Effects of wing size on magnetic levitation using coil induced field

M. Norhisam, R. N. Firdaus, T. T. Leong
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Abstract

The paper discusses the effect of wing size on magnetic levitation using coil induced field for a proposed Levitator Guide (LG). The levitation consists of two main parts namely permanent magnet and current carrying copper coils. The variation of these parts may effects the produced levitated force. A few models have been analyzed with simulation. Results indicated that levitator guide model of wings with centered elbow give rise to the desired performance. Finally, a new type of levitator guide is proposed and fabricated.
机翼尺寸对线圈感应磁场悬浮的影响
本文利用线圈感应磁场,讨论了机翼尺寸对悬浮特性的影响。悬浮装置主要由永磁体和载流铜线圈两部分组成。这些部分的变化可能会影响产生的悬浮力。对几种模型进行了仿真分析。结果表明,中心弯头翼悬浮导向模型能达到理想的性能。最后,提出并制作了一种新型悬浮导轨。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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