مشروع البحث:
Model-predicted three-phase lnduction motor behavior under shorted turn fault

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المساهمين
الممولين
رقم التعريف
5725
الباحث
فتحى محمد البيونى
المشرفين
منشورات
وحدات تنظيمية
الوصف
In modern industrial facilities, thousands of electric motors work together in the manu-facturing process. A great percentage of the applied motors are essential to the process. An unscheduled shutdown occurs if one of these motors were failing. If it were possible to detect a developing fault, it would be possible to schedule an orderly shutdown of the complete process with more efficient utilization of material and labor. Because of the great expense associated with unscheduled downtime, it may be cost effective to con-tinuously monitor the critical motors for certain incipient faults before on: of these mo-tors become inoperable[1]. People who work on condition monitoring of induction motors often need an accurate model to predict performances and to extract faults signature. Early detection of abnor-malities in the motor will help to avoid expensive failures.
الكلمات الدالة
Model-Predicted Three-Phase Induction Motor Behav