Music Acoustics
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Lind, Michael and Mayer, Alexander (2015)
"An acoustical analysis of waveline flute tube joints,"
in Proceedings of the Third Vienna Talk on Music Acoustics, edited by Alexander Mayer and Vasileios Chatziioannou and Werner Goebl (Institute Of Music Acoustics (Wiener Klangstil), Vienna, Austria) p. 31-34.

Abstract:
The object of this paper is the acoustical research of the Waveline Flute. For an overall length reduction of this special children instrument, an omega-shaped tube-joint instead of a straight tube is placed between the flute's head and the main tube. For this analysis the flute is alternately combined with four joint prototypes varying in bore. These different flute setups are compared using two measurement methods. The distinctions in intonation are determined by using an adapted Brass-Instrument-Analysis-System (BIAS). For a sound comparison an artificial embouchure system has been developed. High-speed video recordings of the emerging jet supported the design. The results of the obtained data indicate distinctive differences in the acoustical behaviour in terms of intonation, sound and response.

ISBN:
-
address:
Vienna, Austria
type of media:
-
literatur type:
inproceedings
where to find:
-
db Id:
23772
organization:
Institute Of Music Acoustics (Wiener Klangstil)
publisher:
Institute Of Music Acoustics (Wiener Klangstil)
editor:
Alexander Mayer and Vasileios Chatziioannou and Werner Goebl

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