Engineered wood constructions and timber buildings are rapidly developing, while the numerical techniques usable for their sound insulation properties are various and often still under development. This research constitutes a first step towards the reliability determination of building acoustics simulations on timber-based elements. A small scale round robin involving five research laboratories is presented. The results obtained show significant deviations depending on the chosen numerical method and indicate how laboratory measurements could not be approximate with a good accuracy. Finally, a sensitivity analysis is presented and challenges as well as requirements for reliable timber structures acoustic predictions are discussed.

A reliability study concerning the acoustic simulations of timber elements for buildings

Caniato, M.
Primo
;
Bettarello, F.;Santoni, A.;Fausti, P.;
2022

Abstract

Engineered wood constructions and timber buildings are rapidly developing, while the numerical techniques usable for their sound insulation properties are various and often still under development. This research constitutes a first step towards the reliability determination of building acoustics simulations on timber-based elements. A small scale round robin involving five research laboratories is presented. The results obtained show significant deviations depending on the chosen numerical method and indicate how laboratory measurements could not be approximate with a good accuracy. Finally, a sensitivity analysis is presented and challenges as well as requirements for reliable timber structures acoustic predictions are discussed.
2022
Caniato, M.; Gasparella, A.; Bettarello, F.; Santoni, A.; Fausti, P.; Granzotto, N.; Bécot, F. X.; Chevillotte, F.; Jaouen, L.; Borello, G.; Robin, O.; Atalla, N.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11392/2477735
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