This paper presents modeling, control and optimization of a nonlinear quarter car
suspension system. A mathematical model of nonlinear quarter car along with seat and …

Heavy trucks are mostly used for international transportations, with longer highways and
long driving hours contributing to corresponding increases in the driver's fatigue that is …

In the last two decades, magnetorheological (MR) fluids have attracted extensive attention
since they can rapidly and continuously control their rheological characteristics by adjusting …

Suspension systems are considered as critical parts of modern vehicles and are required in
various types of tractors. To enhance drive comfort in case of road irregularities and isolate …

Background The primary function of a suspension system is to isolate the vehicle body from
road irregularities thus providing the ride comfort and to support the vehicle and provide …

Particle dam** technology is widely used to suppress the structure vibration in different
fields. It is thus important to develop an optimization method of the particle damper design to …

The paper presents an experimental analysis of the selected feedback vibration control
schemes dedicated to magnetorheological dampers, related to ride comfort and road …

This study focuses on vibration control and presents an innovative hybrid shock absorber
with variable dam** and stiffness. The simultaneous control over dam** and stiffness is …

The nonlinearity behaviour of magnetorheological fluid (MRF) can be described using a
number of established models such as Bingham and Modified Bouc-Wen models. Since …

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 …