INTESA is an innovative vertical envelope for residential, industrial and service tertiary buildings. It is a drywall façade system with high thermal and acoustic properties, embedding electrical and plumbing systems. The system was developed over two years by a multidisciplinary team, which involved researchers, manufacturers and consultants. An integrated approach has been the key element to design and prototype an innovative double cavity drywall façade, composed by plasterboard layers and blown-in cellulose flakes, with and without a thin layer of Phase Change Material. Thermal and acoustical properties have been optimized through laboratory measurements and simulations and later tested in a prototype building.
INTESA System: A New High-performance and Highly Integrated Drywall Façade / Astolfi, Arianna; Carpinello, Sara; Pietrafesa, Carmen; Serra, Valentina; Valsesia, Eric; Griginis, ALESSIA PAOLA; Prato, Andrea; Schiavi, Alessandro; De Astis, Vincenzo; Zito, Daniela; Cavaleri, Andrea. - In: ENERGY PROCEDIA. - ISSN 1876-6102. - ELETTRONICO. - 78:(2015), pp. 261-266. [10.1016/j.egypro.2015.11.632]
INTESA System: A New High-performance and Highly Integrated Drywall Façade
ASTOLFI, Arianna;CARPINELLO, SARA;PIETRAFESA, CARMEN;SERRA, VALENTINA;VALSESIA, ERIC;GRIGINIS, ALESSIA PAOLA;PRATO, ANDREA;SCHIAVI, ALESSANDRO;CAVALERI, ANDREA
2015
Abstract
INTESA is an innovative vertical envelope for residential, industrial and service tertiary buildings. It is a drywall façade system with high thermal and acoustic properties, embedding electrical and plumbing systems. The system was developed over two years by a multidisciplinary team, which involved researchers, manufacturers and consultants. An integrated approach has been the key element to design and prototype an innovative double cavity drywall façade, composed by plasterboard layers and blown-in cellulose flakes, with and without a thin layer of Phase Change Material. Thermal and acoustical properties have been optimized through laboratory measurements and simulations and later tested in a prototype building.File | Dimensione | Formato | |
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https://hdl.handle.net/11583/2629001
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