1.
Study on Modal Parameters and Ride Quality of the Maglev Vehicle;
磁浮车辆模态参数及运行平稳性研究
2.
Modeling and Simulation Analysis of Maglev Vehicle System Dynamics;
磁浮车辆系统动力学建模与仿真分析
3.
Analysis on the Vertical Stiffness Characteristics of Air-spring Adopted on the Maglev Vehicles
磁浮车辆空气弹簧垂向刚度特性分析
4.
Modeling and Simulation of Coulping Vibration between High-Speed Maglev Vehicle and Switch Beam
高速磁浮车辆—道岔梁耦合振动建模与仿真分析
5.
An Optimum Analysis of the Ride Quality of Maglev Vehicle
运用平稳性快速算法优化高速磁浮车辆的运行平稳性
6.
It is suggested that the low-speed maglev vehicle should adopt the lateral-offset magnets and the active guidance mode using the lateral displacement and velocity feedback.
建议低速磁浮车辆采用磁铁横向错位布置和横向位移与速度反馈主动导向方式。
7.
The Vehicle Dynamics Characteristics of a Magnetic Levitation Train Passing Another Train Running in Opposite Direction
磁悬浮列车交会通过时的车辆动力学特性
8.
Dynamical Vehicle-Guideway Coupling Emulation Model of Maglev Train System;
磁悬浮车辆—线路耦合动力学仿真模型研究
9.
The Study of Vibration of High Speed Maglev Guideway Interacting with Vehicle;
高速磁浮轨道梁在车辆荷载作用下的振动研究
10.
Digital Design for Low and Medium Speed Urban Maglev Vehicle in Shanghai
上海中低速磁浮交通车辆的数字化研发
11.
Study on dynamic performance of the Low-speed EMS maglev car in curve negotiation
常导吸引式低速磁悬浮车辆动态曲线通过性能研究
12.
Abstract: The structure and test results of the aerodynamic brake of the magnetic levitation cars on the Yamanashi Line are described.
文摘:介绍了山梨磁悬浮车辆空气动力制动的构造及试验结果。
13.
Reduction of Vibrations in Maglev Vehicles Using Active Primary and Secondary Suspension Control
利用一系和二系主动悬挂控制降低磁悬浮车辆的振动
14.
Magnetic levitation ball is the foundation of magnetic levitation train, magnetic bearing, magnetic flywheel storage system, magnetic levitation launch.
磁悬浮球是磁悬浮列车,磁悬浮轴承,磁悬浮飞轮储能系统,磁悬浮发射等一切磁悬浮研究的基础。
15.
The train covered the 45-minute journey by car in an easy eight minutes.
这辆磁悬浮列车仅用8分钟的时间就轻松地走完了汽车所需的45分钟的路程。
16.
black alkyd finish containing magnetic iron oxide for rolling-stock
黑磁化铁醇酸车辆面漆
17.
Research and Implementation on Suspension Control Method of Maglev Train;
磁悬浮车悬浮控制方法的研究与实现
18.
Study of Suspension Controller of Maglev Train Based on PID-STC;
磁浮列车悬浮系统PID自整定控制研究