The research project seeks to investigate and promote a new energy efficient architectural strategy for the refurbishment of existing building stock, by proposing innovative and sustainable envelope solutions based on process by-products concept and bio-mimetic approach. The project aims optimizing the exploitation of innovative sustainable materials and technologies to develop a continuous and adaptive façade system that could guarantee high performance, by using a new class of materials (AAM), obtained through the alkali-activation process of ceramic industrial waste.

Mazzoli Cecilia, Bartolini Nicola (2015). Integrated envelope design process: innovative materials and technologies for a sustainable refurbishment of the existing building stock. TEMA, 1(Issue 1), 144-149 [10.17410/tema.v1i1.5].

Integrated envelope design process: innovative materials and technologies for a sustainable refurbishment of the existing building stock

Mazzoli Cecilia;Bartolini Nicola
2015

Abstract

The research project seeks to investigate and promote a new energy efficient architectural strategy for the refurbishment of existing building stock, by proposing innovative and sustainable envelope solutions based on process by-products concept and bio-mimetic approach. The project aims optimizing the exploitation of innovative sustainable materials and technologies to develop a continuous and adaptive façade system that could guarantee high performance, by using a new class of materials (AAM), obtained through the alkali-activation process of ceramic industrial waste.
2015
Mazzoli Cecilia, Bartolini Nicola (2015). Integrated envelope design process: innovative materials and technologies for a sustainable refurbishment of the existing building stock. TEMA, 1(Issue 1), 144-149 [10.17410/tema.v1i1.5].
Mazzoli Cecilia; Bartolini Nicola
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11585/724004
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