تحسين أداء المحركات الحثيه بطريقة الطاقة المرتجعة باستخدام متحكم الشبكات العصبية الاصطناعية An Artificial Neural Network Based Controller For Enhancing Slip Energy Recovery For Induction Motor Drive
هويدا جابر محمد Howaida Gaber Mohamed;
Abstract
Wound-rotor induction motors have been extensively used where a large mechanical power and adjustable speed are required such as large pumps, fans, and hoist drives. The slip ring induction motor is much more flexible than the squirrel-cage induction moto
Other data
| Title | تحسين أداء المحركات الحثيه بطريقة الطاقة المرتجعة باستخدام متحكم الشبكات العصبية الاصطناعية An Artificial Neural Network Based Controller For Enhancing Slip Energy Recovery For Induction Motor Drive | Authors | هويدا جابر محمد Howaida Gaber Mohamed | Keywords | تحسين أداء المحركات الحثيه بطريقة الطاقة المرتجعة باستخدام متحكم الشبكات العصبية الاصطناعية An Artificial Neural Network Based Controller For Enhancing Slip Energy Recovery For Induction Motor Drive | Issue Date | 2006 | Description | Wound-rotor induction motors have been extensively used where a large mechanical power and adjustable speed are required such as large pumps, fans, and hoist drives. The slip ring induction motor is much more flexible than the squirrel-cage induction moto |
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