The present work concerns the acoustic design for a former church converted into a chamber music hall. The current status of the hall was classified with an acoustic measurements campaign according to technical standards requirements. Focusing on literature theories, an accurate sound energy spatial distribution analysis led to the development of an acoustic intervention, not-invasive from a volumetric point of view. An array of hanging reflecting panels over the musicians positions improves sound clarity C80 and sound strength G trends giving to the church an acoustic quality worthy of a concert hall. All the acoustic treatments were validated using a Geometrical Acoustic (GA) numerical model, calibrated through the measured values, in order to estimate the effect of the whole improvement proposal.

D’Orazio, D., Fratoni, G., Garai, M. (2017). Acoustic of a chamber music hall inside a former church by means of sound energy distribution. CANADIAN ACOUSTICS, 45(4), 7-16.

Acoustic of a chamber music hall inside a former church by means of sound energy distribution

D’Orazio D.;FRATONI, GIULIA;Garai M.
2017

Abstract

The present work concerns the acoustic design for a former church converted into a chamber music hall. The current status of the hall was classified with an acoustic measurements campaign according to technical standards requirements. Focusing on literature theories, an accurate sound energy spatial distribution analysis led to the development of an acoustic intervention, not-invasive from a volumetric point of view. An array of hanging reflecting panels over the musicians positions improves sound clarity C80 and sound strength G trends giving to the church an acoustic quality worthy of a concert hall. All the acoustic treatments were validated using a Geometrical Acoustic (GA) numerical model, calibrated through the measured values, in order to estimate the effect of the whole improvement proposal.
2017
D’Orazio, D., Fratoni, G., Garai, M. (2017). Acoustic of a chamber music hall inside a former church by means of sound energy distribution. CANADIAN ACOUSTICS, 45(4), 7-16.
D’Orazio, D.; Fratoni, G.; Garai, M.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11585/613009
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