Vibroacoustics and psychoacoustics investigation of biodegradable composites for musical instruments

Due to the extinction of some wood species used to manufacture guitars, there is a trend to search new alternative materials with the same acoustic performance. There is a wide range of tonewoods: ebony, rosewood, yellow and red cedar, mongoy and sapelli, among others. These woods have high resonanc...

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Main Authors: Segura Alcaraz Jorge, María Gadea Borrell José, Juliá Sanchis Ernesto, Enrique Crespo Amorósl José, Montava Belda Isaac, Rebagliato Torregrosa Sofía
Format: Article
Language:English
Published: EDP Sciences 2018-01-01
Series:MATEC Web of Conferences
Online Access:https://doi.org/10.1051/matecconf/201818401005
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spelling doaj-3f7cde3e4a9b4311a0d95a1258b490712021-02-02T01:32:25ZengEDP SciencesMATEC Web of Conferences2261-236X2018-01-011840100510.1051/matecconf/201818401005matecconf_oradea2018_01005Vibroacoustics and psychoacoustics investigation of biodegradable composites for musical instrumentsSegura Alcaraz JorgeMaría Gadea Borrell JoséJuliá Sanchis ErnestoEnrique Crespo Amorósl JoséMontava Belda IsaacRebagliato Torregrosa SofíaDue to the extinction of some wood species used to manufacture guitars, there is a trend to search new alternative materials with the same acoustic performance. There is a wide range of tonewoods: ebony, rosewood, yellow and red cedar, mongoy and sapelli, among others. These woods have high resonance qualities and the requirements are both acoustical and mechanical. In this work, alternative composite materials have been manufactured to compare dynamic and psychoacoustic parameters with the commonly used woods. This comparison will allow to conclude the possibility of using these materials as substitutive of tonewoods.https://doi.org/10.1051/matecconf/201818401005
collection DOAJ
language English
format Article
sources DOAJ
author Segura Alcaraz Jorge
María Gadea Borrell José
Juliá Sanchis Ernesto
Enrique Crespo Amorósl José
Montava Belda Isaac
Rebagliato Torregrosa Sofía
spellingShingle Segura Alcaraz Jorge
María Gadea Borrell José
Juliá Sanchis Ernesto
Enrique Crespo Amorósl José
Montava Belda Isaac
Rebagliato Torregrosa Sofía
Vibroacoustics and psychoacoustics investigation of biodegradable composites for musical instruments
MATEC Web of Conferences
author_facet Segura Alcaraz Jorge
María Gadea Borrell José
Juliá Sanchis Ernesto
Enrique Crespo Amorósl José
Montava Belda Isaac
Rebagliato Torregrosa Sofía
author_sort Segura Alcaraz Jorge
title Vibroacoustics and psychoacoustics investigation of biodegradable composites for musical instruments
title_short Vibroacoustics and psychoacoustics investigation of biodegradable composites for musical instruments
title_full Vibroacoustics and psychoacoustics investigation of biodegradable composites for musical instruments
title_fullStr Vibroacoustics and psychoacoustics investigation of biodegradable composites for musical instruments
title_full_unstemmed Vibroacoustics and psychoacoustics investigation of biodegradable composites for musical instruments
title_sort vibroacoustics and psychoacoustics investigation of biodegradable composites for musical instruments
publisher EDP Sciences
series MATEC Web of Conferences
issn 2261-236X
publishDate 2018-01-01
description Due to the extinction of some wood species used to manufacture guitars, there is a trend to search new alternative materials with the same acoustic performance. There is a wide range of tonewoods: ebony, rosewood, yellow and red cedar, mongoy and sapelli, among others. These woods have high resonance qualities and the requirements are both acoustical and mechanical. In this work, alternative composite materials have been manufactured to compare dynamic and psychoacoustic parameters with the commonly used woods. This comparison will allow to conclude the possibility of using these materials as substitutive of tonewoods.
url https://doi.org/10.1051/matecconf/201818401005
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