang River Bridge]. World Bridges (in Chinese). 42 (1). Wuhan: China Railway Major Bridge Reconnaissance and Design Institute Co.,Ltd.: 12–15. ISSN1671-7767.
↑ "重庆丰都长江二桥建成通车"[Chongqing Fengdu Second Yangtze River Bridge completed and opened to traffic]. News.gmw.cn (in Chinese). Retrieved 22 October 2025.
↑ Ning, Bo-wei (2020). "新建安九铁路鳊鱼洲长江大桥总体设计"[Overall Design of Bianyuzhou Changjiang River Bridge on Newly-Built Anqing-Jiujiang High-Speed Railway]. Bridge Construction (in Chinese). 50 (1). Wuhan: China Railway Major Bridge Reconnaissance & Design Institute Co., Ltd.: 86–91. ISSN1003-4722.
↑ Du, Chunlin; Zhou, Qian; Deng, Yu; Tu, Yingying; Xi, Zhouhua (2025). "重庆白居寺长江大桥主桥设计"[Design of Main Bridge of Baijusi Changjiang River Bridge in Chongqing]. Bridge Construction (in Chinese). 55 (3). Chongqing, Chengdu: Chongqing Municipal Design and Research Institute Co., Ltd.; Chongqing Vocational College of Architecture and Engineering; T.Y.Lin International Engineering Consulting (China) Co., Ltd.; Sichuan Traffic Technician College: 126–133. ISSN1003-4722.
↑ Cai, Xiao-nan; Zhao, Hui; Zhang, Wen-yuan (2021). "杨梅洲大桥主墩基础与桥塔施工关键技术"[Key Construction Techniques for Main Pier Foundation and Pylon of Yangmeizhou Bridge]. World Bridges (in Chinese). 49 (2). Shanghai: No.2 Engineering Co., Ltd. of CCCC Third Harbor Engineering Co., Ltd.: 50–56. ISSN1671-7767.
↑ "最大跨径叠合梁斜拉桥——望东长江公路大桥全线贯通(8月10日)"[The Wangdong Yangtze River Highway Bridge, the largest span composite-girder cable-stayed bridge, is now fully operational (August 10)]. CCCCSHEC Fourth Engineering Company Ltd. (in Chinese). Retrieved 22 October 2025.
↑ Ma, Sen; Zhou, Chao–zhou (2016). "中朝鸭绿江界河公路大桥主桥钢结构设计"[Design of Steel Structures for Main Bridge of China-DPRK Yalu Boundary River Highway Bridge]. World Bridges (in Chinese) (1). Shenyang, Wuhan: Liaoning Provincial Communication Planning & Design Institute; Design Company,China Railway Major Bridge Engineering Group: 1–5. ISSN1671-7767.
↑ Zhang, Qiang (2014). "铜陵公铁两用长江大桥主桥设计"[Design of Main Bridge of Tongling Changjiang River Rail-cum-Road Bridge]. Bridge Construction (in Chinese). 44 (3). Wuhan: China Railway Major Bridge Reconnaissance & Design Group Co.Ltd.: 7–12. ISSN1003-4722.
↑ Qian, Yexiang (2001). "南京长江二桥主桥锚箱控制工艺的研究"[Study on the control technology of anchor box of the main bridge of Nanjing Yangtze River Second Bridge]. Railway Standard Design (in Chinese) (12). Baoji Bridge Factory Technical Office: 4–5. ISSN1004-2954.
↑ Bian, Jun-pei; Shi, Fang-hua (2005). "金塘大桥设计"[Design of Jintang Bridge]. Bridge Construction (in Chinese) (1). Hangzhou: Administration of Highways,Zhejiang Province; Zhejiang Provincial Communications Planning,Design and Research Institute: 22–25. ISSN1003-4722.
↑ Du, Enbo (2024). "白沙洲长江大桥桥塔墩防撞关键技术"[Key Collision Protection Techniques for Pylon Piers of Baishazhou Changjiang River Bridge]. World Bridges (in Chinese). 52 (6). Wuhan: Wuhan Bridge Special Technology Co., Ltd., China Railway Bridge Engineering Group; State Key Laboratory of Bridge Intelligent and Green Construction: 114–120. ISSN1671-7767.
