A wave model for a pneumatic tyre belt
A wave model for a pneumatic tyre belt
A one-dimensional wave equation of an infinite flattened tyre belt is generated. The belt vibration is controlled by bending, tension, shear and the sidewall stiffness. The dispersion relations for two waves in the belt are calculated and used to find both the input impedance and attenuation on a tyre belt of infinite extent. Tension and the sidewall controls the deformation and stiffness below 100Hz. Waves propagate around the belt above this frequency. The wave speeds due to bending and shear were predicted and measured. The model presented here should be valid for the prediction of tyre response above about 400 Hz when for a car tyre the modal behaviour is observed to cease. In this high-frequency region, the tyre at the input appears to be of infinite extent.
941-959
Pinnington, R.J.
8c573d68-9de6-46df-95a4-23130f4fac9f
Briscoe, A.R.
0d7fb510-6cbd-433e-aca8-4fe4fb549e00
2002
Pinnington, R.J.
8c573d68-9de6-46df-95a4-23130f4fac9f
Briscoe, A.R.
0d7fb510-6cbd-433e-aca8-4fe4fb549e00
Pinnington, R.J. and Briscoe, A.R.
(2002)
A wave model for a pneumatic tyre belt.
Journal of Sound and Vibration, 253 (5), .
(doi:10.1006/jsvi.2001.3944).
Abstract
A one-dimensional wave equation of an infinite flattened tyre belt is generated. The belt vibration is controlled by bending, tension, shear and the sidewall stiffness. The dispersion relations for two waves in the belt are calculated and used to find both the input impedance and attenuation on a tyre belt of infinite extent. Tension and the sidewall controls the deformation and stiffness below 100Hz. Waves propagate around the belt above this frequency. The wave speeds due to bending and shear were predicted and measured. The model presented here should be valid for the prediction of tyre response above about 400 Hz when for a car tyre the modal behaviour is observed to cease. In this high-frequency region, the tyre at the input appears to be of infinite extent.
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Published date: 2002
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Local EPrints ID: 10058
URI: http://eprints.soton.ac.uk/id/eprint/10058
ISSN: 0022-460X
PURE UUID: bf66af94-2557-46b5-9b9c-4ea254825db0
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Date deposited: 18 Jan 2005
Last modified: 15 Mar 2024 04:58
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Author:
R.J. Pinnington
Author:
A.R. Briscoe
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