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Structural Form and Dynamic Characteristics of High-Speed Maglev Separated Track Beam
PurposeThe existing integrated structural form of track and beam for maglev transportation leads to the relative large complexity in manufacture and...
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Numerical simulation and optimization on opening angles of aerodynamic braking plates sets for a maglev train
The aerodynamic braking has become an attractive option with the continuous improvement of train speeds. The study aims to obtain the optimal opening...
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Analysis of Vertical Temperature Difference of the Low-Speed Maglev Steel Girder Based on Measured Data
Track irregularity is strictly controlled in low-speed maglev system. Vertical deflection due to vertical temperature difference is one of the...
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Vibration Response Analysis of High-Speed Maglev Dual-Line Guideway Girder Based on Vehicle Guideway Coupling
This paper studies the vibration problem of the guideway girder of a high-speed maglev train during a double line intersection. Established a dynamic...
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The Effect of Concave Size on the Aerodynamics of a Maglev Train
Inspired by shark’s skin in nature, a non-smooth surface could be an ideal model for changing the flow characteristics of fluids on the object...
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Design of an Intelligent Inspection Vehicle for the Track of a Suspended Permanent Magnet Maglev Train
In response to the imperfections in the measurement techniques for the geometric parameters of the beam in domestic suspended maglev railway systems,...
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Research on Electromagnetic Force Characteristics Based on Asymmetric 120° Pitch Figure-8 Coils in EDS System for Maglev Train
Insufficient suspension force of superconducting electrodynamic suspension (EDS) system at low speed is an important problem in the construction of...
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Effect of Polarity Variation in Maglev EDM Using Nitrogen-Rich Powder-Mixed Dielectric
Electrode polarity in electro-discharge machining (EDM) is vital in distributing discharge energy to the workpiece and the tool. Currently,...
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Aerodynamic shape optimization of an urban maglev train
With rapid development of urban rail transit, maglev trains, benefiting from its comfortable, energy-saving and environmentally friendly merits, have...
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Model Predictive Current Control Strategy Based on Dual Boundary Restriction of Segmented Long Stator Permanent Magnet Linear Synchronous Motor
Based on the consideration of reducing the switching loss of high-power converters, it is necessary to reduce the switching frequency of inverters on...
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Evaluation of Levitation Control Performance of Maglev Train Based on Fractal Analysis
After the maglev train suspension system works for a long time, the suspension control performance will decline. Accurate control performance...
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Study on lateral stability of levitation modules for low- and medium-speed maglev trains
In order to study the lateral dynamics stability of the levitation module of low- and medium-speed maglev train, the motion equation is simplified by...
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Application of Fuzzy Fractional-Order PID Control for Single-Degree-of-Freedom Maglev Systems
For the problems of unsmooth track and large load perturbation that may lead to system instability, this paper establishes an magnetic levitation...
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Iron Loss Analysis of Long-Stator Linear Synchronous Motor During High-Speed Operation of Maglev Train
The iron loss of the stator and mover of the long-stator linear synchronous motor (LLSM) is closely related to the harmonic components of the output...
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Research on the Influence of Maximum Disturbance of Track Steel Beam on the Operation Performance of Low Speed Maglev Vehicle
In order to research the influence of the maximum disturbance of different track steel beams on the operation performance of low-speed maglev...
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Sensorless Control with Sliding-Mode Observer for Superconducting Linear Motors
In the application of the ultra-high-speed low-vacuum tube maglev transportation system, the superconducting linear motors are utilized for...
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Robust nonsingular sliding mode control of the maglev train system: case study
This paper deals with a new approach to explore the precise dynamic response of the maglev system train and its control. Magnetic-suspension systems...
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Research on Parameters Optimum Design of Levitation Electromagnet Based on Orthogonal Design for EMS Maglev Train
With the commercial success of EMS (Electro-Magnetic Suspension) maglev train, precise modeling and optimization of electromagnetic system is of...
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Real-Time Identification of Fuzzy PID-Controlled Maglev System using TLBO-Based Functional Link Artificial Neural Network
In this paper, the teaching–learning-based optimization-based functional link artificial neural network (FLANN) has been proposed for the real-time...
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Robust Adaptive Fault-tolerant Asymptotic Tracking Control for Magnetic Levitation System Based on Nussbaum Gain and Neural Network
This paper studies a new fault-tolerant tracking control for magnetic levitation (MagLev) systems. Remarkably, the controlled system not merely...