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High Sensitivity Rotating Alternating Current Field Measurement for Arbitrary-Angle Underwater Cracks

Yuan, Xin’an / Li, Wei / Zhao, Jianming / Yin, Xiaokang / Li, Xiao / Zhao, Jianchao

Alternating current field measurement (ACFM) technology has been used for sizing underwater structure cracks. However, conventional ACFM is more sensitive to cracks perpendicular to the induced current than cracks with other angles. In this paper, a rotating alternating current field measurement (RACFM) method and underwater test system are present for the detection of arbitrary-angle cracks with high sensitivity. The RACFM is proved by simulations and experiments. Arbitrary-angle cracks detection results obtained from ACFM and RACFM have shown that the RACFM method overcomes the limitation of directional detection of ACFM and effectively achieves high detection sensitivity for arbitrary-angle cracks on underwater structures.

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High Sensitivity Rotating Alternating Current Field Measurement for Arbitrary-Angle Underwater Cracks

Yuan, Xin’an / Li, Wei / Zhao, Jianming / Yin, Xiaokang / Li, Xiao / Zhao, Jianchao

Alternating current field measurement (ACFM) technology has been used for sizing underwater structure cracks. However, conventional ACFM is more sensitive to cracks perpendicular to the induced current than cracks with other angles. In this paper, a rotating alternating current field measurement (RACFM) method and underwater test system are present for the detection of arbitrary-angle cracks with high sensitivity. The RACFM is proved by simulations and experiments. Arbitrary-angle cracks detection results obtained from ACFM and RACFM have shown that the RACFM method overcomes the limitation of directional detection of ACFM and effectively achieves high detection sensitivity for arbitrary-angle cracks on underwater structures.

High Sensitivity Rotating Alternating Current Field Measurement for Arbitrary-Angle Underwater Cracks

Yuan, Xin’an / Li, Wei / Zhao, Jianming / Yin, Xiaokang / Li, Xiao / Zhao, Jianchao

Alternating current field measurement (ACFM) technology has been used for sizing underwater structure cracks. However, conventional ACFM is more sensitive to cracks perpendicular to the induced current than cracks with other angles. In this paper, a rotating alternating current field measurement (RACFM) method and underwater test system are present for the detection of arbitrary-angle cracks with high sensitivity. The RACFM is proved by simulations and experiments. Arbitrary-angle cracks detection results obtained from ACFM and RACFM have shown that the RACFM method overcomes the limitation of directional detection of ACFM and effectively achieves high detection sensitivity for arbitrary-angle cracks on underwater structures.

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Title:

High Sensitivity Rotating Alternating Current Field Measurement for Arbitrary-Angle Underwater Cracks

Contributors:

Yuan, Xin’an (author) / Li, Wei (author) / Zhao, Jianming (author) / Yin, Xiaokang (author) / Li, Xiao (author) / Zhao, Jianchao (author)

Published in:

Recent Development of Alternating Current Field Measurement Combine with New Technology ; Chapter: 1 ; 1-20

Publication date:

2024-07-05

Size:

20 pages

ISBN:

978-981-97-4224-0 , 978-981-97-4223-3

DOI:

https://doi.org/10.1007/978-981-97-4224-0_1

Type of media:

Article/Chapter (Book)

Type of material:

Electronic Resource

Language:

English

Keywords:

Offshore oil & gas industry , Rotating alternating current field measurement (RACFM) , Highly sensitive inspection system , Arbitrary-angle crack detection Engineering , Geoengineering, Foundations, Hydraulics , Geology

Licence:

http://creativecommons.org/licenses/by/4.0/

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