The characteristics of coreless-type linear synchronous motor, which is applied in the
propulsion system of electrodynamic suspension maglev train are calculated and analyzed …

Propulsion, levitation and guidance characteristics are the key technology of electro-
dynamic suspension Maglev train. An air-core integrated linear synchronous motor with …

Air-cored linear synchronous motor (LSM) consisting of racetrack coils is a core part of
electrodynamic suspension (EDS) as it propels train to realize high-speed running …

Dynamic stability analysis of superconducting electro-dynamic maglev train under lateral
and yawing motion condition is the key research content. The novel three-dimensional …

Propulsion, levitation and guidance (PLG) are the major technologies for maglev train. An
improved structure of transverse flux linear synchronous motor (TFLSM) is presented in this …

Despite the availability of powerful finite element method (FEM) tools, an accurate and fast
analysis method is needed in the early design stage to find an initial motor design structure …

This study introduces a novel methodology based on the idea of double Fourier series and
coil segmentation, performed based on governing equations, with harmonic magnetic field …

Conventional electromagnetic suspension (EMS) high-speed trains adopt linear
synchronous motors (LSMs) and electromagnets together to provide propulsion, levitation …

Propulsion, levitation, and guidance (PLG) are the key technologies of high-speed maglev
system. A linear synchronous motor (LSM) combined with PLG is presented, which can …

Electromagnetic-suspension (EMS)-type maglev, based on long stator linear synchronous
motor (LSLSM), suffers from the flux linkage and thrust ripple. This is due to the non …