Publikace
Detail publikace
Citace
2014. : Automatic Optical Detection of Indentation into Polymers for Inner Stress Analysis .
Další informace
Abstrakt
In this paper we present a method for automatic detection of Vickers indentation into polymers using computer vision techniques. Since the polymers relax after the indentation process we track the changes of the indentation and correlate the results with the inner stress of the polymer. The stress was applied by bending. Our results show that change in the shape of the indentation is correlated with the bending level. This knowledge can be utilized in applications of quality measurement.
Abstrakt v češtině
In this paper we present a method for automatic detection of Vickers indentation into polymers using computer vision techniques. Since the polymers relax after the indentation process we track the changes of the indentation and correlate the results with the inner stress of the polymer. The stress was applied by bending. Our results show that change in the shape of the indentation is correlated with the bending level. This knowledge can be utilized in applications of quality measurement.
Detail publikace
Název: | Automatic Optical Detection of Indentation into Polymers for Inner Stress Analysis |
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Autor: | Lukáš Bureš ; Marek Hrúz ; Luděk Müller ; David Maňas ; Miroslav Maňas |
Jazyk publikace: | česky |
Datum vydání: | 11.8.2014 |
Rok vydání: | 2014 |
Typ publikace: | Článek z časopisu |
Datum: | 11.8.2014 - 12.8.2014 |
Klíčová slova
PMMA, Inner stress, Vickers micro-hardness test, Relaxation, Image processing
Klíčová slova v češtině
PMMA, Inner stress, Vickers micro-hardness test, Relaxation, Image processing
BibTeX
@INPROCEEDINGS{LukasBures_2014_AutomaticOptical, author = {Luk\'{a}\v{s} Bure\v{s} and Marek Hr\'{u}z and Lud\v{e}k M\"{u}ller and David Ma\v{n}as and Miroslav Ma\v{n}as}, title = {Automatic Optical Detection of Indentation into Polymers for Inner Stress Analysis}, year = {2014}, url = {http://www.kky.zcu.cz/en/publications/LukasBures_2014_AutomaticOptical}, }