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Modern electrical drive systems basically consist of three components determining its complex impedance system - the inverter, the cabling and the machine itself. For high efficiency and good return on investment these components are operated at or near their rated values. Furthermore stress is added due to high dynamic operation, transient overload and the very fast switching of modern power electronics...
Numerous condition monitoring techniques and identification algorithms for detection and diagnosis of faults in industrial plants have been proposed for the past few years. Motors are one of the common used elements in almost all plant machinery. They cause the machine failure upon getting faulty. Therefore advance and effective condition monitoring techniques are required to monitor and detect the...
Numerous condition monitoring techniques and identification algorithms for detection and diagnosis of rotating machinery faults have been proposed for the past few years. Motors are one of the common used elements in almost all rotating machinery. They cause the machine failure upon getting faulty. Therefore advance and effective condition monitoring techniques are required to monitor and detect the...
Wind turbine blades are the key component of wind turbine. The blades may be damaged by fatigue, wind gusts, or lightening strikes. It is important to detect the damage before the blade catastrophically fails, which could destroy the entire wind turbine. In this paper, a new method is presented for damage diagnosis on wind turbine blades which is developed based on the distance classification rules...
Detection of abnormalities and defects in rotating machinery at incipient stages is of prime importance for industrial plants and equipment. It avoids the occurrence of unplanned down time of the machinery that causes serious damage and costly downtime. Several condition monitoring techniques have been applied to rotating machinery in order to improve the plant reliability and reduce the downtime...
Numerous condition monitoring (CM) techniques and identification algorithms for detection and diagnosis of rotating machinery faults have been proposed for the past few years. Bearing are the common used elements in almost all rotating machinery. It causes the machine failure upon getting faulty. Therefore advance and effective inspection techniques are required to monitor and detect the bearing problems...
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