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Modeling of Tire Cornering Properties with Experimental Modal Parameters
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Technical Paper
1999-01-0784
ISSN: 0148-7191, e-ISSN: 2688-3627
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English
Abstract
The model of tire cornering properties with experimental modal parameters is proposed. By lateral modal parameters tire side force and self-aligning torque under different operating conditions are calculated and the trends of the calculated results qualitatively correspond with the experimental results of the references. Non-dimensional calculated results are compared with that of some empirical and semi-empirical models. Calculated side force, self-aligning torque and cornering stiffness under different loads can be easily fitted by widely used Magic Formula model and good results are achieved. The tire properties under different operating conditions can be calculated easily and the labored experimental works which is necessary by other methods of tire modeling can be released. Some tire basic properties, such as tire side deformation and distribution of side force, can be calculated while it can not be done by other methods.
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Authors
Citation
Dihua, G., Jin, S., and Yam, L., "Modeling of Tire Cornering Properties with Experimental Modal ParametersAlso In
References
- Guan Dihua Liu Dewen Yu Lixin The Tire Experimental Modal Analysis & Probe to Establish Tire Model by Using Modal Parameters Dynamics of Vehicles on Road Rails ISBN 7-81022-617-7/U029 South-West Jiaotong University Press 1993
- Guan Dihua Wu Weidong Zhang Aiqian Tire modeling for vertical properties by using experimental modal parameters SAE paper 980252
- Guan Dihua Wu Weidong Research on Static Vertical Properties of Tire by Using Experimental Modal Parameters Proceedings of 10th anniversary meeting of SAE of China July 1996 Beijing China.C960017 119 125
- Fiala, E. Seitenkrafte am Rollenden Luftereifen. Z, VDI, Nr. 29 1954
- Tielking, J.T Fancher, P.S Wild, R, E. Mechanical Properties of Truck Tires SAE Paper 730183 1973
- Pacejka, H.B Besselink. U.M. Magic Formula Tyre Model with Transient Properties Vehicle System Dynamics 1997 27 234 249
- Guo Konghui Vehicle Steering Dynamics ChangChui Jinlin Science and Technology Press 1991 in Chinese
- Dijk, A. A Multifactore Examination of Wet Skid Resistance of Car Tires SAE Paper 741106 October 1974
- Pacejka, H.B. Analysis of Tire Properties, Chapter 9 of Mechanics of Pneumatic Tires Clark. S.K Ann Arbor Michigan 1981