↑ "武忻高速今日全线建成通车 来宾市形成"一小时经济圈""[The Wuxin Expressway was fully completed and opened to traffic today, forming a "one-hour economic circle" in Laibin City]. Gx.news.cn (in Chinese). Retrieved 28 October 2025.
1 2 Hu, Hai-bo (2012). "武汉二七长江大桥主桥结合梁施工技术"[Construction Techniques for Composite Girder of Main Bridge of Wuhan Erqi Changjiang River Bridge]. Bridge Construction (in Chinese). 42 (3). Wuhan: Section of Wuhan Erqi Changjiang River Bridge Construction Project,Railway Major Bridge Engineering Group Co.,Ltd.: 1–6. ISSN1003-4722.
↑ "永川长江大桥工程"[Yongchuan Yangtze River Bridge Project]. Fheb-xm.com (in Chinese). Archived from the original on 9 July 2016. Retrieved 28 October 2025.
↑ Gao, Zong–yu (2001). "青洲闽江大桥结合梁斜拉桥设计"[Design of Composite Girder Cable-stayed Bridge over Minjiang River at Qingzhou]. Bridge Construction (in Chinese) (4). Wuhan: China Zhongtie Major Bridge Reconnaissance and Design Institute: 13–17. ISSN1003-4722.
↑ Lin, Huixu; Cai, Zhongming (1993). "杨浦大桥主桥上部结构施工工艺"[Construction Technology of the Superstructure of the Main Bridge of Yangpu Bridge]. Bridge Construction (in Chinese) (4). Shanghai Foundation Engineering Corporation: 10–14. ISSN1003-4722.
↑ "广州南沙港铁路跨西江特大桥主塔全部封顶"[The main towers of the Guangzhou Nansha Port Railway Bridge across the Xijiang River have all been capped]. Jiangmen.gov.cn (in Chinese). Retrieved 28 October 2025.
↑ Hu, Wen; Hu, Kuangzhang (1998). "徐浦大桥主桥安装监理"[Erection Supervision of Main Spans of Xupu Bridge]. Bridge Construction (in Chinese) (2). Shanghai Railway University: 23–26. ISSN1003-4722.
↑ Matsueda, Takashi; Chiba, Shinji; Murakami, Takanori. "名港中央大橋 東塔の下段水平梁の製作"[Production of the Lower Horizontal Beam for the East Tower of the Meikochuo-Ohashi Bridge](PDF). Miyaji Technical Report (in Japanese). 11: 128–138.
↑ Pan, Bo; Liu, Ai-lin; Wang, Ling-xia (2021). "芜湖长江三桥2号桥塔下横梁支架设计与施工"[Design of Constructing Lower Crossbeam of Pylon No.2 of Third Wuhu Changjiang River Bridge Using Scaffold Method]. World Bridges (in Chinese). 49 (6). Wuhan: China Railway Major Bridge Engineering Group Co., Ltd.; State Key Laboratory for Health and Safety of Bridge Structures: 34–39. ISSN1671-7767.
↑ Chen, Wei–guo; Yang, Yuan–lu (2007). "舟山桃夭门大桥钢箱梁制造关键工艺及质量控制"[Key Workmanship and Quality Control of Steel Box Girder Fabrication for Taoyaomen Bridge in Zhoushan]. Bridge Construction (in Chinese) (1). Zhoushan, Baoji: Zhejiang Provincial Construction Headquarters of Zhoushan Mainland and Islands Link Project; China Railway Baoji Turnout Bridge,Inc.: 70–73. ISSN1003-4722.
↑ Xu, Ke-ying; Xiao, Hai-zhu (2012). "安庆长江铁路大桥主桥桥面系受力分析"[Analysis of Force Conditions of Floor System of Main Bridge of Anqing Changjiang River Railway Bridge]. Bridge Construction (in Chinese). 42 (3). Wuhan: China Railway Major Bridge Reconnaissance & Design Institute Co.Ltd.: 37–43. ISSN1003-4722.
↑ Wei, Dong-sheng; Peng, Xu-min; Tao, Lu; Yin, Guang-shun (2017). "六广河特大桥施工过程张拉索力优化分析"[Optimization and Analysis of Tensioned Stay Cable Forces in Construction of Liuguang River Bridge]. Bridge Construction (in Chinese). 47 (6). Wuhan: China Railway Bridge Science Research Institute, Ltd.; State Key Laboratory for Health and Safety of Bridge Structures: 36–41. ISSN1003-4722.
