Logo image
Simulation of Thermal and Acoustic Façade Insulation Starting From the Characteristics of the Individual Elements
Conference proceeding   Open access   Peer reviewed

Simulation of Thermal and Acoustic Façade Insulation Starting From the Characteristics of the Individual Elements

N Granzotto, P Ruggeri, F Peron, Marco Caniato and Andrea Gasparella
Building Simulation Applications BSA 2022, 5th IBPSA-Italy Conference Bozen-Bolzano, 29thJune–1st July 2022, pp.85-93
Building Simulation Applications
Building Simulation Applications BSA 2022 (Bolzano - Bozen, 29/06/2022–01/07/2022)
2022
Handle:
https://hdl.handle.net/10863/36586

Abstract

The thermal and acoustic insulation of individual building elements such as walls, windows and systems for roller shutters significantly affects the thermal and acoustic insulation of a building. This paper considers the acoustic and thermal performance of the individual elements evaluated in laboratory with simulation of both the façade sound reduction index and thermal transmittance of a typical room. The scope of this work is to verify if there are any correlations between acoustic and thermal performance; for this reason, 4 types of opaque wall, 3 window systems for roller shutters and 5 windows for a total of 60 façade configurations have been considered and combined.
pdf
9788860461919_111.58 MBDownloadView
Open Access
url
https://bupress.unibz.it/produkt/building-simulation-applications-bsa-2022-ebook/View

Details

Metrics

46 File views/ downloads
9 Record Views
Logo image