Infrared thermography is a non-destructive investigation technique, which is largely used
because of the outstanding advantages that it is capable to provide in a variety of …

The most reliable method to obtain correct emissivity values for the infrared thermographic
systems and applications is to determine the emissivity of the targets to be tested. Although …

In this work, infrared thermography is employed with the intention of evaluating the moisture
distribution by capillary rise in reference porous material specimens in the laboratory, in an …

One of the most important problems that is directly related to infrared thermography is the
determination of emissivity values. Little is known about the emissivity of building materials …

An integrated diagnostic study of the building materials of the walls at the Ialyssos Acropolis
(Sarantapichos) and the Acropolis of Erimokastro, Rhodes was carried out using ultrasonics …

In this work, infrared thermography is used for detecting the movement of water-moisture in
various porous materials in the laboratory, with the intention of validating the examination of …

Non-destructive testing and evaluation techniques, such asDigital ImageProcessing (DIP),
Fiber Optic Microscopy (FOM), Infrared Thermography (IR-Thermo), Ultrasonic (US) …

The deterioration of asphalt pavements and airport runways is one of the most serious
problems concerned with materials engineering, transport engineering and transportation in …

Infrared thermographs coordinated with the results of chemical analysis of stone decay
products (soluble salts-ion concentrations) and the results of humidity contents permits to …

Intelligent diagnosis on bridge painting defects using image processing techniques L.-M.
Chang', P.-H. Chen* and Y. AbdelRazig^^ School of Civil Engineering, Purdue University …