QUANTITATIVE DETECTION OF CONTACT FAILURES IN COMPOSITES USING INFRARED THERMOGRAPHYAND THE RECIPROCITY FUNCTIONAL APPROACH

L. A. S. Abreu; M. Colaço; H. R. Orlande; C. J. S. Alves

Corpus ID: 163161805

QUANTITATIVE DETECTION OF CONTACT FAILURES IN COMPOSITES USING INFRARED THERMOGRAPHYAND THE RECIPROCITY FUNCTIONAL APPROACH

@inproceedings{Abreu2015QUANTITATIVEDO,
  title={QUANTITATIVE DETECTION OF CONTACT FAILURES IN COMPOSITES USING INFRARED THERMOGRAPHYAND THE RECIPROCITY FUNCTIONAL APPROACH},
  author={L. A. S. Abreu and M. Colaço and H. R. Orlande and C. J. S. Alves},
  year={2015}
}

L. A. S. Abreu, M. Colaço, +1 author C. J. S. Alves

Published 2015

Composite materials are found in many engineering applications such as aircraft walls, pipes, nuclear reactors, cooling of electronic components and many others. The evaluation and detection of adhesion failures at the interface between the layers of these materials have great importance for these applications. This work deals with the quantitative detection of adhesion failures in a medium composed of two layers, by estimating the temperature difference at the interface between these layers… CONTINUE READING