In this paper, a design method of magnetorheological damper with double annular damping
gap is proposed. The analytical solution of the annular damping gap and the calculation …

In order to meet the damper performance requirements of heavy vehicles, a stepped-bypass
magnetorheological damper is proposed. The mathematical model of damping force is …

In the past, research of magnetorheological (MR) damper mainly focused on how to improve
the damping force, response speed and the performance of its control algorithm. With the …

Magnetorheological (MR) damper performance is evaluated only by single-field analysis in
the design process, which can easily lead to larger design errors. Based on this, a …

As a semiactive control device, magnetorheological dampers have been paid more attention
due to their high controllability, fast response, and low power demand. One of the important …

Magnetorheological damper is a typical semi-active control device. Its output damping force
varies with the internal magnetic field, which is a key factor affecting the dynamic …

Based on theoretical analysis and experiments, this article proposes a new model for a
magnetorheological (MR) damper. The proposed model with a smooth and concise form can …

This work proposes a novel type of magnetorheological (MR) damper configuration from
which an excellent ride comfort can be achieved without using a sophisticated controller …

The magnetorheological damper (MRD) is a kind of energy dissipation device, which
converts vibration mechanical energy into self-heat energy during operation. The dynamic …

This paper presents a novel magnetorheological (MR) damper with a meandering magnetic
circuit, referred to as MMCMRD, to improve the damping force performance of an MR …