1-D probe array for ACFM inspection of large metal plates

The theory and experiments behind the development. of a novel one-dimensional ACFM probe array system for nondestructive evaluation of ferromagnetic and nonferromagnetic metal plates are explained. In this linear array, each element consists of a linear pick-up coil and a rhombic inducer arranged sp...

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Published inIEEE transactions on instrumentation and measurement Vol. 51; no. 2; pp. 374 - 382
Main Authors Mirshekar-Syahkal, D., Mostafavi, R.F.
Format Journal Article
LanguageEnglish
Published New York IEEE 01.04.2002
The Institute of Electrical and Electronics Engineers, Inc. (IEEE)
Subjects
Array signal processing
Arrays
Boards
Coils
Cracks
Fabrication
Ferromagnetism
Flaw detection
Inspection
Instrumentation
Magnetic field measurement
Metal plates
Probes
Signal processing
Switches
Switching circuits
Ultrasonic transducer arrays
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Abstract The theory and experiments behind the development. of a novel one-dimensional ACFM probe array system for nondestructive evaluation of ferromagnetic and nonferromagnetic metal plates are explained. In this linear array, each element consists of a linear pick-up coil and a rhombic inducer arranged specifically for high detection sensitivity. The special sequential switching , arrangement of the array allows the fabrication of the array, theoretically, to any required length on flexible or ordinary printed circuit. boards. The switching circuit, the signal acquisition system, and the signal processing method, are presented, and the limitations that the switch imposes on the array length are addressed. Example signals from the array as applied to crack and saw-cut notch samples in different rectangular metal blocks (cut from metal plates) are shown, and methods for the inversion of the crack signal to the crack depth are discussed.
AbstractList The theory and experiments behind the development. of a novel one-dimensional ACFM probe array system for nondestructive evaluation of ferromagnetic and nonferromagnetic metal plates are explained. In this linear array, each element consists of a linear pick-up coil and a rhombic inducer arranged specifically for high detection sensitivity. The special sequential switching , arrangement of the array allows the fabrication of the array, theoretically, to any required length on flexible or ordinary printed circuit. boards. The switching circuit, the signal acquisition system, and the signal processing method, are presented, and the limitations that the switch imposes on the array length are addressed. Example signals from the array as applied to crack and saw-cut notch samples in different rectangular metal blocks (cut from metal plates) are shown, and methods for the inversion of the crack signal to the crack depth are discussed
The theory and experiments behind the development. of a novel one-dimensional ACFM probe array system for nondestructive evaluation of ferromagnetic and nonferromagnetic metal plates are explained. In this linear array, each element consists of a linear pick-up coil and a rhombic inducer arranged specifically for high detection sensitivity. The special sequential switching , arrangement of the array allows the fabrication of the array, theoretically, to any required length on flexible or ordinary printed circuit. boards. The switching circuit, the signal acquisition system, and the signal processing method, are presented, and the limitations that the switch imposes on the array length are addressed. Example signals from the array as applied to crack and saw-cut notch samples in different rectangular metal blocks (cut from metal plates) are shown, and methods for the inversion of the crack signal to the crack depth are discussed.
Author Mostafavi, R.F.
Mirshekar-Syahkal, D.
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10.1007/978-1-4613-0383-1_146
10.1098/rspa.1997.0063
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StartPage 374
SubjectTerms Array signal processing
Arrays
Boards
Coils
Cracks
Fabrication
Ferromagnetism
Flaw detection
Inspection
Instrumentation
Magnetic field measurement
Metal plates
Probes
Signal processing
Switches
Switching circuits
Ultrasonic transducer arrays
Title 1-D probe array for ACFM inspection of large metal plates
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