A shell model for tyre belt vibrations
A shell model for tyre belt vibrations
We present a new formulation for the prediction of tyre belt vibrations in the frequency range 0–500 Hz. Our representation includes the effects of belt width, curvature and anisotropy, and also explicitly models the tyre sidewalls. Many of the associated numerical parameters are fixed by physical considerations; the remainder require empirical input. A systematic and general approach to this problem is developed, and illustrated for the specific example of a Goodyear Wrangler tyre. The resulting predictions for the radial response to radial forcing show good correspondence with experiment up to 300 Hz, and satisfactory agreement up to 1 kHz
1717-1742
Lecomte, Christophe
87cdee82-5242-48f9-890d-639a091d0b9c
Graham, W.R.
40fea0a1-73c7-4188-a6b4-849eb41ab1f8
Dale, M.
dd941e8f-d56c-4a71-8caf-b5a7b7458e71
10 May 2010
Lecomte, Christophe
87cdee82-5242-48f9-890d-639a091d0b9c
Graham, W.R.
40fea0a1-73c7-4188-a6b4-849eb41ab1f8
Dale, M.
dd941e8f-d56c-4a71-8caf-b5a7b7458e71
Lecomte, Christophe, Graham, W.R. and Dale, M.
(2010)
A shell model for tyre belt vibrations.
Journal of Sound and Vibration, 329 (10), .
(doi:10.1016/j.jsv.2009.11.022).
Abstract
We present a new formulation for the prediction of tyre belt vibrations in the frequency range 0–500 Hz. Our representation includes the effects of belt width, curvature and anisotropy, and also explicitly models the tyre sidewalls. Many of the associated numerical parameters are fixed by physical considerations; the remainder require empirical input. A systematic and general approach to this problem is developed, and illustrated for the specific example of a Goodyear Wrangler tyre. The resulting predictions for the radial response to radial forcing show good correspondence with experiment up to 300 Hz, and satisfactory agreement up to 1 kHz
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Published date: 10 May 2010
Organisations:
Computational Engineering & Design Group
Identifiers
Local EPrints ID: 342599
URI: http://eprints.soton.ac.uk/id/eprint/342599
ISSN: 0022-460X
PURE UUID: 04be7423-4408-4274-826a-b101a2c23d96
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Date deposited: 10 Sep 2012 11:15
Last modified: 14 Mar 2024 11:53
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Author:
Christophe Lecomte
Author:
W.R. Graham
Author:
M. Dale
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