↑ "45分钟→5分钟!广州南沙红莲大桥正式通车"[45 minutes → 5 minutes! Guangzhou Nansha Honglian Bridge officially opens to traffic]. Td.gd.gov.cn (in Chinese). Retrieved 28 October 2025.
↑ Wang, Xuan (2019). "深中通道中山大桥总体设计"[Overall Design of Zhongshan Bridge in Shenzhen-Zhongshan Link]. Bridge Construction (in Chinese). 49 (1). Wuhan: China Railway Major Bridge Reconnaissance & Design Institute Co., Ltd.: 83–88. ISSN1003-4722.
↑ Li, Bing; Yao, Yunlong; Guo, Licheng; Hong, Baoning (2023). "佛山富龙西江特大桥主桥设计"[Design of Main Bridge of Fulong Xijiang River Bridge in Foshan]. Bridge Construction (in Chinese). 53 (6). Foshan, Nanjing: Foshan Transportation Investment Group Co., Ltd.; College of Civil Engineering and Transportation, Hohai University: 127–134. ISSN1003-4722.
↑ Chen, Hucheng (2024). "古金赤水河大桥主桥总体设计"[Overall Design of Gujin Chishui River Bridge]. Bridge construction (in Chinese). 54 (2). Beijing: CCCC Highway Planning and Design Consultants Co., Ltd.: 112–117. ISSN1003-4722.
↑ Tian, Bo; Song, Lubing (2023). "混合梁斜拉桥钢‒混结合段设计关键技术"[Key technology for design of composition section of hybrid girder cable‐stayed bridge]. Journal of China & Foreign Highway (in Chinese). 43 (2) 21. Chengdu: Sichuan Highway Planning, Survey, Design and Research Institute Co., Ltd.: 117–120. ISSN1671‐2579.{{cite journal}}: Check |issn= value (help)
↑ Li, Wei–hua; Yang, Guang–wu; Xu, Wei (2013). "黄冈公铁两用长江大桥主跨567m钢桁梁斜拉桥设计"[Design of Steel Truss Girder Cable-Stayed Bridge of 567-m Main Span of Huanggang Changjiang River Rail-cum-Road Bridge]. Bridge Construction (in Chinese). 43 (2). Wuhan: China Railway Major Bridge Reconnaissance & Design Group Co., Ltd.: 10–15. ISSN1003-4722.
↑ Shu, Tao; Huang, Ping-ming; Wei, Jia-le (2020). "禹门口黄河公路大桥临时墩设计关键技术"[Key Design Techniques for Temporary Piers of Yumenkou Huanghe River Highway Bridge]. Bridge Construction (in Chinese). 50 (4). Xi′an: School of Highway, Chang′an University; Shaanxi Tongyu Highway Research Institute Co., Ltd.: 88–94. ISSN1003-4722.
↑ Han, Shi; Liu, Yong-jian; Wang, Zhen-hua; Bai, Yong-xin; Liu, Jiang; Wang, Zhi-xiang (September 2021). "高寒地区组合梁斜拉桥施工阶段温度效应研究"[Study on Temperature Effect of Composite Girder Cable-stayed Bridge During Construction in Alpine Region]. Journal of Architecture and Civil Engineering (in Chinese). 38 (5). Xining, Xi'an, Ordos, Hefei: Qinghai Transportation Engineering Technical Service Center; School of Highway, Chang'an University; Ordos Transportation Engineering Quality Monitoring and Appraisal Service Center; Anhui Transport Consulting and Design Institute Co., Ltd.: 99–106. ISSN1673-2049.
↑ "Cầu Cần Thơ"[Can Tho Bridge]. Tracuuxaydung.com (in Vietnamese). Archived from the original on 21 January 2010. Retrieved 28 October 2025.
↑ ""全国第一、世界第二"福州长门特大桥正式通车!"[The Fuzhou Changmen Grand Bridge, ranked first in China and second in the world, has officially opened to traffic!]. Sohu (in Chinese). Retrieved 28 October 2025.
↑ Kim, Chang Su; Cho, Kyung Sik; Lee, Eun Chul; Lee, Jung Su (31 December 2023). "세계 최대 주경간장 콘크리트사장교의 설계 및 시공" [Design and Construction of the World’s Longest Concrete Cable-stayed Bridge]. Journal of Structure Research and Practice (in Korean). 1 (1). Korean Institute of Bridge and Structural Engineers: 56–67. doi:10.22725/JSRP.2023.1.1.56.
