The biannual Quantitative InfraRed Thermography (QIRT) Conference is a meeting of the scientific and industrial community interested and actively working in research, application and technology related to infrared thermography.
All conference topics are intended to quantitative results comprising temperature values as well as further parameters on the tested materials and structures. The latter ones are usually obtained through active thermography, e. g. by exploiting non-stationary heat transfer processes activated by additional heat sources or by considering wavelength dependent effects.
Passive and active thermography methods and technologies are spread now along a multitude of areas of applications, which all profit from each other.
State-of-the-art and evolution in the field of infrared scanners and imaging systems allowing quantitative measurements, and related data acquisition and processing systems.
Calibration and characterization of infrared cameras and related topics like certification, standardization, validation, emissivity determination, absorption in media, translucent media, spurious radiations, three dimensionality of observed objects.
Characterization of optical and further heat sources for active thermography
Analytical and numerical modeling, data reduction and image processing related to infrared thermography.
Application of infrared thermography to radiometry, thermometry, and physical parameters identification and quantification, in all fields: fluid mechanics, solid mechanics, structures and material sciences, non-destructive evaluations, electromagnetism, medicine and biomedical sciences, remote sensing, environment monitoring, industrial processes and other.
After the conference, all papers will be evaluated by the QIRT Committees and the best papers will be pre-selected for publication in QIRT Journal after a normal review procedure.
These papers should not already be published in any conference proceedings or journals and the work should be original and new. A peer review process by independent, anonymous expert referees is performed.