The aim of this paper is to present a methodology for designing MAGLEV systems based on finite element method simulations. Performing a series of simulations, varying characteristics of a coil were obtained parameters for the construction of a coil capable of generating a field of 0.0916 T. A closed loop system based on magnetic field measurement to power the coil was developed and an experimental magnetic field for levitation of 0.0811 T was obtained. From the simulation results it was possible to build a microcontrolled system capable to levitating a body of approximately 0.1 kg.

中文翻译：

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磁悬浮系统（MAGLEV）的设计，仿真和开发

本文的目的是提出一种基于有限元方法仿真的MAGLEV系统设计方法。通过执行一系列模拟，获得了线圈的各种特性，这些参数用于构造能够产生0.0916 T磁场的线圈。开发了一种基于磁场测量为线圈供电的闭环系统，并为该线圈提供了实验磁场悬浮力为0.0811T。根据仿真结果，可以构建能够悬浮约0.1千克物体的微控制系统。