Transient Infrared Measurement of Laser Absorption Properties of Porous Materials

Marynowicz, Andrzej

doi:10.1515/msr-2016-0020

Abstract

The infrared thermography measurements of porous building materials have become more frequent in recent years. Many accompanying techniques for the thermal field generation have been developed, including one based on laser radiation. This work presents a simple optimization technique for estimation of the laser beam absorption for selected porous building materials, namely clinker brick and cement mortar. The transient temperature measurements were performed with the use of infrared camera during laser-induced heating-up of the samples’ surfaces. As the results, the absorbed fractions of the incident laser beam together with its shape parameter are reported.

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Transient Infrared Measurement of Laser Absorption Properties of Porous Materials

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