Width 23.60 metres (77 ft) Height 215 m Total length 2,143 m | Opened 1995 Construction started 1988 | |
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Design Cable-stayed bridgeM. Virlogeux, F. Doyelle, C. Lavigne Similar Tancarville Bridge, Pont de Brotonne, Naturospace Honfleur, Millau Viaduct, Musée Eugène‑Boudin de Honfle | ||
Pont de normandie 2015 france le havre honfleur
The Pont de Normandie is a cable-stayed road bridge that spans the river Seine linking Le Havre to Honfleur in Normandy, northern France. Its total length is 2,143.21 metres (7,032 ft) – 856 metres (2,808 ft) between the two piers. It is also the last bridge to cross the Seine before it empties into the ocean. Despite being a motorway toll bridge, there is a footpath as well as a narrow cycle lane in each direction allowing pedestrians and cyclists to cross the bridge free of charge.
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Construction
The bridge was designed by Michel Virlogeux, the general studies have been led by Bernard Raspaud from Bouygues, and the works management was shared between G. Barlet and P. Jacquet. The architects were François Doyelle and Charles Lavigne. Construction by Bouygues, Campenon Bernard, Dumez, Monberg & Thorsen, Quillery, Sogea and Spie Batignolles began in 1988 and lasted 7 years. The bridge opened on 20 January 1995.
At that time the bridge was both the longest cable-stayed bridge in the world, and had the record for the longest distance between piers for any cable-stayed bridge. It was more than 250 metres (820 ft) longer between piers than the previous record. This record was lost in 1999 to the Tatara Bridge in Japan. Its record for length for a cable-stayed bridge was lost in 2004 to the 2883 meters of the Rio-Antirrio. At the end of construction, the total cost for the bridge, all ancillary structures and finance costs was $465 million and was financed by Natixis. The bridge on its own cost €233 million (US$250 million).
The cable-stayed design was chosen because it was both cheaper and more resistant to high winds than a suspension bridge. Shortly after opening, the longest cables exhibited excessive vibrations, so several damping systems were quickly retrofitted.
Structure
The span, 23.6 metres (77 ft) wide, is divided into four lanes for traffic and two lanes for pedestrians. The pylons, made of concrete, are shaped as upside-down Ys. They weigh more than 20,000 tons and are 214.77 metres (705 ft) tall. More than 19,000 tons of steel and 184 Freyssinet cables were used.