This review presents various control strategies for application systems utilizing smart
magneto-rheological fluid (MRF) and magneto-rheological elastomers (MRE). It is well …

The air suspension system of heavy trucks not only improves the vehicle's ride comfort but
also reduces the negative impact on the road surface. In order to evaluate the performance …

To improve the ride comfort of the off‐road vibratory roller, the cab's hydraulic mounts were
analyzed to prevent vibration sources transmitting to the cab. However, the cab's low …

To enhance the vibratory roller's comfort, three different types of seat suspension including
the seat's semi-active suspension system (SASS) controlled by the FLC-PID controller, seat's …

This paper presents a magnetorheological (MR) automobile damper with a self-sensing
function. The self-sensing structure is designed based on the principle of triboelectric …

A combination of machine learning (ML) and optimal fuzzy control (OFC) is proposed for the
semiactive air suspensions of heavy trucks to further improve ride comfort and road …

In this paper, a combined hydraulic-pneumatic mount (CHPM) of the cab isolation system is
proposed for the improvement of the vibratory roller's ride quality. The semi-active hydraulic …

The dynamic analysis and vibration control of boring bar system with magnetorheological
fluid control are investigated. The single-degree-of-freedom nonlinear dynamic model of …

In the UK, in 2014 almost fifty thousand motorists made claims about vehicle damages
caused by potholes. Pothole damage mitigation has become so important that a number of …

The lower limb amputees are increasing day by day. This has led to an increase in research
in the field of prosthetic legs. Prosthetic legs can be either active or passive. The active ones …