↑ Huang, Xiaowei (2025). "沙埕湾跨海大桥总体设计"[Overall Design of Shachengwan Sea-Crossing Bridge]. World Bridges (in Chinese). 53 (3). Fuzhou: Fujian Communications Planning & Design Institute Co., Ltd.: 7–13. ISSN1671-7767.
↑ Mei, Xinyong; Xu, Wei; Duan, Xuewei; Chen, Xiang (October 2020). "平潭海峡公铁两用大桥总体设计"[Overall Design of Pingtan Strait Combined Bridges]. Railway Standard Design (in Chinese). 64 (Suppl). Wuhan: China Railway Major Bridge Reconnaissance and Design Group Co., Ltd.: 18–23. ISSN1004-2954.
↑ Zhu, Wei; Wang, Liang; Cao, Xue-yong; Yang, Ye (2023). "中开高速银洲湖特大桥总体设计"[Overall Design of Yinzhou Lake Bridge of Zhongshan-Yangchun Expressway]. World Bridges (in Chinese). 51 (1). Beijing, Nanjing: Power China Road Bridge Group Co., Ltd.; JSTI Group: 32–37. ISSN1671-7767.
↑ "方便30余万群众出行!泸州市榕山长江大桥建成通车"[Facilitating travel for over 300,000 people! The Rongshan Yangtze River Bridge in Luzhou City is completed and opened to traffic]. Sichuan.scol.com.cn (in Chinese). Retrieved 28 October 2025.
↑ Sakowski, Eric. "Longli Bridge"(Wiki). HighestBridges.com. Retrieved 21 October 2025.
↑ Wang, Yingliang; Wang, Yujue; Wang, Liang; Sun, Lishan; Zhu, Min (October 2023). "宜宾临港长江大桥总体设计"[Overall Design of Yibin Lingang Yangtze River Bridge]. Journal of Railway Engineering Society (in Chinese). 10 (Ser. 301). Chengdu, Wuhan: China Railway Eryuan Engineering Group Co., Ltd.; China Major Bridge Reconaissance and Design Insititue Co., Ltd.: 73–80. ISSN1006-2106.
↑ "黄舣长江大桥工程简介"[Huangfu Yangtze River Bridge Project Introduction]. Scglgc.com - Sichuan Highway Engineering Consult Supervision Company (in Chinese). Archived from the original on 26 November 2013.
↑ "泸州市神臂城长江大桥建成通车"[Luzhou Shenbicheng Yangtze River Bridge Completed and Opened to Traffic]. Sichuan Road & Bridge (Group) Co., Ltd. (in Chinese). Retrieved 28 October 2025.
↑ "泸州纳溪:"爱情桥"建成通车 群众"踩桥"见证幸福"[Luzhou Naxi: The "Love Bridge" is completed and opened to traffic; the public "walks across the bridge" to witness happiness]. Luzhou.scol.com.cn (in Chinese). Retrieved 28 October 2025.
↑ Li, Qian-ming; Xiao, Yu-song (2021). "襄阳内环线跨襄阳北铁路编组站大桥总体设计"[Overall Design of a Xiangyang Inner Ring Road Bridge Crossing Xiangyang North Railway Marshalling Station]. Bridge Construction (in Chinese). 51 (3). Wuhan: China Railway Wuhan Survey & Design Institute Co., Ltd.: 123–130. ISSN1003-4722.
↑ "广州和中山跨江"牵手"!南中高速洪奇门特大桥合龙"[Guangzhou and Zhongshan join hands across the river! The Hongqimen Grand Bridge on the Nanzhong Expressway is successfully closed]. Cnbayarea.org.cn (in Chinese). Retrieved 28 October 2025.
↑ Yang, Jin (2000). "汕头礐石大桥主孔斜拉桥的开拓性技术成就"[Innovative Technical Achievements of Cable stayed Main Span of Queshi Bridge in Shantou]. Bridge Construction (in Chinese) (3). Wuhan: Reconnaissance and Design Institute, Major Bridge Engineering Bureau, the Ministry of Railways: 25–28. ISSN1003-4722.
