Publication detail
Prediction of thermodynamic effects in grinding and methods of their quantification with application of 95% criterion
PATA, V. KOCMAN, K.
Czech title
Predikce termodynamických jevů při broušení a metody jejich kvantifikace s aplikací 95% kritéria
English title
Prediction of thermodynamic effects in grinding and methods of their quantification with application of 95% criterion
Type
journal article - other
Language
en
Original abstract
The article includes the results of research of thermodynamic effects in flatsurface grinding with the aim of eliminating generation of undesirable tensile residual stress in the surface layer and preventing other negative effects due to the thermal degradation of the surface. The mathematical quntification of heat and temperature in grinding was verified with the aid of thermal imaging system Therma Cam SC2000 complete with the definition of boundary conditions to determine specofic individual dependence.
Czech abstract
Článek obsahuje výsledky výzkumu termodynamických jevů při rovinném broušení s cílem eliminovat vznik nežádoucích tahových reziduálních pnutí v povrchové vrstvě a vyloučit další negativní jevy, způsobené tepelnou degradací povrchu. Matematická kvantifikace průběhu tepla a teploty při broušení byla verifikována pomocí Termovizního systému ThermaCam SC200 včetně stanovení okrajových podmínek pro konkrétní stanovení jednotlivých závislostí.
English abstract
The article includes the results of research of thermodynamic effects in flatsurface grinding with the aim of eliminating generation of undesirable tensile residual stress in the surface layer and preventing other negative effects due to the thermal degradation of the surface. The mathematical quntification of heat and temperature in grinding was verified with the aid of thermal imaging system Therma Cam SC2000 complete with the definition of boundary conditions to determine specofic individual dependence.
Keywords in English
Grinding, Residual stress, Temperature
Released
25.06.2004
Publisher
Oficyna Wydawnicza Politechniki Rzeszowskiej
Location
Rzeszów, Poland
ISSN
0209-2689
Journal
MECHANICS 2004
Volume
2004
Number
62
Pages from–to
175–184
Pages count
10
BIBTEX
@article{BUT46451,
author="Vladimír {Pata} and Karel {Kocman},
title="Prediction of thermodynamic effects in grinding and methods of their quantification with application of 95% criterion",
journal="MECHANICS 2004",
year="2004",
volume="2004",
number="62",
month="June",
pages="175--184",
publisher="Oficyna Wydawnicza Politechniki Rzeszowskiej",
address="Rzeszów, Poland",
issn="0209-2689"
}