Cathedral arch
In today's world, Cathedral arch has become a fundamental topic of discussion and debate. Its impact covers different aspects of society, culture and economy, generating great interest and curiosity in a wide spectrum of people. Since its emergence until today, Cathedral arch has captured the attention of researchers, academics, professionals and the general public, who seek to understand its scope and consequences. Over the years, Cathedral arch has been the subject of numerous studies and analyzes that have helped reveal its importance and relevance in various spheres. As we continue to explore and discover more about Cathedral arch, it is crucial to delve deeper into its most relevant aspects to understand its impact on today's world. This article seeks to offer a comprehensive view of Cathedral arch, addressing its many facets and providing an enriching perspective on this significant and influential topic.
A cathedral arch is an arch used in bridge design. It consists of an arched structural system, wherein vertical load bearing occurs only at the crown, or peak of the arch. As applied to bridge design, cathedral arch bridges feature no intermediary spandrel column elements between the foundation abutments and the crown of the arch system, where the roadway superstructure is constrained to the substructure.
The largest cathedral arch bridge in the world is the Galena Creek Bridge near Reno, Nevada.
Outside the bridge design the term refers to arches similar to the stilted arches used in cathedrals.
References
- ^ "Category 9 - Highway Improvements on Publicly Owned Land". Excellence in Highway Design. Federal Highway Administration. 1996. Retrieved 2014-07-16.
- ^ Durski, Brad F. (Winter 2010). "Nevada's Galena Creek Bridge" (PDF). Aspire. Precast/Prestressed Concrete Institute. Archived from the original (PDF) on 2010-02-16. Retrieved 2012-06-18.
- ^ U.S. patent 5,904,084
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