The group of active suspensions with controllable actuating force is noted with their
excellent performance in reducing vibrations, however, their demanding requirements for …

Magnetorheological dampers (MRDs) use the controlled rheological properties of MRF with
the action of an applied magnetic field to achieve lower current regulation and control larger …

Magneto-rheological (MR) dampers using MR fluids with controllable rheological properties
are mainly utilized in automobiles, structures, electrical transmission lines, medical …

Long-term vibration poses a threat to drivers' health and affects their ride performance.
Furthermore, large-magnitude vibration and sudden shocks may even result in end-stop …

A novel compact rotary magneto-rheological (MR) damper with variable damping and
stiffness has been proposed and analyzed. Its variable damping is generated by tuning yield …

An event-triggered H∞ controller is designed for an active seat suspension in this paper,
where the continuous event-trigger scheme is applied to transfer the dynamic system states …

Adaptive neural networks (ANNs) have become famous for modeling and controlling
dynamic systems. However, because of their failure to precisely reflect the intricate dynamics …

The impact caused by the detonation of landmines and improvised explosive devices may
directly lead to spine fracture and injury of seated occupants on special vehicles. The …

In this article, we propose a novel controllable electrically interconnected suspension (EIS)
for improving vehicle ride comfort, which is systematically studied and experimentally …

This paper aims to develop a surrogate model for dynamics analysis of a
magnetorheological damper (MRD) in the semi-active seat suspension system. An improved …