↑ "公安长江公铁两用大桥桥塔下横梁施工完成"[Construction of the crossbeam under the bridge tower of the Gong'an Yangtze River Highway-Railway Dual-Purpose Bridge is completed]. World Bridges (in Chinese). 42 (4): 98. 2014. ISSN1671-7767.
↑ Enomoto, Mamoru; Morikawa, Hisashi; Takano, Haruo; Ogasawara, Masafumi; Hayashi, Hiroyuku; Takahashi, Wataru; Watanabe, Nobuo; Inoue, Masahito (1995). "Design and construction of Tsurumi Tsubasa Bridge superstructure". Fourth International Bridge Engineering Conference. Metropolitan Expressway Public Corporation; Miyaji Iron Works Co., Ltd.; NKK Corporation: 249–258. S2CID113043095.
↑ Kim, Man-Cheol; Kim, Du-Hyeun; Choi, Myeong-Su; Cho, Kyung-Sik; Kim, Ji-San; Lee, Jae-Joong (December 2009). "새천년대교 1공구 FCM 정착 복합사장교의 설계"[Design of FCM-Anchored Hybrid Cable-Stayed Bridge in Saecheonnyeon LOT1](PDF). Journal of the Korean Society of Steel Construction (in Korean). Archived from the original(PDF) on 31 August 2021.
↑ Feng, Fan; Wen, Wei-bin; Wu, Yan-bin; Zeng, Wen-song-wu; Huang, Fang-lin (2021). "桥梁钢-混结合段试验模型加载多目标优化"[Multi-objective Optimization of Model Loading Test for Steel-concrete Composite Section of Bridge]. Science Technology and Engineering (in Chinese). 21 (19). Changsha: School of Civil Engineering, Central South University: 8212–8217. ISSN1671-1815.
↑ Gao, Zong-yu (2007). "武汉天兴洲公铁两用长江大桥总体设计"[Overall Design of Wuhan Tianxingzhou Changjiang River Rail-cum-Road Bridge]. Bridge Construction (in Chinese) (1). Wuhan: China Zhongtie Major Bridge Reconnaissance & Design Institute Co., Ltd.: 5–9. ISSN1003-4722.
↑ Ding, Tao; Chen, Chang-song (2005). "PC斜拉桥主梁应变测试技术研究"[Research of Strain Measurement Techniques for Main Girders of PC Cable-Stayed Bridges]. Bridge Construction (in Chinese) (6). Jingzhou, Changsha: Adminstration of Jingzhou Changjiang River Bridges; Changsha University of Science and Technology: 79–82. ISSN1003-4722.
↑ "SG. Johor Bridge". E22 Senai-Desaru Expressway Berhad. Retrieved 28 October 2025.
↑ 변종호; 김경현. "목포대교(해상, 사장교) 책임감리 수행사례"[Construction of a By-pass Road which links the Goha and Jukgyo Dong in Mokpo Distric](PDF). Yooshin Technology Newsletter (in Korean): 344–356. Archived from the original(PDF) on 7 February 2017.
1 2 Shen, Wenai; Huang, Mingliu; Zhu, Hongping; He, Youdi; Zhang, Qiang (October 2020). "双座串联大跨度斜拉桥粘滞阻尼器参数分析"[Parameter analysis of viscous damper for two series-connected long-span cable-stayed bridges]. World Earthquake Engineering (in Chinese). 36 (4). Wuhan: School of Civil Engineering and Mechanics, Huazhong University of Science and Technology; China Railway Major Bridge Reconnaissance and Design Institute Co., Ltd.: 155–162. ISSN1007-6069.
↑ "南京浦仪公路上坝夹江大桥"[Nanjing Puyi Highway Shangba Jiajiang Bridge]. CCCCSHEC Fourth Engineering Company Ltd. (in Chinese). Retrieved 28 October 2025.
↑ "설계기준 수립 및 세부 구조계획의 적정성"[Establishment of Design Standards and Appropriateness of Detailed Structural Plans](PDF). Ceric.net (in Korean). Hwayang-Jeumgeum Section 2 - Basic Design Report Part 4. Archived from the original(PDF) on 11 December 2022. Retrieved 28 October 2025.
↑ "湖南官新高速公路建成通车"[Hunan Guanxin Expressway Completed and Opened to Traffic]. Cnr.cn (in Chinese). Retrieved 28 October 2025.
