The development of iron British piers in the XIX century. The discovery of new materials
DOI:
https://doi.org/10.3989/mc.2011.57710Keywords:
British piers, cast iron, wrought iron, materials resistance, corrosionAbstract
In this article, the authors study the decadence of wood piers along XIX century, mainly because of problems inherent to the attacks of invertebrates. Soon, the wood structures will be substituted by iron ones, appearing two extraordinary materials, cast iron and wrought iron. Cast iron was a material with a great compression resistance, but weak for traction and flexion. It was not welding, but its resistance to the corrosion was notable, because of it, was very used at piles of British sea piers. On the contrary, wrought iron offered high conditions for traction and flexion, so it appeared like a very useful material to make girders and joists, but suffering the problem of a lack of resistance to corrosion. The combination of both materials supposed a great success in the construction of bridges and piers, since 1850.
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(1) Adamson, Simon H.: Seaside Pier (1977), Londres.
(2) González García de Velasco, C. y González Vílchez, M.: La problemática de la construcción y conservación de los embarcaderos de madera en el siglo XIX. Libro de Actas del VI Congreso de Historia de la Construcción (2009), Valencia.
(3) Mickleburgh, T.: Glory Days Piers (1999), Londres.
(4) Mitchell, A.: On Submarine Foundations; particulary the Screw Pile and Moorings (1848), Institution of Civil Engineers, Minutes of Proceedings, Londres.
(5) Benevolo, L.: Historia de la Arquitectura Moderna (1974), Barcelona.
(6) Rooker, W.: Papers from the Pier Symposium (Department of Environment. The National Piers Society). Cast Iron and the Coalbrookdale Company (1984), Londres.
(7) Allwood, A.: Papers from the Pier Symposium (Department of Environment. The National Piers Society). Widnes Foundry and Engineering Co. Ltd. (1984), Londres.
(8) Sutherland, R. J.: Structural Aspects of Building Conservation. Paul Beckman et al. Cambridge, 2004.
(9) Sutherland, R. J.: Studies in the History of Civil Engineering (1998), Variorum, Londres.
(10) Instituto Nacional de la Calidad en la Edificación: Estudio sobre el estado actual del Muelle de Riotinto (1980), Dirección General de Arquitectura. Junta de Andalucía.
(11) Puntas Aguilar, J. L.: Estudio de la Estructura y Reparación del Muelle de Riotinto (1992), ETSI, Sevilla.
(12) Herrera, E. J. et al.: “Corrosion on Riotinto Pier at Huelva”, British Corrosion Journal (1993), vol. 28, nº 4.
(13) Freyssinet, S. A.: Proyecto de reparación del muelle de Riotinto (2001-2004).
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