COR-TEN is an American patent generally identifying a group of steel alloys, developed in order to improve the response to weathering exposure. Thanks to its substantial properties of CORrosion resistance and TENsile strength, to the reduced need for maintenance and, above all, to the aesthetic value of its surfaces able to establish consonant relationships between the ancient and the new, it is one of the most widespread materials in the project for the pre-existence. Analysing the interaction with the environment, deepening the technical solutions adopted and gathering the underlying reasons, the essay aims at studying some realised projects closely, projects that can be considered smart interpretations of the contemporary addiction in ancient contexts where the weathering steel becomes a designing paradigm. On account of a series of interviews, the research aspires to understand how these interventions have been stratifying through the history.

Quando la materia inganna il tempo. Il COR-TEN nel progetto sulla preesistenza

FAVARETTO, GIULIA;MARIOTTI, CHIARA;UGOLINI, ANDREA;ZAMPINI, ALESSIA
2015

Abstract

COR-TEN is an American patent generally identifying a group of steel alloys, developed in order to improve the response to weathering exposure. Thanks to its substantial properties of CORrosion resistance and TENsile strength, to the reduced need for maintenance and, above all, to the aesthetic value of its surfaces able to establish consonant relationships between the ancient and the new, it is one of the most widespread materials in the project for the pre-existence. Analysing the interaction with the environment, deepening the technical solutions adopted and gathering the underlying reasons, the essay aims at studying some realised projects closely, projects that can be considered smart interpretations of the contemporary addiction in ancient contexts where the weathering steel becomes a designing paradigm. On account of a series of interviews, the research aspires to understand how these interventions have been stratifying through the history.
2015
Metalli in Architettura. Conoscenza, Conservazione, Innovazione
123
134
G. Favaretto; C. Mariotti; A. Ugolini; A. Zampini
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11585/538664
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