This work reports the results of an experimental investigation of the coupled effects of component thickness and paint coating on metal components surfaces, in surface temperature measurements by means of pulsed active thermograpy technique. A set of tests were performed using a steel US calibration block, with and without paint coating, where thermal energy is input on the target surface by means of a laser beam. The heating and cooling profiles are processed and and compared. It results that paint coating affects the transient thermal profiles and adequate average and calibration procedures allow correlating the profiles with the thickness.

ASSESSMENTS ON MATERIAL THICKNESS AND COATING IN LASER SPOT ACTIVE THERMOGRAPHY / Cura, F M; Santoro, L; Sesana, R; Corsaro, L. - ELETTRONICO. - (2023), pp. 1051-1058. (Intervento presentato al convegno ICEM20 EXPERIMENTAL MECHANICS IN ENGINEERING AND BIOMECHANICS tenutosi a Oporto nel 2-7 July 2023).

ASSESSMENTS ON MATERIAL THICKNESS AND COATING IN LASER SPOT ACTIVE THERMOGRAPHY

Cura, F M;Santoro, L;Sesana, R;Corsaro, L
2023

Abstract

This work reports the results of an experimental investigation of the coupled effects of component thickness and paint coating on metal components surfaces, in surface temperature measurements by means of pulsed active thermograpy technique. A set of tests were performed using a steel US calibration block, with and without paint coating, where thermal energy is input on the target surface by means of a laser beam. The heating and cooling profiles are processed and and compared. It results that paint coating affects the transient thermal profiles and adequate average and calibration procedures allow correlating the profiles with the thickness.
2023
978-989-54756-6-7
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11583/2980377