Modeling of the number of stubble stuck elements after abrasive jet machining-processing

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Authors
Pietnicki, Krzysztof
Wolowiec, Emilia
Klimek, Leszek
Date
2011
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Abstract
Sticking of abrasive grains into the surface is the effect of abrasive jet machining processing. For prosthetic works burnt the clay, it may deteriorate the quality of metal-clay connection. Parameters of sandblasting have the significant influence on the amount of stubble elements stuck into the base. The aim of the research is examining possibilities of applying neuron networks for modeling this process. As the study shows, designed artificial neuron net simulations real dependencies appearing during abrasive jet machining-processing in a proper way and can be used for estimating proportional part of grains stuck into base after this processing. It turns out that this phenomenon can be modelled and its model can be used in a practical way without mathematical or physical equations.
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Keywords
abrasive jet machining-processing    neural network
Citation
Pietnicki K., Wołowiec E., Klimek L.: Modeling of the number of stubble stuck elements after abrasive jet machining-processing, Archives of Foundry Engineering 11 (3) (2011) 51-54
URI
https://depot.ceon.pl/handle/123456789/14106
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Artykuły / Articles