The concept of Laser Spot Thermography test rig with real-time data processing

The paper shows the concept of Laser Spot Thermography test rig with real time data processing. Laser Spot Thermography is a promising method for non-destructive testing applications especially, when fully non-contact procedure is required. Unfortunately, the procedure as of now is hard to apply, du...

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Main Author: J Roemer
Format: Article
Language:English
Published: MULTIPHYSICS 2020-03-01
Series:International Journal of Multiphysics
Online Access:http://journal.multiphysics.org/index.php/IJM/article/view/529
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author J Roemer
author_facet J Roemer
author_sort J Roemer
collection DOAJ
description The paper shows the concept of Laser Spot Thermography test rig with real time data processing. Laser Spot Thermography is a promising method for non-destructive testing applications especially, when fully non-contact procedure is required. Unfortunately, the procedure as of now is hard to apply, due to technical difficulties related with data processing. Laser thermography test procedure involves recording of multiple sequences (even hundreds), which have to be processed and evaluated as a whole. The industry requires quick and precise results, which is hard to achieve with the amount of output data from the currently known test procedure.  The paper gives a proposal for improving the laser thermography test procedure through data parameterization (curve fitting) for infrared sequences. The data parameterization allows for reduction of output data size, in particular temporary data storage in RAM. The reduction of data size leads to faster real time processing.
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spelling doaj.art-691242aa60f446009dc809c3eab47fe62023-08-02T03:00:27ZengMULTIPHYSICSInternational Journal of Multiphysics1750-95482048-39612020-03-0114110.21152/1750-9548.14.1.31407The concept of Laser Spot Thermography test rig with real-time data processingJ Roemer0AGH University of Science and TechnologyThe paper shows the concept of Laser Spot Thermography test rig with real time data processing. Laser Spot Thermography is a promising method for non-destructive testing applications especially, when fully non-contact procedure is required. Unfortunately, the procedure as of now is hard to apply, due to technical difficulties related with data processing. Laser thermography test procedure involves recording of multiple sequences (even hundreds), which have to be processed and evaluated as a whole. The industry requires quick and precise results, which is hard to achieve with the amount of output data from the currently known test procedure.  The paper gives a proposal for improving the laser thermography test procedure through data parameterization (curve fitting) for infrared sequences. The data parameterization allows for reduction of output data size, in particular temporary data storage in RAM. The reduction of data size leads to faster real time processing.http://journal.multiphysics.org/index.php/IJM/article/view/529
spellingShingle J Roemer
The concept of Laser Spot Thermography test rig with real-time data processing
International Journal of Multiphysics
title The concept of Laser Spot Thermography test rig with real-time data processing
title_full The concept of Laser Spot Thermography test rig with real-time data processing
title_fullStr The concept of Laser Spot Thermography test rig with real-time data processing
title_full_unstemmed The concept of Laser Spot Thermography test rig with real-time data processing
title_short The concept of Laser Spot Thermography test rig with real-time data processing
title_sort concept of laser spot thermography test rig with real time data processing
url http://journal.multiphysics.org/index.php/IJM/article/view/529
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