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Field of Research : Music
Field of Research : Mathematical Physics
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  • Funded Activity

    Discovery Projects - Grant ID: DP0209920

    Funder
    Australian Research Council
    Funding Amount
    $253,000.00
    Summary
    Acoustics of the Didjeridu. We shall undertake a comprehensive experimental and theoretical study of the acoustics of the didjeridu-lips-vocal tract system. There is very little published technical literature on the dynamic acoustics of this important and uniquely Australian instrument, whose operation is surprisingly complex. A combination of stroboscopic measurements of lip motion, acoustic and vocal tract impedance measurements, MRI imaging of the vocal tract and computer modeling will be use .... Acoustics of the Didjeridu. We shall undertake a comprehensive experimental and theoretical study of the acoustics of the didjeridu-lips-vocal tract system. There is very little published technical literature on the dynamic acoustics of this important and uniquely Australian instrument, whose operation is surprisingly complex. A combination of stroboscopic measurements of lip motion, acoustic and vocal tract impedance measurements, MRI imaging of the vocal tract and computer modeling will be used to synthesize all components of the acoustic system into one quantitative model. The expected outcome will be an understanding of this instrument of unparalleled detail.
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    Funded Activity

    Linkage Projects - Grant ID: LP0347770

    Funder
    Australian Research Council
    Funding Amount
    $83,499.00
    Summary
    Flute properties without players, and without flutes. This project will measure how the acoustic impedance spectra of some flutes depend upon the detailed shape of the bore and the size, shape and position of the holes. It will develop a model to predict, for the benefit of instrument makers, the effect of proposed changes in the geometry of the instrument on the pitches and ease of playing of notes played on the instrument. Importantly, it will allow museum curators to determine tunings and (un .... Flute properties without players, and without flutes. This project will measure how the acoustic impedance spectra of some flutes depend upon the detailed shape of the bore and the size, shape and position of the holes. It will develop a model to predict, for the benefit of instrument makers, the effect of proposed changes in the geometry of the instrument on the pitches and ease of playing of notes played on the instrument. Importantly, it will allow museum curators to determine tunings and (uncompensated) temperaments of historic instruments that cannot readily be played.
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