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Comparison Study of Biot Savart and 3D FEM of Electromagnetic Forces Acting on End Windings

机译:基于绕组绕组的电磁力的Biot Savart和3D Fem的比较研究

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Induction motor operated with high voltagesource generally generates high current at starting mode and has a long transient time after start. This large and sustaining starting current causes end windings of stator to have excessive electromagnetic force on them. This force is the source of vibration and has a negative and serious influence on the insulation of end windings. Therefore design of end winding part which has appropriate support system is needed. In this paper, we analyze the distribution of electromagnetic force on the end windings by Biot Savart's law and 3D finite element method (FEM), and compare two simulation methods.
机译:使用高电压源操作的感应电机通常在起始模式下产生高电流,并且在开始后具有长的瞬态时间。这种大型和维持的起动电流使定子的端部绕组对它们具有过大的电磁力。这种力是振动的来源,对端绕的绝缘有负面和严重影响。因此,需要设计具有适当的支撑系统的端部绕组部分。在本文中,我们通过Biot Savart的定律和3D有限元方法(FEM)分析了在端绕组上的电磁力分布,并比较了两种仿真方法。

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