2E Terminal at Roissy-Charles de Gaulle Airport

Author:

Godart Bruno1,Datry Jean-Bernard2

Affiliation:

1. Consultant, Le Perreux sur Marne, France

2. Consultant, Setec TPI, Paris, France

Abstract

<p>This chapter presents the forensic investigations conducted after the partial collapse of the jetty of the 2E terminal at Roissy-Charles de Gaulle Airport near Paris that occurred in May 2004. The primary failure mechanism decided upon by the experts is the punching of the shell caused by steel struts in conjunction with the bending rupture of one of the solid arch elements of the shell. This mechanism was then followed by a shift of the shell from its supports and its fall on the tarmac.</p><p> After a detailed description of this complex structure, the chapter relates the results of the investigations conducted by the administrative commission set up by the Transportation Ministry, the different courts of law, and SETEC engineering company. It then draws the lessons learnt from the collapse and presents the reconstruction of the new jetty opened in the spring of 2008.</p>

Publisher

International Association for Bridge and Structural Engineering (IABSE)

Reference9 articles.

1. B erthier, J., Aubry D., Calgaro J.A., Froment-Meurice A. Rapport final de la commis-sion administrative chargée de la recherche des causes de l’effondrement survenu le 23 mai 2004 d’une partie de la jetée du terminal 2E de l’aérogare de Paris-Charles de Gaulle, Ministère de l’Equipement, des Transports, de l’Aménagement du Territoire, du Tourisme et de la Mer, 15 février 2005 (Not public).

2. Avis d’ordonnance de requalification et de renvoi devant le tribunal correctionnel rendue par le juge d’instruction de la cour d’appel de Paris, Tribunal de Grande Instance de Bobigny, 17 octobre 2017.

3. SETEC, Studies done for Aéroports de Paris within the frame of the litigation. (On request from ADP).

4. Tassinari, L. Poinçonnement non symétrique des dalles en béton armé, PhD thesis EPFL n° 5030, june 2011.

5. Analysis of Roissy Airport Terminal 2E collapse using deterministic and reliability assessments

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