A novel approach for real time inspection of composite materials is presented, which utilises image processing techniques for the character- isation of flaws in composites. The technique is based on transient thermography coupled to the processing of infrared images obtained by exciting the specimen by a thermal pulse. This paper discusses the image reconstruction theory used for defect location, associated image processing techniques, the numerical models for solving the propagation of heat through flawed composites as well as the experimental set-up for testing composites and generating thermal images.

Thermal Imaging Techniques for the Non Destructive Inspection of Composite Materials in Real Time

F Lotti;S Baronti
1987

Abstract

A novel approach for real time inspection of composite materials is presented, which utilises image processing techniques for the character- isation of flaws in composites. The technique is based on transient thermography coupled to the processing of infrared images obtained by exciting the specimen by a thermal pulse. This paper discusses the image reconstruction theory used for defect location, associated image processing techniques, the numerical models for solving the propagation of heat through flawed composites as well as the experimental set-up for testing composites and generating thermal images.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.14243/115439
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