The magnetic circuit method was adopted in this paper to design a comb-type disc
magnetorheological brake for electric vehicles, aiming to solve the problem of the existing …

A magnetorheological fluid (MR fluid) is mainly composed of soft magnetic particles,
surfactants, and the base carrier fluid. Among these, soft magnetic particles and the base …

This work aims to investigate a novel MR brake with the ability to sense temperature, current
and magnetic field. To achieve this goal, a novel adjustable gap MR brake controlled by an …

To address the problems of severe heat generation and poor stability of traditional
electromagnetic friction brakes, combined electromagnetic friction and shape memory alloy …

To solve the problems of complex structure, poor reliability, and low intelligence of existing
fan clutches for large hybrid vehicles, this paper proposes a new adaptive shape memory …

To investigate the effect of internal temperature variation of the comb-type disc
magnetorheological brake on braking performance, firstly we simulate the temperature field …

针对现有磁流变液制动器使用存在发热严重的缺点, 设计一种磁流变液与形状记忆合金复合制动
装置, 利用装置在制动过程中产生的热量, 使形状记忆合金弹簧产生附加的摩擦转矩 …

针对现有加压式磁流变制动器结构复杂的问题, 提出一种利用楔形间隙自挤压强化的盘式磁流变
液制动器. 此制动器通过在转子壁面上布置4 个矩形槽的结构, 利用矩形槽与圆盘面之间的间隙 …

基于磁流变液工作间隙形状对磁流变传动装置传动性能的影响, 分析3 种不同工作间隙形状的盘
型磁流变传动装置结构和传动性能上的差异. 通过磁场有限单元法对传动装置进行有限元分析 …

针对磁流变液传动装置传动转矩小的缺点, 提出一种多圆弧式磁流变液传动结构.
通过有限元法对传动装置磁场进行分析, 得到圆弧半径和励磁线圈电流对传动装置磁场强度影响 …