Many scientific papers deal with motorcycle stability (weave and wobble modes) but very seldom they take into account the passive response of rider’s body. This paper aims at studying the interaction of the rider’s arms and torso with the handlebar and the frame. First the rider’s steering impedance is identified from experimental tests on a motorcycle riding simulator, then this information is used on a motorcycle model and the effect on straight-motion stability is investigated by eigenvalues calculatio
This research investigates how motorcycle dynamics may be improved by applying a steering system on ...
This article investigates the effect of frame compliance and rider mobility on the scooter stability...
In motorcycles and scooters the structural modes of vibration are important because they influence ...
Many scientific papers deal with motorcycle stability (weave and wobble modes) but very seldom they ...
Despite the importance of rider passive response to the lateral dynamics of motorcycles, there is ve...
The paper is aimed at an improved understanding of steering wobble oscillations of motorcycles throu...
There are many factors affecting motorcycle stability, with the rider remaining a significant unknown....
Motorcycles exhibit two potentially dangerous oscillatory modes known as wobble and weave. The forme...
Motorcycle dynamics is characterized by the presence of modes of vibration that may become unstable ...
It is known that the way a bicycle or motorcycle rider grasps the handlebar may have implications on...
Motorcycle dynamics is characterised by the presence of modes of vibration that may become unstable ...
Steering torque is the most important control input for motorcycle turning; however, some riders be...
In two-wheeled vehicles the mass of the rider is a significant fraction of the total mass of the sys...
Modern high performance motorcycles often employ a steering damper producing a moment that opposes t...
This paper introduces the idea of using a mechanical steering compensator to influence the dynamic b...
This research investigates how motorcycle dynamics may be improved by applying a steering system on ...
This article investigates the effect of frame compliance and rider mobility on the scooter stability...
In motorcycles and scooters the structural modes of vibration are important because they influence ...
Many scientific papers deal with motorcycle stability (weave and wobble modes) but very seldom they ...
Despite the importance of rider passive response to the lateral dynamics of motorcycles, there is ve...
The paper is aimed at an improved understanding of steering wobble oscillations of motorcycles throu...
There are many factors affecting motorcycle stability, with the rider remaining a significant unknown....
Motorcycles exhibit two potentially dangerous oscillatory modes known as wobble and weave. The forme...
Motorcycle dynamics is characterized by the presence of modes of vibration that may become unstable ...
It is known that the way a bicycle or motorcycle rider grasps the handlebar may have implications on...
Motorcycle dynamics is characterised by the presence of modes of vibration that may become unstable ...
Steering torque is the most important control input for motorcycle turning; however, some riders be...
In two-wheeled vehicles the mass of the rider is a significant fraction of the total mass of the sys...
Modern high performance motorcycles often employ a steering damper producing a moment that opposes t...
This paper introduces the idea of using a mechanical steering compensator to influence the dynamic b...
This research investigates how motorcycle dynamics may be improved by applying a steering system on ...
This article investigates the effect of frame compliance and rider mobility on the scooter stability...
In motorcycles and scooters the structural modes of vibration are important because they influence ...