The physicist's guide to the orchestra

@article{Bonard2000ThePG,
  title={The physicist's guide to the orchestra},
  author={Jean-Marc Bonard},
  journal={European Journal of Physics},
  year={2000},
  volume={22},
  pages={89-101}
}
  • J. Bonard
  • Published 14 August 2000
  • Physics
  • European Journal of Physics
An experimental study of strings, woodwind (organ pipe, flute, clarinet, saxophone and recorder) and the voice was undertaken to illustrate the basic principles of sound production in musical instruments. The setup used is simple and consists of common laboratory equipment. The canonical examples (standing wave on a string, in an open and closed pipe) are easily reproduced. The characteristics of the instruments are outlined and discussed. 
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References

SHOWING 1-10 OF 21 REFERENCES

Harmonic generation in organ pipes, recorders, and flutes

A simplified treatment is given of the mechanism of sound production in musical instruments driven by air jets, which is sufficiently explicit that semiquantitative predictions can be made about the

Mechanics of musical instruments

The study of the functioning of musical instruments requires knowledge of various branches of mechanics, such as linear and nonlinear vibrations and radiation of strings, plates, bars, membranes, air

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 and

The conical bore in musical acoustics

A review of textbooks and research literature reveals that there is room for improvement in the treatment of this simple but important bore shape. We use plots of acoustic pressure standing waves to

Spectrum analysis for introductory musical acoustics

A “real time” fast Fourier transform spectrum analyzer facilitates several experiments for an introductory course in musical acoustics. With its rapidly updated display, the time-dependent vibrations

The Physics of Musical Instruments

This book presents a model of continuous systems in One Dimension: Strings and Bars in Two-Dimensional Systems, which combines free and Forced Vibrations of Simple Systems.

The dead zone for string players

We report here a surprising result that emerges from our experiments on the acoustics of stringed instruments; namely, that it is not possible to produce sound from a string when it is bowed at its

The saxophone spectrum

The geometrical nature of the saxophone air column is outlined, along with a sketch of the theory of sound production and radiation of saxophones. The discussion is based upon a similar but somewhat

Requirements and techniques for measuring the musical spectrum of the clarinet

Meaningful spectrum measurement of musical instruments requires proper specification of the player’s task and proper specification of the instrument itself (in both musical and physical terms).

Frequency ratios of spectral components of musical sounds

A recently developed high resolution frequency tracker [J. C. Brown and M. S. Puckette, ‘‘A high resolution fundamental frequency determination based on phase changes of the fourier transform,’’ J.