Based on the working principle of electro-magnetic suspension (EMS) type medium and low
speed maglev (MLSM) train, the technical characteristics of each core subsystem (levitation …

基于电磁悬浮型中低速磁浮列车的工作原理, 阐述了中低速磁浮各核心子系统(悬浮导向系统,
牵引电机, 走行机构, 制动系统, 轨道-桥梁结构等) 的技术特征, 综合分析了各子系统存在的技术 …

Dynamic instability, that is, resonance, may occur on an electromagnetic suspension-type
Maglev that runs over the elevated guideway, particularly at very low speeds, due to the …

To reduce the vehicle/guideway-coupled vibration and improve the levitation stability of
medium–low-speed maglev vehicle, a new type of levitation frame with air springs installed …

The maglev train is a new type of guideway transportation for both long distance and urban
applications in the 21st century. Recent progress in maglev technology indicates a …

Vibration and dynamic chaos should be controlled in either structures or machines. An
active vibration absorber for suppressing the vibration of the non-linear plant when …

The nonlinear forced vibration responses of a bilateral supported X-shape vibration
reduction structure are researched. The vertical and rotational displacements of the upper …

In order to find out the influence of suspension form on the medium and low-speed maglev
system, first, the transfer functions of the heaving and pitching motions of the two kinds of …

The non-contact support form of maglev trains provides them with excellent vibration
isolation capabilities. However, the method of maintaining stable levitation through active …

In this paper, a time delayed nonlinear saturation controller is proposed to reduce the
horizontal vibration of a magnetically levitated body described by a nonlinear differential …