Large MR (MR) dampers are popular due to their higher damping force capabilities which
makes them suitable in the field of civil engineering, structural engineering, suspension …

Over the past decade, rehabilitative devices have undergone significant advancements.
Orthoses, which are assistive limb devices, have transitioned from passive supportive …

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

Mathematical modeling of magneto-rheological damper has been an intriguing field of
research ever since the invention of the device itself. An accurate magneto-rheological …

This study presents an effective control strategy for improving the dynamic performance
index of a two degrees-of-freedom (DOF) quarter-car model equipped with an active …

Combining a multi-stage circumferential flow mode in external valves, novel
magnetorheological (MR) dampers have been devised by authors. For characterizing …

Magnetorheological (MR) dampers have a virtue over conventional dampers, where their
damping properties can be adjusted using a magnetic field. However, MR dampers have …

Background The present study insights the development of magneto rheological (MR)
damper and its comparison with existing viscous damper. The advantage of a magneto …

This study aims to demonstrate how to compute the damping coefficient of a continuously
variable damper for semi-active preview control suspensions while considering the sprung …

The performance of a commercially-available magnetorheological (MR) damper is modelled
via a one-way coupled numerical viscoelastic–viscoplastic approach. The approach adopts …