Automation of Wear Debris Analysis for Machine Health Diagnostics - Khan, Muhammad
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The technique that deals with the lost surface material or debris of the component for its condition assessment is known as Wear Debris Analysis (WDA). As wear debris is formed from the surface interactions of components, its basic features contain valuable information of surface failure events that can aid in the determination of component health. To utilise the full potential of WDA for reliable health diagnosis, it is essential to analyse all the basic features of debris simultaneously. Since the Mid 70's, researchers have used WDA for machine health diagnosis. However, due to lack of…mehr

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Produktbeschreibung
The technique that deals with the lost surface material or debris of the component for its condition assessment is known as Wear Debris Analysis (WDA). As wear debris is formed from the surface interactions of components, its basic features contain valuable information of surface failure events that can aid in the determination of component health. To utilise the full potential of WDA for reliable health diagnosis, it is essential to analyse all the basic features of debris simultaneously. Since the Mid 70's, researchers have used WDA for machine health diagnosis. However, due to lack of automation, it still requires research to demonstrate its effectiveness to prevent machine sudden failures by using its full potential. In this book, the deficiencies of the current automation efforts are discussed. Ideas and methodologies are developed and used that eventually overcome these deficiencies. A novel system of automation is also proposed and discussed. The experimentation on this novel system helps to determine the effectiveness of wear debris analysis in near real-time machine health diagnostics.
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Autorenporträt
Le Dr Khan est impliqué dans la recherche industrielle et universitaire depuis 15 ans. Il est expert en fatigue des structures métalliques et des composants de machines, en évaluation expérimentale des dommages et en prédiction de la durée de vie utile, ainsi qu'en phénomènes tribologiques dans les contacts mécaniques. Il est ingénieur agréé et membre de l'IMechE.