Near-Field Ultrasonic Phased Array Deflection Focusing Based CFRP Wing Box Structural Health Monitoring

Near-field ultrasonic phased array theory is researched and utilized in the carbon-fiber wing box to identify the damage in the structure. Near-field ultrasonic phased array based structural health monitoring is researched to overcome the limitation of the far-field ultrasonic phased array in monito...

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Main Authors: Yajie Sun, Yonghong Zhang, Chengshan Qian, Zijia Zhang
Format: Article
Language:English
Published: Hindawi - SAGE Publishing 2013-11-01
Series:International Journal of Distributed Sensor Networks
Online Access:https://doi.org/10.1155/2013/621297
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author Yajie Sun
Yonghong Zhang
Chengshan Qian
Zijia Zhang
author_facet Yajie Sun
Yonghong Zhang
Chengshan Qian
Zijia Zhang
author_sort Yajie Sun
collection DOAJ
description Near-field ultrasonic phased array theory is researched and utilized in the carbon-fiber wing box to identify the damage in the structure. Near-field ultrasonic phased array based structural health monitoring is researched to overcome the limitation of the far-field ultrasonic phased array in monitoring scope. The time delay of the theory and the process of the damage identification method are researched in detail. The recognition result is shown in a mapped image. The proposed method is applied in carbon fiber-reinforced polymer (CFRP) wing box to monitor the load in the structure. The experimental results show that the near-field ultrasonic phased array based structural health monitoring method is effective to identify the load position in the structure.
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spelling doaj.art-f02167fdbb824381bba4777fdfbebcfd2023-09-02T06:45:05ZengHindawi - SAGE PublishingInternational Journal of Distributed Sensor Networks1550-14772013-11-01910.1155/2013/621297621297Near-Field Ultrasonic Phased Array Deflection Focusing Based CFRP Wing Box Structural Health MonitoringYajie SunYonghong ZhangChengshan QianZijia ZhangNear-field ultrasonic phased array theory is researched and utilized in the carbon-fiber wing box to identify the damage in the structure. Near-field ultrasonic phased array based structural health monitoring is researched to overcome the limitation of the far-field ultrasonic phased array in monitoring scope. The time delay of the theory and the process of the damage identification method are researched in detail. The recognition result is shown in a mapped image. The proposed method is applied in carbon fiber-reinforced polymer (CFRP) wing box to monitor the load in the structure. The experimental results show that the near-field ultrasonic phased array based structural health monitoring method is effective to identify the load position in the structure.https://doi.org/10.1155/2013/621297
spellingShingle Yajie Sun
Yonghong Zhang
Chengshan Qian
Zijia Zhang
Near-Field Ultrasonic Phased Array Deflection Focusing Based CFRP Wing Box Structural Health Monitoring
International Journal of Distributed Sensor Networks
title Near-Field Ultrasonic Phased Array Deflection Focusing Based CFRP Wing Box Structural Health Monitoring
title_full Near-Field Ultrasonic Phased Array Deflection Focusing Based CFRP Wing Box Structural Health Monitoring
title_fullStr Near-Field Ultrasonic Phased Array Deflection Focusing Based CFRP Wing Box Structural Health Monitoring
title_full_unstemmed Near-Field Ultrasonic Phased Array Deflection Focusing Based CFRP Wing Box Structural Health Monitoring
title_short Near-Field Ultrasonic Phased Array Deflection Focusing Based CFRP Wing Box Structural Health Monitoring
title_sort near field ultrasonic phased array deflection focusing based cfrp wing box structural health monitoring
url https://doi.org/10.1155/2013/621297
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AT yonghongzhang nearfieldultrasonicphasedarraydeflectionfocusingbasedcfrpwingboxstructuralhealthmonitoring
AT chengshanqian nearfieldultrasonicphasedarraydeflectionfocusingbasedcfrpwingboxstructuralhealthmonitoring
AT zijiazhang nearfieldultrasonicphasedarraydeflectionfocusingbasedcfrpwingboxstructuralhealthmonitoring