The optimum design of a passive vehicle suspension system is an important task to enhance
riding performance. The passive suspension system is the most reliable system and …

Recent advances in robotics and digital technologies in the automotive industry, allow the
integration of vehicle systems with their virtual twins, thus facilitating their modelling and …

A novel suspension system, the hydraulic integrated interconnected regenerative
suspension (HIIRS), has been proposed recently. This paper demonstrates the vibration and …

In the automobile sector, energy recovery and sustainability are becoming more and more
important, and energy-harvesting suspension systems (EHSAs) have a lot of promise to …

This paper presents a formulation of a preview optimal control strategy for a half-car model
equipped with active aerodynamic surfaces. The designed control strategy consists of two …

The zero-stiffness structure has excellent vibration attenuation performance. In this paper, a
new type of zero-stiffness vibration isolator is designed, and the vibration isolation effect is …

This study comprehensively describes the application of linear electromagnetic actuators in
automotive suspension systems, focusing on the electromagnetic force necessary in …

Tyre wear is a vital problem in vehicles, especially in articulated vehicles because of their
heavier axle loads. Tyre wear can not only do harm to vehicle dynamics but also cause tyre …

With the growing number of automobiles on the road and the introduction of electric and
hybrid vehicles, it has become critical to lower each vehicle's energy usage., as several …

A novel suspension system, the hydraulic integrated interconnected regenerative
suspension (HIIRS), has been proposed recently. This paper demonstrates the vibration and …