The paper proposes to highlight some of the theoretical and experimental procedures which have been developed in the framework of the project MADEND (Methods and Applications of Non-Destructive Electromagnetic Diagnostics), executed since 2001 until 2003 by a team of researchers belonging to some Italian universities. Both electromagnetic modeling and Artificial Intelligence techniques have been adopted to solve direct and inverse NDE problems.

Solution of direct and inverse problems in NDE: The MADEND Project / Martone, R.; Bettini, P.; Buonsanti, M.; Cardelli, E.; Cioffi, M.; Coccorese, E.; DI BARBA, P.; Faba, A.; Ferraioli, F.; Ferrigno, L.; Formisano, A.; Laracca, M.; Morabito, Francesco Carlo; Morozof, M.; Rubinacci, G.; Savini, A.; Specogna, R.; Stella, A.; Tamburrino, A.; Trevisan, F.; Ventre, S.; Villone, F.; Calcagno, Salvatore; Versaci, Mario. - 25:(2005), pp. 59-66.

Solution of direct and inverse problems in NDE: The MADEND Project

M. BUONSANTI;MORABITO, Francesco Carlo;CALCAGNO, SALVATORE;VERSACI, Mario
2005-01-01

Abstract

The paper proposes to highlight some of the theoretical and experimental procedures which have been developed in the framework of the project MADEND (Methods and Applications of Non-Destructive Electromagnetic Diagnostics), executed since 2001 until 2003 by a team of researchers belonging to some Italian universities. Both electromagnetic modeling and Artificial Intelligence techniques have been adopted to solve direct and inverse NDE problems.
2005
1-58603-522-3
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.12318/13339
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