This paper examines the influence of the equipment considered as a DVA (Dynamic
Vibration Absorber) upon the mode of vertical vibrations of the car body in high-speed …

In order to effectively attenuate the inherent hysteresis nonlinearity of magneto-rheological
(MR) dampers, and achieve precise tracking control of damping force, a cascaded control …

Magnetorheological (MR) dampers with energy harvesting capacity have received extensive
investigation as regenerative and variable dampers. However, the power consumption and …

A passenger railway vehicle's lightweight design is an efficient technique of reducing energy
consumption and dynamic forces between wheel and rail. However, light design results in …

Sažetak The inherent nonlinear nature caused by the hysteresis characteristics of the force-
displacement and force-velocity relationships poses a challenge to the modelling and …

The impact vibration caused by sudden changes in the external load of hydraulic actuators
reduces the service life of hydraulic components and limits the high-precision applications of …

This article presents research into the feasibility of applying a nonlinear damper of a new
conceptual structure. The key component of the damper is a circular membrane with slits that …

Traditional vehicle suspension magnetorheological dampers have problems with low output
damping force and require additional energy input to operate, to improve the performance of …

In recent years, new ideas and solutions have been proposed by scientists and researchers
to control the response of structures against seismic excitations. In this article, The …

This paper deals with the Transportation Systems and Green Energy, spotlighting the crucial
challenge of curbing CO2 emissions in the ever-evolving landscape of transportation energy …