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A Methodology for Identifying Defects in Wire Rope Based on Permanent Magnet Excitation

A Methodology for Identifying Defects in Wire Rope Based on Permanent Magnet Excitation
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摘要 A wire rope defects detection method based on permanent magnet excitation is proposed.A detection system,mainly composed of permanent magnet excitation,distance detection,multi-sensor magnetic flux leakage signal acquisition and data analysis device,is set up.According to the different characteristics of the multi-sensor magnetic flux leakage signal,the localized fault(LF)and loss of metallic cross-sectional area(LMA)signal is separated,and then the two defects can be detected.The experiments show that the method can effectively detect the two defects when they appear simultaneously on the wire rope. A wire rope defects detection method based on permanent magnet excitation is proposed.A detection system,mainly composed of permanent magnet excitation,distance detection,multi-sensor magnetic flux leakage signal acquisition and data analysis device,is set up.According to the different characteristics of the multi-sensor magnetic flux leakage signal,the localized fault(LF)and loss of metallic cross-sectional area(LMA)signal is separated,and then the two defects can be detected.The experiments show that the method can effectively detect the two defects when they appear simultaneously on the wire rope.
出处 《Transactions of Nanjing University of Aeronautics and Astronautics》 EI CSCD 2017年第3期296-301,共6页 南京航空航天大学学报(英文版)
关键词 wire rope DEFECT cross-sectional area loss permanent magnet excitation leakage defects localized separated metallic broken preprocessing
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