REFERENCE PARAMETER ANALYSIS OF TRANSMITTED GAS FLOWS FOR SIMULATION PROBLEMS

REFERENCE PARAMETER ANALYSIS OF TRANSMITTED GAS FLOWS FOR SIMULATION PROBLEMS

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The possible application of the main pipeline mathematical simulation results to the preanalysis problems of the technological and design values of gas line sections is considered. A through calculation approach to digitized state variable values when outlining block-modular model structures through...

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Main Authors: Rudolf A. Neydorf, Elena V. Teterevleva, Zafar K. Yagubov
Format: Article
Language:Russian
Published: Don State Technical University 2011-05-01
Series:Advanced Engineering Research
Subjects:
main pipeline segment, mathematical model, steady run, technological and design values, approximation, discretisation.
Online Access:https://www.vestnik-donstu.ru/jour/article/view/747
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spelling doaj-5bd64c107a204bf99a5461635a51eaa52021-10-02T16:21:21ZrusDon State Technical UniversityAdvanced Engineering Research2687-16532011-05-01114470479739REFERENCE PARAMETER ANALYSIS OF TRANSMITTED GAS FLOWS FOR SIMULATION PROBLEMSRudolf A. Neydorf0Elena V. Teterevleva1Zafar K. Yagubov2Don State Technical University.Ukhta State Technical University.Ukhta State Technical University.The possible application of the main pipeline mathematical simulation results to the preanalysis problems of the technological and design values of gas line sections is considered. A through calculation approach to digitized state variable values when outlining block-modular model structures through their software implementation is offered. That will permit to increase efficiency and optimize processing behaviour and controllability of such objects when constructing and operating automatic process control systems.https://www.vestnik-donstu.ru/jour/article/view/747main pipeline segment, mathematical model, steady run, technological and design values, approximation, discretisation.
collection DOAJ
language Russian
format Article
sources DOAJ
author Rudolf A. Neydorf
Elena V. Teterevleva
Zafar K. Yagubov
spellingShingle Rudolf A. Neydorf
Elena V. Teterevleva
Zafar K. Yagubov
REFERENCE PARAMETER ANALYSIS OF TRANSMITTED GAS FLOWS FOR SIMULATION PROBLEMS
Advanced Engineering Research
main pipeline segment, mathematical model, steady run, technological and design values, approximation, discretisation.
author_facet Rudolf A. Neydorf
Elena V. Teterevleva
Zafar K. Yagubov
author_sort Rudolf A. Neydorf
title REFERENCE PARAMETER ANALYSIS OF TRANSMITTED GAS FLOWS FOR SIMULATION PROBLEMS
title_short REFERENCE PARAMETER ANALYSIS OF TRANSMITTED GAS FLOWS FOR SIMULATION PROBLEMS
title_full REFERENCE PARAMETER ANALYSIS OF TRANSMITTED GAS FLOWS FOR SIMULATION PROBLEMS
title_fullStr REFERENCE PARAMETER ANALYSIS OF TRANSMITTED GAS FLOWS FOR SIMULATION PROBLEMS
title_full_unstemmed REFERENCE PARAMETER ANALYSIS OF TRANSMITTED GAS FLOWS FOR SIMULATION PROBLEMS
title_sort reference parameter analysis of transmitted gas flows for simulation problems
publisher Don State Technical University
series Advanced Engineering Research
issn 2687-1653
publishDate 2011-05-01
description The possible application of the main pipeline mathematical simulation results to the preanalysis problems of the technological and design values of gas line sections is considered. A through calculation approach to digitized state variable values when outlining block-modular model structures through their software implementation is offered. That will permit to increase efficiency and optimize processing behaviour and controllability of such objects when constructing and operating automatic process control systems.
topic main pipeline segment, mathematical model, steady run, technological and design values, approximation, discretisation.
url https://www.vestnik-donstu.ru/jour/article/view/747
work_keys_str_mv AT rudolfaneydorf referenceparameteranalysisoftransmittedgasflowsforsimulationproblems
AT elenavteterevleva referenceparameteranalysisoftransmittedgasflowsforsimulationproblems
AT zafarkyagubov referenceparameteranalysisoftransmittedgasflowsforsimulationproblems
_version_ 1716852648109408256

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