Electromagnetic design workflow for squirrel cage induction machines

机译：鼠笼感应机的电磁设计工作流程

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Successful optimization processes of highly utilized industrial squirrel cage induction machines enforces fast, reliable and accurate design concepts. Therefore, modern numerical finite element calculation procedures, which incorporate moveable rotor parts, non-linear iron saturation effects and realistic geometric properties, have been systematically established and applied to an induction motor in the time-domain for the prediction of several transient and quasi-steady characteristics. The obtained results have been compared with measurements in order to verify the assumptions within the finite element modeling.

机译：高效利用的工业鼠笼式感应电机的成功优化过程实施了快速，可靠和准确的设计理念。因此，已经系统地建立了现代数值有限元计算程序，该程序结合了可移动的转子零件，非线性铁饱和效应和逼真的几何特性，并在时域中应用于感应电动机，以预测几种瞬态和准稳态。稳定的特性。为了验证有限元建模中的假设，已将获得的结果与测量结果进行了比较。

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《Power Engineering, Energy and Electrical Drives, 2009. POWERENG '09》|2009年|72-77|共6页
会议地点 Lisbon(PT);Lisbon(PT)
作者
Grabner C.; Bacher J.;
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Res. Dev. Drive Syst., Siemens AG, Erlangen;

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electromagnetic devices; finite element analysis; squirrel cage motors; electromagnetic design workflow; nonlinear iron saturation effects; numerical finite element calculation procedures; optimization processes; rotor; squirrel cage induction machines; time-domain model; Induction machine; finite element method; quasi-steady characteristics; transient behavior;

机译：电磁装置;有限元分析;鼠笼电动机;电磁设计工作流程;非线性铁饱和效应;数值有限元计算程序;优化过程;转子;鼠笼感应电动机;时域模型;感应电动机;有限元方法;准稳定特性;瞬态行为;

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专利

1. Induction squirrel cage machine design with minimization of electromagnetic noise [J] . Hadj Amor A., Timar P.L. IEEE Transactions on Energy Conversion . 1995,第4期

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2. VOLTAGE EQUATIONS AND TORQUES OF A SQUIRREL-CAGE INDUCTION MACHINE WITH A CAST ASYMMETRICAL SHORT-CIRCUITED ROTOR CAGE [J] . N. G. NIKIYAN, S. V. MITROFANOV Electrical Technology Russia . 2000,第3期

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3. Electromagnetic forces signature and vibration characteristic for diagnosis broken bars in squirrel cage induction motors [J] . Xie Ying, Chen Peng, Li Fei, Mechanical systems and signal processing . 2019,第MAYa15期

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4. Electromagnetic Design Workflow for Squirrel Cage Induction Machines [C] . C. Grabner, J. Bacher International Conference on Power Engineering, Energy and Electrical Drives . 2009

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5. Squirrel cage induction machines in distributed generation and microgrids. [D] . Fredette, Steven. 2009

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7. Electromagnetic and mechanical finite element analysis of end region of large-sized three-phase squirrel-cage induction machines [O] . Lin Ranran 2010

机译：大型三相鼠笼式感应电机端部区域的电磁和机械有限元分析
8. INDUCTION GENERATORS FOR WIND ENERGY CONVERSION SYSTEMS Part I:Review of Induction Generator with Squirrel Cage Rotor Part II:The Double Output Induction Generator (DOIG) Progress Report for the period July - December 1975 [R] . T. S. Jayadev 1976

机译：用于风能转换系统的感应发电机第一部分：带有鼠笼式转子的感应发电机的回顾第二部分：1975年7月至12月期间的双输出感应发电机（DOIG）进度报告

Electromagnetic design workflow for squirrel cage induction machines

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