This paper investigates the effect of employing an inerter on the performance of active
suspension systems. A quarter-car model with cubic-nonlinear spring is considered. The …

Limiting the suspension stroke in vehicles holds critical and conceivable benefits. It is crucial
for the safety, stability, ride comfort, and overall performance of the vehicle. Furthermore, it …

A combination of the machine-learning-approach (MLA) and optimal-fuzzy-logic-control
(OFLC) is proposed for semi-trailer truck air suspensions to enhance the ride-quality and …

The nonlinear behaviour of suspension elements is crucial when vehicles encounter large
road inputs. These nonlinearities lead to performance degradation of active suspension …

This study focuses on designing and analyzing H_∞ and H_2 control algorithms for fixed-
wing unmanned aerial vehicles (UAVs) with reference tracking control objective under …

This paper is related to passenger ride comfort improvement using an active quarter car
system. The selected control strategies include PID based super twisting control (PID-STC) …

Various technologies are applied to vehicle suspension. The magneto-rheological damper
has the ability to adjust the damping coefficient dynamically, and fuzzy logic controller …

To compare the efficiency of the operator's seat suspension of the electric vehicles using the
control isolation systems, vehicle's control isolations and seat suspension equipped with …