Abstract
By changing the vibration amplitude, side-suspending gap and load of side-suspending maglev system, respectively, the influence of vertical vibration on the bearing stability of the side-suspending high temperature superconducting (HTS) maglev system with trimodal structure permanent magnetic guideway (PMG) is investigated. The results show that the attenuation of the side-suspending height increases with the increase of the vibration amplitude, side-suspending gap and load, respectively. However, the overall decrease of the side-suspending height is not larger than 1.5 mm under all situations, and it will not affect the stability of the side-suspending maglev system apparently.
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