Electromagnetic Field Modeling and Analysis Based on QuickField Simulator

Mai Nguyen Thi Bich, N. Le
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Abstract

Understanding the properties of the electromagnetic field in many electric machines is the necessary requirement in the operation of an electric machine. However, the measurement of the magnetic field is a challenging task, even if the measurement is possible, the engineer need to equip the expensive specialized types of instruments. Therefore, it is essential in the electromagnetic simulation of the electric devices such as three-phase motor or transformer under many operating conditions. In this paper, we propose to use the student version of Quick Field software to demonstrate the electromagnetic field in different electric machines. The results show that we can easily set up and visualize the electromagnetic field inside the machines in many operation conditions such as electrostatic, AC transient, non-load losses, and harmonics.
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基于QuickField模拟器的电磁场建模与分析
了解许多电机的电磁场特性是电机运行的必要条件。然而,磁场的测量是一项具有挑战性的任务,即使测量是可能的,工程师也需要配备昂贵的专业仪器。因此,对三相电机或变压器等电气设备进行多种工况下的电磁仿真是十分必要的。在本文中,我们建议使用Quick Field软件的学生版本来演示不同电机中的电磁场。结果表明,在静电、交流暂态、空载损耗和谐波等多种运行条件下,我们可以很容易地建立和可视化机器内部的电磁场。
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