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 manuscript aims to enhance vehicle stability and ride comfort. The long-term vibration
from the uneven road surface affects the stability of the vehicle, the rider's safety, health and …

Excellent damping characteristics and effective control strategy are important guarantees for
semi-active suspension systems to give vehicles excellent driving performance. Based on …

Purpose Building structures are affected by earthquakes and uncertainties, which cause
serious damage and threaten people's lives. Thus, it is necessary to design an effective …

Abstract Background Magneto-Rheological (MR) fluids are made—up of iron particles
suspended in carrier liquid containing additives in proportion to make reversible changes to …

Magnetorheological dampers have been the interest of many researchers for a few decades
for the reason of being an effective and rapidly progressing technology in the field of semi …

Purpose A study of vibration attenuation of a vehicle occupant needs to start by integrating
models of human body, cushion, seat suspension and vehicle. The latter needs to be …

The dynamic evolution of automotive technology necessitates integrating intelligent systems
in suspension systems to enhance vehicle dynamic performance and environmental …

The objective of the present article is to design a nonlinear passive suspension system for
an automobile subjected to random road excitation which generates a performance as close …

This paper aims to optimize a fuzzy logic controller (FLC) active seat suspension applied to
an articulated truck semi-trailer seat to improve ride comfort considering the energy …