List of longest beam bridge spans
This list of the longest beam bridge spans ranks the world's beam 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] The types of beam bridges that allow for the greatest spans are cantilever bridges, continuous truss bridges, steel and concrete box girder bridges. 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.
Completed bridges
This list only includes bridges that carry automobiles or trains, it does not include footbridges or pipeline bridges. The span must be 300 metres (980 ft) or over to be included in the list. Because there is no official classification, some bridges may be missing.
Extradosed bridges
This section ranks the world's largest extradosed bridges, the span must be 250 metres (820 ft) or over to be included in the list. Because there is no official classification, some bridges may be missing.
See also
- List of longest bridges
- List of longest masonry arch bridge spans
- List of longest arch bridge spans
- List of longest suspension bridge spans
- List of longest cable-stayed bridge spans
- List of highest bridges
- List of tallest bridges
- List of spans
References
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- Garrison, Ervan G. (1998). "Table 13.4 - The leading continuous truss bridges". A History of Engineering and Technology: Artful Methods. New York: CRC Press. p. 296. ISBN 0-8493-9810-X.
- Janberg, Nicolas. "Cantilever truss bridges"., "Continuous truss bridges"., "Haunched girder bridges"., "Extradosed bridges". Structurae
Further reading
- Chen, Wai-Fah; Duan, Lian (2014). CRC Press, Taylor & Francis Group (ed.). Bridge Engineering Handbook. Second Edition.
- Chen, Wai-Fah; Duan, Lian (24 January 2014). Fundamentals. Vol. 1. CRC Press. ISBN 978-1-4398-5207-1.
- Chen, Wai-Fah; Duan, Lian (24 January 2014). Superstructure Design. Vol. 2. CRC Press. ISBN 978-1-4398-5221-7.
- Chen, Wai-Fah; Duan, Lian (24 January 2014). Substructure Design. Vol. 3. CRC Press. ISBN 978-1-4398-5219-4.
- Chen, Wai-Fah; Duan, Lian (24 January 2014). Seismic Design. Vol. 4. CRC Press. ISBN 978-1-4398-5218-7.
- Chen, Wai-Fah; Duan, Lian (24 January 2014). Construction and Maintenance. Vol. 5. CRC Press. ISBN 978-1-4398-5208-8.
- Chen, Wai-Fah; Duan, Lian (2014). CRC Press, Taylor & Francis Group (ed.). Handbook of International Bridge Engineering. CRC Press. ISBN 978-1-4398-1029-3.
- Ewert, Sven (2003). John Wiley & Sons (ed.). Brucken. John Wiley & Sons. ISBN 3-433-01612-7.
- Waddell, John Alexander Low (1916). John Wiley & Sons (ed.). Bridge engineering. Vol. 1 (1st ed.). London. LCCN 16014846. OL 23282798M.
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