Electromechanical Characteristics Analysis of Magnetic Shield on Superconducting Magnetic Levitation Train [PDF]
MicromachinesThe guest room and aisle of electric high-speed maglev train must be shielded from leakage magnetic flux produced by superconducting strong magnetic field.
Mingyuan Hu +3 more
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Journal of Low Frequency Noise, Vibration and Active Control, 2022 Several factors could affect the function of the electromagnet control system when a high-speed maglev train runs over a bridge. To enhance the robustness of the electromagnet control system to the high-speed maglev train running over the bridge, a fuzzy
Bin Wang +4 more
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Optimal Design of the Absolute Positioning Sensor for a High-Speed Maglev Train and Research on Its Fault Diagnosis [PDF]
Sensors, 2012 This paper studies an absolute positioning sensor for a high-speed maglev train and its fault diagnosis method. The absolute positioning sensor is an important sensor for the high-speed maglev train to accomplish its synchronous traction.
Junge Zhang +3 more
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Magnetic-Track Relationship and Correction of Magnetic Force Model for EMS High-Speed Maglev Train
ActuatorsThe high-speed maglev train employs linear induction motors for propulsion and incorporates electromagnetic suspension for levitation. Ensuring the stability of the suspension control is imperative for the effective operation of the maglev train at high ...
Meiyun Chen +4 more
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Development of Simplified Methods for Levitation Force Distribution in Maglev Vehicles Using Frequency Ratio Tests [PDF]
SensorsMaglev vehicles apply the entire vehicle load uniformly onto bridges through levitation forces. In assessing the dynamic characteristics of the maglev train–bridge coupling system, it is reasonable to simplify the distributed levitation force as a ...
Wen Ji +5 more
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Data-driven relative position detection technology for high-speed maglev train
Measurement, 2021 Abstract High-speed maglev train speed measurement and positioning system is the basis of train traction and operation control. The existing relative position based on the principle of electromagnetic induction is vulnerable to electromagnetic interference and suspension gap fluctuations, which requires a lot of time to solve electromagnetic ...
Yongxiang He +4 more
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Train operation simulation and capacity analysis for a high‐speed maglev station
IET Intelligent Transport SystemsFocusing on the transportation organization characteristics of the high‐speed maglev station, this article simulates the train operation process based on the train running calculation and the train operation scheme for multi‐type trains, and analyzes the
Lianbo Deng +4 more
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Turn-back Interval Time of Normal Conducting High-speed Maglev Trains
Chengshi guidao jiaotong yanjiuObjective Train turn-back interval time is a critical factor influencing the throughput capacity of normal conducting high-speed maglev lines. Due to the significant differences in train operation control principles between maglev and traditional rail ...
JIANG Xi, DENG Zhixiang, CHEN Guang
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A study on aerodynamic noise characteristics of a high-speed maglev train with a speed of 600 km/h [PDF]
Railway Sciences, 2023 Purpose – This study aims to explore the formation mechanism of aerodynamic noise of a high-speed maglev train and understand the characteristics of dipole and quadrupole sound sources of the maglev train at different speed levels.
Jie Zhang +4 more
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Research on Turning Ability of High-speed Maglev Train
机车电传动, 2011 Three chief factors had been analyzed: the length of guidance electromagnet, range of motion and pulling force of pendulum pole, adjacent bogie squeeze and stretch on the joint electromagnet. And based on the analysis, improved scheme was proposed.
王汝宁, 程虎, 李云钢
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