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Relationships between quantitative anatomy, microstructure, and vibrational properties of wavy maple wood
Acte de colloque   Open Access

Relationships between quantitative anatomy, microstructure, and vibrational properties of wavy maple wood

Ahmad Alkadri, Capucine Carlier, Patrick Langbour et Iris Brémaud
Making wooden musical instruments: an integration of different forms of knowledge, pp.81-84
Making wooden musical instruments: an integration of different forms of knowledge
3rd Annual Conference COST FP1302 WoodMusICK (Barcelone, Spain, 07/09/2016–09/09/2016)

Résumé

Figured wood Microfibril angle Instrument making Acer Wavy maple Anatomy Microstructure Vibrational properties
Wavy sycamore maple wood is highly prized in the market for its utilization as manufacturing material for violin. However, studies on its peculiar wave-like properties are still limited. Thus, the aims of this research are to determine the anatomical, microstructural, and wave-like figures characteristics and their correlation with each other, in link with vibrational properties

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