A biaxial probe for nondestructive testing on conductive materials was set up and tested. Its behavior was investigated at first by using a dedicated simulation environment. Then experimental tests confirm the simulation results and allow better highlighting of the probe effectiveness. The biaxial probe inserted in a previously realized automatic positioning system, operating on a number of specimens of different materials, and with known cracks, proves to be capable of 1) correctly identifying the crack direction and 2) detecting the crack location with an uncertainty contained within the resolution of the automatic positioning system.
A Bi-axial Probe for Nondestructive Testing on Conductive Materials / A., Bernieri; Betta, G; Ferrigno, L; Laracca, M. - In: IEEE TRANSACTIONS ON INSTRUMENTATION AND MEASUREMENT. - ISSN 0018-9456. - 53:3(2004), pp. 678-684. [10.1109/TIM.2004.827082]
A Bi-axial Probe for Nondestructive Testing on Conductive Materials
BETTA G;LARACCA M
2004
Abstract
A biaxial probe for nondestructive testing on conductive materials was set up and tested. Its behavior was investigated at first by using a dedicated simulation environment. Then experimental tests confirm the simulation results and allow better highlighting of the probe effectiveness. The biaxial probe inserted in a previously realized automatic positioning system, operating on a number of specimens of different materials, and with known cracks, proves to be capable of 1) correctly identifying the crack direction and 2) detecting the crack location with an uncertainty contained within the resolution of the automatic positioning system.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
