Design considerations for magnetorheological (MR) brakes are discussed for different
geometries. A complete modeling in terms of torque density, efficiency, bandwidth, and …

This paper presents a new approach in the design and optimization of a novel multi-pole
magnetorheological (MR) brake that employs magnetic flux more effectively on the surface …

The porous foam metal magnetorheological fluid damper has a broad application prospect
in the field of vibration isolation of precision instruments with small damping force because it …

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 fluid (MR) has been developed and applied in various systems on
vehicles such as suspension, engine mount and heavy-truck seat. However, due to its small …

A wide range of braking forces, from near zero to high values, is required in specific
applications such as forces in haptic devices or steering stability in motorcycles. Classical …

The study aims to deal with a suspension system whose main function is to isolate and
absorb the impact from road surface to vehicle body. To provide good riding comfort, a …

In this technical brief, the authors compare the torque capacity of a magnetorheological (MR)
fluid brake with a conventional frictional disk brake. In the development of the torque models …

A magnetorheological brake with multiple poles and an outer rotor structure is introduced in
this paper. It is designed to be used as a resistant source for bicycle training equipment. The …

The main function of a suspension system is to isolate and absorb the impact from road
surface to vehicle body. To provide good riding comfort, a damper with variable and wide …