The Physics of a New Clarinet Design

@article{Benade1996ThePO,
  title={The Physics of a New Clarinet Design},
  author={Arthur H. Benade and Douglas H Keefe},
  journal={The Galpin Society Journal},
  year={1996},
  volume={49},
  pages={113}
}

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References

SHOWING 1-10 OF 12 REFERENCES
Theory of the single woodwind tone hole
A single tone hole may be generally represented in the transmission‐line description of a woodwind musical instrument by a T‐section circuit. This circuit element is comprised of a shunt and seriesExpand
The influence of clarinet and saxophone reed responses on sound production
Performers of reed‐driven woodwinds understand the important role that the reed plays in the production of aesthetically expressive musical sounds, yet the current status of musical acoustics theoryExpand
The clarinet spectrum: Theory and experiment
While a great deal is known about the oscillation and radiation mechanisms of the clarinet, an overall account has not been provided of the manner in which the tones of a clarinet are generated andExpand
Survey of impedance methods and a new piezo‐disk‐driven impedance head for air columns
The six major techniques used heretofore for the swept‐sinusoid measurement of air column input impedances are first reviewed, after which the basic theory of a new, impedance head design thatExpand
Second‐harmonic sound generation at woodwind tone holes
Keefe has observed the importance of nonlinear processes in the tone‐hole lattice of a woodwind instrument. Using a probe microphone, we have investigated second‐harmonic generation in theExpand
Anomalous behavior of a clarinetlike system
Some preliminary work has been done on the problem of understanding in detail the interaction between the vibrating clarinet reed and its associated vibrating air column. In the course of the work, aExpand
Ab initio calculations of the oscillations of a clarinet
The internal oscillating functions volume velocity, pressure, and reed displacement have been calculated for a clarinet. The data used, all in the literature, are the mechanical properties of theExpand
The effect of the reed resonance on woodwind tone production
In normal woodwind tone production the nonlinear flow control properties of the reed transfer energy among the harmonics of the spectrum, and the favored playing frequency is one for which the airExpand
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