Magnetorheological (MR) fluid dampers (MRFDs) with variable stiffness and variable
damping capability (VSVD-MRFDs) have demonstrated excellent vibration mitigation …

The work aims to study the performance of suspension systems for off-road vehicles. Three
type of suspensions-passive, hybrid semi-active and Linear Quadratic Regulator (LQR) …

Better ride comfort and controllability of vehicles are pursued by automotive industries by
considering the use of suspension system which plays a very important role in handling and …

This paper aims to investigate the performance of linear quadractic regulator (LQR), robust
H∞ and passive controller for active suspension of the quarter car model. The presented …

A passive vehicle suspension has constant spring and damper properties that compromise
either ride or road holding ability, depending on whether the suspension is designed to be …

Vibrations caused by rough road excitations influence tracked vehicle dynamic performance.
Good capabilities of such vehicles like high mobility, manoeuvrability and comfort are …

The vehicle suspension is an important system in a vehicle which provides ride comfort and
handling capability, albeit with a compromise between the two. Semi-active suspension …

Better ride comfort and controllability of vehicles are pursued by automotive industries by
considering the use of suspension system which plays a very important role in handling and …

Relative ride performance potentials of a torsio-elastic suspension applied to front or rear or
both axles of an off-road vehicle are investigated. A three-dimensional vehicle model …

Magneto-rheological (MR) fluid dampers (MRFDs) are adaptive semi-active devices that
hold great promise for real-time vibration control applications due to their field-dependent …