Vehicle control systems typically include chassis components that influence vehicle dynamics in three directions: longitudinal, lateral, and vertical. These three degrees of freedoms are controlled by chassis actuators such as brakes, steering, and suspensions, respectively. Traditionally, they were all mechanically controlled. For example, steering was actuated by the driver turning a steering wheel, which then caused the hydraulics in a power steering unit to amplify the driver-imposed torque and to create a desired wheel/tire rotation at the point of contact with the road
The effects of several lateral asymmetries typically existing in passenger vehicles are studied usin...
This document deals with the controlled system of lateral vehicle dynamics regulated in terms of a r...
ii As safety continues to take an increasingly important place in the automobile industry, there has...
The increasing number of active chassis systems leads to a higher need for control integration: coor...
The introduction of mechatronic components for the powertrain, steering and braking systems opened t...
International audienceThis paper deals with Global Chassis Control (GCC) of ground vehicles. It focu...
This paper investigates integrated vehicle dynamics control through coordinating active aerodynamics...
In the last years the number of electronic controllers of vehicle dynamics applied to chassis compon...
Describes a steering system in an all-terrain four-wheeled vehicle with independent suspension where...
In the process of vehicle chassis electrification, different active actuators and systems have been ...
Abstract: The optimum tyre force distribution is dealt with in this article, which rests on the prem...
Vehicle Dynamics and Control provides a comprehensive coverage of vehicle control systems and the dy...
This paper investigates the principle of integration of vehicle dynamics control systems by proposin...
Describes a steering system in an all-terrain four-wheeled vehicle with independent suspension where...
International audienceOver the past few years, automotive engineering has been characterized by rapi...
The effects of several lateral asymmetries typically existing in passenger vehicles are studied usin...
This document deals with the controlled system of lateral vehicle dynamics regulated in terms of a r...
ii As safety continues to take an increasingly important place in the automobile industry, there has...
The increasing number of active chassis systems leads to a higher need for control integration: coor...
The introduction of mechatronic components for the powertrain, steering and braking systems opened t...
International audienceThis paper deals with Global Chassis Control (GCC) of ground vehicles. It focu...
This paper investigates integrated vehicle dynamics control through coordinating active aerodynamics...
In the last years the number of electronic controllers of vehicle dynamics applied to chassis compon...
Describes a steering system in an all-terrain four-wheeled vehicle with independent suspension where...
In the process of vehicle chassis electrification, different active actuators and systems have been ...
Abstract: The optimum tyre force distribution is dealt with in this article, which rests on the prem...
Vehicle Dynamics and Control provides a comprehensive coverage of vehicle control systems and the dy...
This paper investigates the principle of integration of vehicle dynamics control systems by proposin...
Describes a steering system in an all-terrain four-wheeled vehicle with independent suspension where...
International audienceOver the past few years, automotive engineering has been characterized by rapi...
The effects of several lateral asymmetries typically existing in passenger vehicles are studied usin...
This document deals with the controlled system of lateral vehicle dynamics regulated in terms of a r...
ii As safety continues to take an increasingly important place in the automobile industry, there has...