A curved footbridge with hidden extras

Author:

Arason Magnús1,Haraldsson Olafur S.2,Christer Steve3

Affiliation:

1. EFLA Consulting Engineers

2. Icelandic Road and Coastal Administration (IRCA)

3. Studio Granda

Abstract

<p>For improved safety and ease of travel for pedestrians and cyclists across the busy 4-lane main road Breidholtsbraut in the suburb of Breidholt in Reykjavik, Iceland, the Icelandic Road and Coastal Administration and Reykjavik City Council engaged EFLA Consulting Engineers and Studio Granda Architects for the design of a footbridge over the road. The bridge is an 86-m long, post-tensioned concrete girder in four spans and follows a curved alignment that plays on the landscaped surroundings. The attractive shape of the underside of the concrete girder is formed by a series of arcs; the cross-section having been used before by the design team to good effect. Aiming for minimized inspection and maintenance costs, the end abutments of the bridge are supported through a concealed concrete hinge, eliminating the need for bearings and construction joints. The stainless-steel wire mesh handrail was embedded into the concrete deck post casting, using a carefully planned core drilling procedure. The bridge does not have a support in the road central reserve, and this has allowed the bridge construction to proceed with only a few, short closures of the busy underlying road. The result is a well-received addition to the collection of Reykjavik footbridges.</p>

Publisher

International Association for Bridge and Structural Engineering (IABSE)

Reference5 articles.

1. Serviceability Assessment of Three Lively Footbridges in Reykjavik;Gudmundur Valur Gudmundsson

2. ArchDaily. 2009. https://www.archdaily.com/18789/hringbraut-bridge-studio-granda

3. S. Marx and G. Schacht, "Concrete Hinges – Historical Development and Contemporary Use," Proceedings of the 3rd fib International Congress, 2010.

4. Concrete Hinges and Integral Bridge Piers

5. Statens vegvesen Vegdirektoratet (Norwegian Public Road Administration Directorate), Standard Bridge Details, url: https://www.vegvesen.no/fag/teknologi/bruer/bruprosjektering/brudetaljer. 2016.

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