Grace's Guide

British Industrial History

Grace's Guide is the leading source of historical information on industry and manufacturing in Britain. This web publication contains 142,831 pages of information and 228,772 images on early companies, their products and the people who designed and built them.

Viaduc d'Austerlitz

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2019
Note the fabricated box-section reinforcement welded to the underside of the bottom flange (see below). Also, a welded-on bar is just visible on top of the upper flange
Unusual welded fabrication work here. It appears that the under-girder reinforcement originally relied on diagonal bracing between the top and bottom flanges, and that at some point the spaces were closed by welding in triangular plates
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Various weldments visible in this and the next two photos
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On the left bank. Cast iron fluted columns made by Moisant, Laurent, Savey et Cie
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Entrance to Gare d'Austerlitz
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This is a steel arch railway bridge across the River Seine in Paris, and the associated steel viaducts, which carry Metro Line 5 between Quai de la Rapée and the Gare d'Austerlitz. It has a parabolic 'half-though' steel arch of 140m (459 ft) span, with pin joints at the top centre and just above the deck level, hidden by cast iron ornaments. The deck is suspended from the arches by pinned steel plate hangers.

Built 1903-1905.

The engineers were Maurice Koechlin, Fulgence Bienvenüe and Louis Biette. The architect was Jean-Camille Formigé, who also designed the Pont Bir-Hakeim. The main contractors were La Societé de Construction de Levallois-Perret. The steelwork contractors were Daydé & Pillé.

The approach to the bridge from the right bank was made difficult by the adjacent constraints, and the solution is impressive. It features a curved riveted structure - a helicoid ramp.

For more information, see Structurae entry.

1936-8 The bridge was reinforced, using welded plates, to accommodate much heavier trains.[1]

Excellent series of old photos (postcards) here. Comparison with the recent photos shows some of the areas where the bridge was strengthened by welding on additional platework.

A presentation addressing the design, the 1930s strengthening, recent reinforcement, and in-service stresses may be found online here [2]

The viaduct provides a satisfyingly complex set of structures for bridge enthusiasts to study. By way of contrast, the adjacent Pont Charles de Gaulle is a sleek, modern and impressive way of getting traffic across the river, but does not offer much to delay the curious pontist.

See Also

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Sources of Information

  1. [1] The Engineer, 10 June 1938, p.644
  2. [2] IMGC Ouvrages d'art et Structures Metallique: Exemple de réhabilitation - viaduc d’Austerlitz by J-F Douroux, RATP / Dépt.GDI, Sept 2014