Tyre and Vehicle Dynamics
In Tyre and Vehicle Dynamics Professor Hans Pacejka provides both basic and more advanced explanations of the pneumatic
508 70 3MB
English Pages 621 Year 2005
Table of contents :
1 Tyre characteristics and vehicle handling and stability......Page 2
2 Basic tyre modelling considerations......Page 62
3 Theory of steady-state slip force and moment generation......Page 91
4 Semi-empirical type models......Page 157
5 Non-steady-state out-of-plane string-based tyre models......Page 217
6 Theory of the wheel shimmy phenomenon......Page 296
7 Single contact point transient tyre models......Page 340
8 Applications of transient tyre models......Page 365
9 Short wavelength intermediate frequency tyre model......Page 413
10 Motorcycle dynamics......Page 512
References......Page 581
List of symbols......Page 591
Appendix 1 Sign conventions for force and moment and wheel slip......Page 597
Appendix 2 TreadSim......Page 598
Appendix 3 SWIFT parameters......Page 614
1 Tyre characteristics and vehicle handling and stability......Page 2
2 Basic tyre modelling considerations......Page 62
3 Theory of steady-state slip force and moment generation......Page 91
4 Semi-empirical type models......Page 157
5 Non-steady-state out-of-plane string-based tyre models......Page 217
6 Theory of the wheel shimmy phenomenon......Page 296
7 Single contact point transient tyre models......Page 340
8 Applications of transient tyre models......Page 365
9 Short wavelength intermediate frequency tyre model......Page 413
10 Motorcycle dynamics......Page 512
References......Page 581
List of symbols......Page 591
Appendix 1 Sign conventions for force and moment and wheel slip......Page 597
Appendix 2 TreadSim......Page 598
Appendix 3 SWIFT parameters......Page 614
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