Smart materials are kinds of designed materials whose properties are controllable with the
application of external stimuli such as the magnetic field, electric field, stress, and heat …

This review will focus on the necessity for develo** seat vibration control systems as a part
of manufacturers' investigation into finding innovative methods to increase the comfort and …

This work reported a stretchable, compressible and magneto-sensitive strain sensor based
on conductive magnetorheological elastomer (MRE) containing silver nanowires (AgNWs) …

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 …

This work reported a stretchable, magneto-sensitive and discriminative strain sensor
consisting of liquid metal (LM) as the electronic circuit and carbonyl iron particles (CIPs) …

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

An accurate theoretical model is the basis for the structural design and parameter
optimisation of magnetorheological dampers (MRDs). Owing to the inability of existing …

To improve the performance of vehicle suspension, this paper proposes a semi-active
vehicle suspension with a magnetorheological fluid (MRF) damper. We designed an …

To analyze the pressure drop characteristics of MR valves more realistically, a simulation
method of coupling electromagnetic field and flow field was proposed in this paper. An …

This paper designs and builds an electromagnetic variable inertance (VI) device for a heavy
duty vehicle seat suspension to reduce the vibration transferred to driver bodies. The …