Blade Tip Timing: Methods and Applications
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Beschreibung
This book offers a systematic presentation of Blade Tip Timing (BTT) technology, from fundamental principles to advanced applications. It addresses key aspects including sensor placement, vibration measurement, condition monitoring in both frequency and time frequency domains, and stress/strain reconstruction for health evaluation. Focusing on practical applications and industrial relevance, this book equips researchers and engineers with systematic guidance to leverage BTT data for effective health evaluation and predictive maintenance of rotating components. It bridges theory, methodology, and engineering practice, enabling advanced diagnostic strategies for modern rotating machinery.
This book offers a systematic presentation of Blade Tip Timing (BTT) technology, from fundamental principles to advanced applications. It addresses key aspects including sensor placement, vibration measurement, condition monitoring in both frequency and time frequency domains, and stress/strain reconstruction for health evaluation. Focusing on practical applications and industrial relevance, this book equips researchers and engineers with systematic guidance to leverage BTT data for effective health evaluation and predictive maintenance of rotating components. It bridges theory, methodology, and engineering practice, enabling advanced diagnostic strategies for modern rotating machinery.
Addresses non-invasive monitoring of rotor blades in both theory and practice Comprehensively studies sensor placement, vibration measurement, condition monitoring, and health evaluation Offers detailed performance analysis supported by experimental test rigs and real engineering data
Autor*in
Baijie Qiao
Themen in »Blade Tip Timing: Methods and Applications«
Blade tip timing Blade condition monitoring Blade health evaluation Vibration parameter identification Dynamic Strain Reconstruction Blade tip timing application Blade tip timing system testing Advanced blade tip timing measurement Blade tip timing signal processing