↑ Feng, Peng-cheng; Liu, Xin-hua; Yi, Bei; Chen, Yang-ming (2023). "湖北观音寺长江大桥主桥方案构思与总体设计"[Concept Development and Overall Design for Main Bridge of Guanyinsi Changjiang River Bridge in Hubei Province]. Bridge Construction (in Chinese). 53 (S1). Wuhan: CCCC Second Highway Consultants Co.,Ltd.: 1–8. ISSN1003-4722.
1 2 Chen, Zhitao; Huang, Xijun; Wu, Guoqiang; Liu, Hanshun (2023). "马鞍山公铁两用长江大桥主航道桥中塔下横梁抗扭设计"[Torsional Resistance Design for Lower Crossbeam of Central Pylon of Main Navigation Channel Bridge of Maanshan Changjiang River Rail-cum-Road Bridge]. World Bridges (in Chinese). 51 (6). Wuhan: China Railway Major Bridge Reconnaissance & Design Institute Co.,Ltd.: 22–27. ISSN1671-7767.
↑ "公司成功中标安徽安庆海口长江大桥特许经营项目"[The company successfully won the bid Anqing Haikou Yangtze River Bridge Franchising Project in Anqing Haikou, Anhui Province]. Scrbg.com - Sichuan Road & Bridge Group Co., Ltd. (in Chinese). Retrieved 2 October 2025.
↑ "新进展!香山大桥完成全部标准节梁段吊装"[New progress! Xiangshan Bridge completes all standard section of the beam hoisting]. Zsnews.cn - Zhongshan Daily Newspaper (in Chinese). 28 September 2025. Retrieved 3 October 2025.
↑ "[인천 제3연륙교] 영종~청라 제3연륙교 본 공사 위한 물량장 확보...1・2공구 교량 공사 22일 착공"[[Incheon 3rd Land Bridge] Securing a supply yard for the main construction of the Yeongjong-Cheongna 3rd Land Bridge... Construction on Sections 1 and 2 of the bridge will begin on the 22nd]. 24news.kr (in Korean). Retrieved 28 October 2025.
↑ Kong, Yun; Guo, Yong (2014). "嘉绍大桥主航道桥钢箱梁吊装船舶定位技术"[Positioning Technique for the Lifting Barges Used to Steel Box Girder Erection of Main Navigational Channel Bridge of Jiashao Bridge]. World Bridges (in Chinese). 42 (3). Shaoxing: Construction Headquarters of Jiashao River-Crossing Bridge Project: 39–42. ISSN1671-7767.
↑ Morandi, Riccardo (June 1961). "The Bridge Spanning Lake Maracaibo". PCI Journal. 6 (2). Precast/Prestressed Concrete Institute (PCI): 12–27. doi:10.15554/pcij.06011961.12.27.
↑ Zhang, Xin; Lu, Li-zhi; Liu, Yong (2019). "赤石大桥主桥超高墩桥塔结构优化及试验研究" [Structural Optimization and Experimental Study of Superhigh Pier Pylon for Main Bridge of Chishi Bridge]. Bridge Construction (in Chinese). 49 (4). Changsha: Hunan Provincial Communication Planning, Survey & Design Institute Co., Ltd.: 23–28. ISSN1003-4722.
↑ "珠机城际金海特大桥 完成首段大悬臂钢梁架设任务完成首段大悬臂钢梁架设任务"[Zhuhai-Macao Intercity Jinhai Grand Bridge Complete Erection of First Section of Large Cantilever Steel Girder](PDF). China Infrastructure News (in Chinese) (937). China Engineering Press and Media Group. 12 April 2022. ISSN2709-4804. Retrieved 3 October 2025.
↑ Troyano, Leonardo (2003). Bridge Engineering: A Global Perspective. Thomas Telford. pp.650–652. ISBN0-7277-3215-3.
↑ The navigable part of the Honghe Bridge consists of a series of two cable-stayed bridges with each a distribution of 73+162+500+162+73 meters one after the other, there is a discontinuity between the two cable-stayed sections[102].
Further reading
Podolny, Jr., Walter; Goodyear, David (2006). "Cable-suspended bridges". In Roger L. Brockenbrough (ed.). Structural steel designer's handbook: AISC, AASHTO, AISI, ASTM, AREMA, and ASCE-07 design standards (4ed.). New York, NY: McGraw-Hill. pp.15.23 –15.27. ISBN0-07-143218-3. — includes a list of major cable-stayed bridges by length
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