Modern metal framed glazed façades refurbishment: conservation in the energy and ecological transition
Metal framed glazed façades and curtain walls can be considered one of the most important innovations of modern architecture but are certainly a critical point in the conservation of modern heritage. Next to the most important modern architecture masterpieces, which are under special conservation an...
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Language: | fra |
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Ministère de la Culture et de la Communication
2023-02-01
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Online Access: | https://journals.openedition.org/insitu/37183 |
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author | Tanja Marzi Lorenzo Savio |
author_facet | Tanja Marzi Lorenzo Savio |
author_sort | Tanja Marzi |
collection | DOAJ |
description | Metal framed glazed façades and curtain walls can be considered one of the most important innovations of modern architecture but are certainly a critical point in the conservation of modern heritage. Next to the most important modern architecture masterpieces, which are under special conservation and safeguard regulations, are a lot of minor and less known architectures that are part of the diffuse modern heritage and risk to be compromised in refurbishment interventions. In most cases, modern metal framed glazed façades systems do not meet the current energy requirements, and it is difficult to preserve them in their original features, finding a compromise between conservation and energy and ecological transition. This contribution presents a critical overview of the problems relating to the conservation of metal framed glazed façades built in the second half of the twentieth century. Requirements and standards established by energy and environmental international protocols and Italian regulations are critically analysed. Through the description of case studies, different attitudes of intervention are presented and discussed: from conservation to total replacement, with a radical change of modern building envelope original features. The mere verification of the minimum performances required by the current regulations inevitably leads to the substitution of original curtain walls. Therefore - looking beyond but respecting the regulations - architects in charge of refurbishment interventions can find innovative envelope technologies and function distribution solutions to preserve curtain walls, limiting the intervention to the strictly needed. |
format | Article |
id | doaj-art-f507096239d54c54917f9c3c70383f88 |
institution | Kabale University |
issn | 1630-7305 |
language | fra |
publishDate | 2023-02-01 |
publisher | Ministère de la Culture et de la Communication |
record_format | Article |
series | In Situ |
spelling | doaj-art-f507096239d54c54917f9c3c70383f882025-01-09T12:43:36ZfraMinistère de la Culture et de la CommunicationIn Situ1630-73052023-02-014910.4000/insitu.37183Modern metal framed glazed façades refurbishment: conservation in the energy and ecological transitionTanja MarziLorenzo SavioMetal framed glazed façades and curtain walls can be considered one of the most important innovations of modern architecture but are certainly a critical point in the conservation of modern heritage. Next to the most important modern architecture masterpieces, which are under special conservation and safeguard regulations, are a lot of minor and less known architectures that are part of the diffuse modern heritage and risk to be compromised in refurbishment interventions. In most cases, modern metal framed glazed façades systems do not meet the current energy requirements, and it is difficult to preserve them in their original features, finding a compromise between conservation and energy and ecological transition. This contribution presents a critical overview of the problems relating to the conservation of metal framed glazed façades built in the second half of the twentieth century. Requirements and standards established by energy and environmental international protocols and Italian regulations are critically analysed. Through the description of case studies, different attitudes of intervention are presented and discussed: from conservation to total replacement, with a radical change of modern building envelope original features. The mere verification of the minimum performances required by the current regulations inevitably leads to the substitution of original curtain walls. Therefore - looking beyond but respecting the regulations - architects in charge of refurbishment interventions can find innovative envelope technologies and function distribution solutions to preserve curtain walls, limiting the intervention to the strictly needed.https://journals.openedition.org/insitu/37183ItalyTorinobuilding envelope20th century architecturecurtain wallbuilding energy retrofit |
spellingShingle | Tanja Marzi Lorenzo Savio Modern metal framed glazed façades refurbishment: conservation in the energy and ecological transition In Situ Italy Torino building envelope 20th century architecture curtain wall building energy retrofit |
title | Modern metal framed glazed façades refurbishment: conservation in the energy and ecological transition |
title_full | Modern metal framed glazed façades refurbishment: conservation in the energy and ecological transition |
title_fullStr | Modern metal framed glazed façades refurbishment: conservation in the energy and ecological transition |
title_full_unstemmed | Modern metal framed glazed façades refurbishment: conservation in the energy and ecological transition |
title_short | Modern metal framed glazed façades refurbishment: conservation in the energy and ecological transition |
title_sort | modern metal framed glazed facades refurbishment conservation in the energy and ecological transition |
topic | Italy Torino building envelope 20th century architecture curtain wall building energy retrofit |
url | https://journals.openedition.org/insitu/37183 |
work_keys_str_mv | AT tanjamarzi modernmetalframedglazedfacadesrefurbishmentconservationintheenergyandecologicaltransition AT lorenzosavio modernmetalframedglazedfacadesrefurbishmentconservationintheenergyandecologicaltransition |