论文信息 - IN-PLANE AND OUT-OF-PLANE DYNAMICS OF PNEUMATIC TYRES

IN-PLANE AND OUT-OF-PLANE DYNAMICS OF PNEUMATIC TYRES

SUMMARY During the last decade research has been conducted on the dvnamics of the tvre considered as a vehiclecomponent. Asurvey is given of these developments where tyre mass plays an important role. The underlying theoretical considerations concerning the massless tyre have been discussed as well. Two groups of tyre response have been distinguished: the lateral (out-of-plane) response and the vertical/longitudinal (in-plane) response to motions of the wheel. In both categories tyre compliance, slip and inertia have influence. The dynamic properties of the rolling tyre have been presented in the form of transfer functions and/or differential equations. The frequency of the imposed oscillations is assumed to be below ca. 40 Hz. Non-linear effects and modelling have been briefly touched on.

Hans B. Pacejka

[1] B. v. Schlippe,et al. Zur Mechanik des Luftreifens , 1942 .

[2] R. Smiley. Correlation, Evaluation, and Extension of Linearized Theories for Tire Motion and Wheel Shimmy , 1957 .

[3] Hans B. Pacejka. Analysis of the dynamic response of a rolling string-type tire model to lateral wheel-plane vibrations , 1972 .

[4] B Strackerjan. DIE QUERDYNAMIK VON KRAFTFAHRZEUGREIFEN , 1976 .

[5] H B Pacejka,et al. Front Wheel Vibrations , 1977 .

[6] H. K. Brewer,et al. Synthesis of tire equations for use in shimmy and other dynamic studies , 1971 .

[7] Robin S. Sharp,et al. A Comparison of Tyre Representations in a Simple Wheel Shimmy Problem , 1980 .

[8] Hans B. Pacejka,et al. Vibrational Modes of Single-Track Vehicles in Curves , 1979 .

[9] Robin S. Sharp,et al. THE INFLUENCE OF STRUCTURAL FLEXIBILITIES ON THE STRAIGHT-RUNNING STABILITY OF MOTORCYCLES , 1980 .

[10] H B Pacejka. Tyre factors and front wheel vibrations , 1978 .

[11] H B Pacejka. APPROXIMATE DYNAMIC SHIMMY RESPONSE OF PNEUMATIC TIRES , 1973 .

[12] Walter H. Metcalf. Effect of a Time-Varying Load On Side Force Generated by a Tire Operating at Constant Slip Angle , 1963 .

[13] Lynn C. Rogers. Theoretical Tire Equations for Shimmy and Other Dynamic Studies , 1972 .

[14] G. L. Hall,et al. Dynamic Indoor Tire Testing and Fourier Transform Analysis , 1976 .