This article presents a list of suitable techniques and materials leading to the design of an
ultra-fast magnetorheological (MR) valve. Two approaches for achieving the short response …

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

Semi-active and active suspensions can improve both ride comfort and handling compared
to passive suspensions. The authors have proposed a suspension comprising a pneumatic …

The Suspensions are among the important components of vehicles, providing comfort for
passengers and protecting the chassis and freight. They are normally provided with …

In the sliding mode control, the control law with the sign function creates a discontinuous
control input resulting from a limited switching around the sliding surface. In this way, the …

A magnetorheological (MR) damper is effective and economical for miscellaneous
applications in automotive, mechanical, civil, and relative fields. A parameter tuning …

This work proposes a new adaptive sliding mode controller to enhance ride comfort and
steering stability of automobile associated with a semi-active magneto-rheological damper …

A new state observer-based vibration control strategy for the suspension system equipped
with magnetorheological (MR) damper is proposed in this paper. Firstly, the Bouc-Wen …

With the increasing demand of the drive safety and ride comfort of vehicles, various new
technologies are being applied in vehicle suspension system. In this case, the magneto …

In this article, the power of physics-informed neural networks is employed to address the
issue of model identification for complex physical systems, focusing on the application of a …