The development of a mathematical model of a limited bandwidth hydro-pneumatic suspension that is incorporated into a vehicle handling model is described. The combined model is used to evaluate a suitable control strategy for eliminating body roll during a cornering manoeuvre. The philosophy behind the roll control strategy has been to use feedback measurements of the body motions which do not compromise the ride control. A study of the influence of the position of the body motion feedback transducer on the effectiveness of the system to reduce the body roll is presented. Non-linear modelling of the suspension components for a 0.8g cornering manoeuvre has revealed performance limitations. Conclusions are drawn as to the effectiveness of the control scheme.
Active Roll Control for Passenger Cars
Vehicle System Dynamics ; 22 , 5-6 ; 383-396
01.01.1993
Aufsatz (Zeitschrift)
Elektronische Ressource
Unbekannt
Active Roll Control for Passenger Cars
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