MATHEMATICAL AND EXPERIMENTAL SIMULATION OF CARBON OXIDES AND EXCESS HEAT PROPAGATION IN GAS-AIR INDOOR ENVIRONMENT

Results of the mathematical and experimental simulation of the distribution of carbon monoxide and excess heat in the air of the garage premises are presented. Fields of air movement, carbon oxide concentration and temperature indoor comparable to the experimental data have been obtained on the grou...

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Main Authors: Besarion C. Meskhi, Evgeny I. Maslov, Arkady N. Solovyev, Yury I. Bulygin, Denis A. Koronchik
Format: Article
Language:Russian
Published: Don State Technical University 2011-07-01
Series:Advanced Engineering Research
Subjects:
Online Access:https://www.vestnik-donstu.ru/jour/article/view/800
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author Besarion C. Meskhi
Evgeny I. Maslov
Arkady N. Solovyev
Yury I. Bulygin
Denis A. Koronchik
author_facet Besarion C. Meskhi
Evgeny I. Maslov
Arkady N. Solovyev
Yury I. Bulygin
Denis A. Koronchik
author_sort Besarion C. Meskhi
collection DOAJ
description Results of the mathematical and experimental simulation of the distribution of carbon monoxide and excess heat in the air of the garage premises are presented. Fields of air movement, carbon oxide concentration and temperature indoor comparable to the experimental data have been obtained on the ground of the theoretical and experimental method.
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spelling doaj.art-bc0891fd358840b79b9d89f97a7e5a202023-03-13T07:31:21ZrusDon State Technical UniversityAdvanced Engineering Research2687-16532011-07-01116862874789MATHEMATICAL AND EXPERIMENTAL SIMULATION OF CARBON OXIDES AND EXCESS HEAT PROPAGATION IN GAS-AIR INDOOR ENVIRONMENTBesarion C. Meskhi0Evgeny I. Maslov1Arkady N. Solovyev2Yury I. Bulygin3Denis A. Koronchik4Донской государственный технический университетДонской государственный технический университетДонской государственный технический университетДонской государственный технический университетДонской государственный технический университетResults of the mathematical and experimental simulation of the distribution of carbon monoxide and excess heat in the air of the garage premises are presented. Fields of air movement, carbon oxide concentration and temperature indoor comparable to the experimental data have been obtained on the ground of the theoretical and experimental method.https://www.vestnik-donstu.ru/jour/article/view/800загазованностьизбытки теплотыконцентрациятемпературавентиляция.
spellingShingle Besarion C. Meskhi
Evgeny I. Maslov
Arkady N. Solovyev
Yury I. Bulygin
Denis A. Koronchik
MATHEMATICAL AND EXPERIMENTAL SIMULATION OF CARBON OXIDES AND EXCESS HEAT PROPAGATION IN GAS-AIR INDOOR ENVIRONMENT
Advanced Engineering Research
загазованность
избытки теплоты
концентрация
температура
вентиляция.
title MATHEMATICAL AND EXPERIMENTAL SIMULATION OF CARBON OXIDES AND EXCESS HEAT PROPAGATION IN GAS-AIR INDOOR ENVIRONMENT
title_full MATHEMATICAL AND EXPERIMENTAL SIMULATION OF CARBON OXIDES AND EXCESS HEAT PROPAGATION IN GAS-AIR INDOOR ENVIRONMENT
title_fullStr MATHEMATICAL AND EXPERIMENTAL SIMULATION OF CARBON OXIDES AND EXCESS HEAT PROPAGATION IN GAS-AIR INDOOR ENVIRONMENT
title_full_unstemmed MATHEMATICAL AND EXPERIMENTAL SIMULATION OF CARBON OXIDES AND EXCESS HEAT PROPAGATION IN GAS-AIR INDOOR ENVIRONMENT
title_short MATHEMATICAL AND EXPERIMENTAL SIMULATION OF CARBON OXIDES AND EXCESS HEAT PROPAGATION IN GAS-AIR INDOOR ENVIRONMENT
title_sort mathematical and experimental simulation of carbon oxides and excess heat propagation in gas air indoor environment
topic загазованность
избытки теплоты
концентрация
температура
вентиляция.
url https://www.vestnik-donstu.ru/jour/article/view/800
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AT evgenyimaslov mathematicalandexperimentalsimulationofcarbonoxidesandexcessheatpropagationingasairindoorenvironment
AT arkadynsolovyev mathematicalandexperimentalsimulationofcarbonoxidesandexcessheatpropagationingasairindoorenvironment
AT yuryibulygin mathematicalandexperimentalsimulationofcarbonoxidesandexcessheatpropagationingasairindoorenvironment
AT denisakoronchik mathematicalandexperimentalsimulationofcarbonoxidesandexcessheatpropagationingasairindoorenvironment