Evaluation of innovative thermal insulation systems for a sustainable envelope

6533b836fe1ef96bd12a1330

RESEARCH PRODUCT

Evaluation of innovative thermal insulation systems for a sustainable envelope

Simona Colajanni Antonio De Vecchi

subject

Isolamento termico materiali di scarto pannello isolante sistemi sottovuoto VIG lcsh:Architectural engineering. Structural engineering of buildings Complementary and alternative medicine lcsh:TH845-895 Settore ICAR/10 - Architettura Tecnica Pharmaceutical Science Thermal insulation Waste materials Insulation panel Vacuum systems VIG Pharmacology (medical)

description

La memoria presenta i risultati ottenuti su sistemi di isolamento termico per l’involucro edilizio. Si presentano i risultati ottenuti tramite simulazioni informatiche che hanno consentito di verificare e ottimizzare la trasmissione del calore attraverso un sistema sottovuoto in vetro per le facciate trasparenti. Inoltre la possibilità offerta dal riciclo del materiale di scarto della potatura dell’Opunthia Ficus Indica (fichi d’india) che,opportunamente trattato ha permesso di ottenere un materiale isolante (Brevetto n. 1402131), in forma di pannello o in grani sfusi, (valori di coibenza termica 0.0710.057 W/mK). The paper presents the results of the research on thermal insulation systems for the building casing. We present the results of computer simulations that have enabled us to verify and optimize the transmission of heat through several innovative insulation systems, such as vacuum solutions for transparent façades, or the possibilities offered by the recycling of waste material of Opunthia Ficus Indica (prickly pear) pruning, which, properly treated, allowed to obtain an insulating material (Patent n. 1402131), in the form of panels or bulk grains (thermal coefficient values 0.0710.057 W/mK).

year	journal	country	edition	language
2017-05-02	Rivista Tema

https://doi.org/10.30682/tema0301c

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