INFLUENCE OF VARIOUS HOMOGENISATION SYSTEM CONFIGURATIONS ON OUTPUT PARAMETERS OF AN EXPERIMENTAL ENGINE

This article analyses the influence of various configurations concerning the homogenisation system on the output parameters of an experimental engine. The results presented in this article were obtained using experimental dynamometric measurement. A modular approach to the individual measurements co...

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Main Authors: Michal PUŠKÁR, Melichar KOPAS, Dušan PUŠKÁR, Marieta ŠOLTÉSOVÁ
Format: Article
Language:English
Published: Silesian University of Technology 2020-06-01
Series:Scientific Journal of Silesian University of Technology. Series Transport
Subjects:
Online Access:http://sjsutst.polsl.pl/archives/2020/vol107/135_SJSUTST107_2020_Puskar_Kopas_Puskar_Soltesova.pdf
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spelling doaj-aff888badbb440ec9fdd3efd8d2699142021-08-02T22:28:38ZengSilesian University of TechnologyScientific Journal of Silesian University of Technology. Series Transport0209-33242450-15492020-06-01107107135152https://doi.org/10.20858/sjsutst.2020.107.10INFLUENCE OF VARIOUS HOMOGENISATION SYSTEM CONFIGURATIONS ON OUTPUT PARAMETERS OF AN EXPERIMENTAL ENGINEMichal PUŠKÁRMelichar KOPASDušan PUŠKÁRMarieta ŠOLTÉSOVÁThis article analyses the influence of various configurations concerning the homogenisation system on the output parameters of an experimental engine. The results presented in this article were obtained using experimental dynamometric measurement. A modular approach to the individual measurements consists of a sequential formation of the homogenisation system configurations. The experimentally obtained results are matches with the analytical relations, which are described in the related literature. These results can be presented for a wide spectrum of high-powerful engines because the homogenisation system does not depend on the construction and design arrangement of the engine itself. The analysed system was successfully applied in the motorcycles and it is a subject of the patent application.http://sjsutst.polsl.pl/archives/2020/vol107/135_SJSUTST107_2020_Puskar_Kopas_Puskar_Soltesova.pdfhomogenisation systemoutput parametersexperimental engine
collection DOAJ
language English
format Article
sources DOAJ
author Michal PUŠKÁR
Melichar KOPAS
Dušan PUŠKÁR
Marieta ŠOLTÉSOVÁ
spellingShingle Michal PUŠKÁR
Melichar KOPAS
Dušan PUŠKÁR
Marieta ŠOLTÉSOVÁ
INFLUENCE OF VARIOUS HOMOGENISATION SYSTEM CONFIGURATIONS ON OUTPUT PARAMETERS OF AN EXPERIMENTAL ENGINE
Scientific Journal of Silesian University of Technology. Series Transport
homogenisation system
output parameters
experimental engine
author_facet Michal PUŠKÁR
Melichar KOPAS
Dušan PUŠKÁR
Marieta ŠOLTÉSOVÁ
author_sort Michal PUŠKÁR
title INFLUENCE OF VARIOUS HOMOGENISATION SYSTEM CONFIGURATIONS ON OUTPUT PARAMETERS OF AN EXPERIMENTAL ENGINE
title_short INFLUENCE OF VARIOUS HOMOGENISATION SYSTEM CONFIGURATIONS ON OUTPUT PARAMETERS OF AN EXPERIMENTAL ENGINE
title_full INFLUENCE OF VARIOUS HOMOGENISATION SYSTEM CONFIGURATIONS ON OUTPUT PARAMETERS OF AN EXPERIMENTAL ENGINE
title_fullStr INFLUENCE OF VARIOUS HOMOGENISATION SYSTEM CONFIGURATIONS ON OUTPUT PARAMETERS OF AN EXPERIMENTAL ENGINE
title_full_unstemmed INFLUENCE OF VARIOUS HOMOGENISATION SYSTEM CONFIGURATIONS ON OUTPUT PARAMETERS OF AN EXPERIMENTAL ENGINE
title_sort influence of various homogenisation system configurations on output parameters of an experimental engine
publisher Silesian University of Technology
series Scientific Journal of Silesian University of Technology. Series Transport
issn 0209-3324
2450-1549
publishDate 2020-06-01
description This article analyses the influence of various configurations concerning the homogenisation system on the output parameters of an experimental engine. The results presented in this article were obtained using experimental dynamometric measurement. A modular approach to the individual measurements consists of a sequential formation of the homogenisation system configurations. The experimentally obtained results are matches with the analytical relations, which are described in the related literature. These results can be presented for a wide spectrum of high-powerful engines because the homogenisation system does not depend on the construction and design arrangement of the engine itself. The analysed system was successfully applied in the motorcycles and it is a subject of the patent application.
topic homogenisation system
output parameters
experimental engine
url http://sjsutst.polsl.pl/archives/2020/vol107/135_SJSUTST107_2020_Puskar_Kopas_Puskar_Soltesova.pdf
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AT melicharkopas influenceofvarioushomogenisationsystemconfigurationsonoutputparametersofanexperimentalengine
AT dusanpuskar influenceofvarioushomogenisationsystemconfigurationsonoutputparametersofanexperimentalengine
AT marietasoltesova influenceofvarioushomogenisationsystemconfigurationsonoutputparametersofanexperimentalengine
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