Reasons For The Experimental Research Of Gas Outflows Based On The Signals Of Weak Interactions Between The Tested Model Of The Gas Pipeline, And Tested Equalizer

This article applies diagnosing issues outflows of gas pipelines using specialized research equipment - equalizers. Variant with only two measuring devices (equalizers), arranged on the inlet and outlet of the pipeline, and the standard pressure transducers and flow rate were considered. The signals...

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Main Authors: Rafał Grądzki, Karol Golak, Paweł Lindstedt, Błażej Bartoszewicz
Format: Article
Language:English
Published: Sciendo 2015-09-01
Series:Journal of KONBiN
Subjects:
Online Access:https://doi.org/10.1515/jok-2015-0022
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spelling doaj-4b8b7f31f96a4d8490bf575de4b7bb592021-09-06T19:40:49ZengSciendoJournal of KONBiN2083-46082015-09-01341394810.1515/jok-2015-0022jok-2015-0022Reasons For The Experimental Research Of Gas Outflows Based On The Signals Of Weak Interactions Between The Tested Model Of The Gas Pipeline, And Tested EqualizerRafał Grądzki0Karol Golak1Paweł Lindstedt2Błażej Bartoszewicz3(1) Bialystok University of Technology, Poland(1) Bialystok University of Technology, Poland(2) Air Force Institute of Technology, Poland(1) Bialystok University of Technology, PolandThis article applies diagnosing issues outflows of gas pipelines using specialized research equipment - equalizers. Variant with only two measuring devices (equalizers), arranged on the inlet and outlet of the pipeline, and the standard pressure transducers and flow rate were considered. The signals from the system and research equipment (equalizers) are the basis for the development of new method to test outflow of gas pipeline, which is based on the quotient of the power spectral density of signals generated by the equalizer (diagnoser) and signals measured using standard pressure transducers and flow rate. Possible use to analysis the signals power will allow go from signal diagnostic for more effective parametric diagnostic.https://doi.org/10.1515/jok-2015-0022gas pipelineequalizerdiagnosticpower spectral densitygazociągkorektordiagnostykagęstośćwidmowa mocy
collection DOAJ
language English
format Article
sources DOAJ
author Rafał Grądzki
Karol Golak
Paweł Lindstedt
Błażej Bartoszewicz
spellingShingle Rafał Grądzki
Karol Golak
Paweł Lindstedt
Błażej Bartoszewicz
Reasons For The Experimental Research Of Gas Outflows Based On The Signals Of Weak Interactions Between The Tested Model Of The Gas Pipeline, And Tested Equalizer
Journal of KONBiN
gas pipeline
equalizer
diagnostic
power spectral density
gazociąg
korektor
diagnostyka
gęstośćwidmowa mocy
author_facet Rafał Grądzki
Karol Golak
Paweł Lindstedt
Błażej Bartoszewicz
author_sort Rafał Grądzki
title Reasons For The Experimental Research Of Gas Outflows Based On The Signals Of Weak Interactions Between The Tested Model Of The Gas Pipeline, And Tested Equalizer
title_short Reasons For The Experimental Research Of Gas Outflows Based On The Signals Of Weak Interactions Between The Tested Model Of The Gas Pipeline, And Tested Equalizer
title_full Reasons For The Experimental Research Of Gas Outflows Based On The Signals Of Weak Interactions Between The Tested Model Of The Gas Pipeline, And Tested Equalizer
title_fullStr Reasons For The Experimental Research Of Gas Outflows Based On The Signals Of Weak Interactions Between The Tested Model Of The Gas Pipeline, And Tested Equalizer
title_full_unstemmed Reasons For The Experimental Research Of Gas Outflows Based On The Signals Of Weak Interactions Between The Tested Model Of The Gas Pipeline, And Tested Equalizer
title_sort reasons for the experimental research of gas outflows based on the signals of weak interactions between the tested model of the gas pipeline, and tested equalizer
publisher Sciendo
series Journal of KONBiN
issn 2083-4608
publishDate 2015-09-01
description This article applies diagnosing issues outflows of gas pipelines using specialized research equipment - equalizers. Variant with only two measuring devices (equalizers), arranged on the inlet and outlet of the pipeline, and the standard pressure transducers and flow rate were considered. The signals from the system and research equipment (equalizers) are the basis for the development of new method to test outflow of gas pipeline, which is based on the quotient of the power spectral density of signals generated by the equalizer (diagnoser) and signals measured using standard pressure transducers and flow rate. Possible use to analysis the signals power will allow go from signal diagnostic for more effective parametric diagnostic.
topic gas pipeline
equalizer
diagnostic
power spectral density
gazociąg
korektor
diagnostyka
gęstośćwidmowa mocy
url https://doi.org/10.1515/jok-2015-0022
work_keys_str_mv AT rafałgradzki reasonsfortheexperimentalresearchofgasoutflowsbasedonthesignalsofweakinteractionsbetweenthetestedmodelofthegaspipelineandtestedequalizer
AT karolgolak reasonsfortheexperimentalresearchofgasoutflowsbasedonthesignalsofweakinteractionsbetweenthetestedmodelofthegaspipelineandtestedequalizer
AT pawełlindstedt reasonsfortheexperimentalresearchofgasoutflowsbasedonthesignalsofweakinteractionsbetweenthetestedmodelofthegaspipelineandtestedequalizer
AT błazejbartoszewicz reasonsfortheexperimentalresearchofgasoutflowsbasedonthesignalsofweakinteractionsbetweenthetestedmodelofthegaspipelineandtestedequalizer
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