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1964•The Journal of the Acoustical Society of AmericaRequires access

Oscillating Pressures within a Cylindrical Chamber That Has a Circular Piston in One End Wall

D. L. Lansing, Charles E Watkins, George T. Kantarges

Open publisher page 4 citations

Abstract

Equations are derived for calculating the oscillating air pressures within a cylindrical chamber containing a sinusoidally driven circular piston in one end wall. Some numerical results are presented for a flat piston. Experimental data obtained within a cylinder using a loudspeaker source are compared with theory. Good agreement is shown for the frequencies studied that were not close to the structural frequencies of the cylinder.

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What this paper is about

Equations are derived for calculating the oscillating air pressures within a cylindrical chamber containing a sinusoidally driven circular piston in one end wall. Some numerical results are presented for a flat piston. Experimental data obtained within a cylinder using a loudspeaker source are compared with theory. Good agreement is shown for the frequencies studied that were not close to the structural frequencies of the cylinder.

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Available abstract

Equations are derived for calculating the oscillating air pressures within a cylindrical chamber containing a sinusoidally driven circular piston in one end wall. Some numerical results are presented for a flat piston. Experimental data obtained within a cylinder using a loudspeaker source are compared with theory. Good agreement is shown for the frequencies studied that were not close to the structural frequencies of the cylinder.

Key concepts: Piston (optics), Cylinder, Mechanics, Physics, Acoustics, Loudspeaker, Optics, Geometry

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