MODELING OF METHANE-AIR MIXTURENONSTATIONARY COMBUSTION PROCESS IN COAL MINES
Modeling of methane-air mixture nonstationary combustion process in coal mines is performed. Analytical dependencies are formulated to perform modeling of methane-air mixture nonstationary combustion on the basis of FlowVision software complex. The adequacy of the computer model on the experimental...
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| Format: | Article |
| Language: | English |
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"VostECO" Ltd
2018-03-01
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| Series: | Vestnik Naučnogo Centra po Bezopasnosti Rabot v Ugolʹnoj Promyšlennosti |
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| Online Access: | https://ind-saf.com/uploads/s/l/d/a/ldab4xgicwcd/file/uq2VNTg6.pdf |
| _version_ | 1818386387783647232 |
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| author | Lisakov S.A. Sypin Ye.V. Pavlov A.N. Galenko Yu. A. |
| author_facet | Lisakov S.A. Sypin Ye.V. Pavlov A.N. Galenko Yu. A. |
| author_sort | Lisakov S.A. |
| collection | DOAJ |
| description | Modeling of methane-air mixture nonstationary combustion process in coal mines is performed. Analytical dependencies are formulated to perform modeling of methane-air mixture nonstationary combustion on the basis of FlowVision software complex. The adequacy of the computer model on the experimental data, given in the literature for 7 experiments, as well as on its own experimental data was verified. The average relative error of the model is from 10 to 20 %. The developed model is scaled for pipes with large diameters from 2 to 4 m and can be used to calculate non-stationary combustion for coal mine conditions. Modeling of nonstationary combustion for coal mine conditions was carried out. As a result, for the considered configurations of the mines it is established that: the maximum velocity of the flame front during detonation reaches 1400 m/s; the maximum temperature in the calculated region during detonation is 2440 °C; the maximum overpressure at detonation is 4 MPa; the calculated values of the radiation flux density at detonation reach 2200 kW / m2. |
| first_indexed | 2024-12-14T03:53:15Z |
| format | Article |
| id | doaj.art-c8dfd8ee3ab448cc89c7d3f6b6c19d35 |
| institution | Directory Open Access Journal |
| issn | 2072-6554 2072-6554 |
| language | English |
| last_indexed | 2024-12-14T03:53:15Z |
| publishDate | 2018-03-01 |
| publisher | "VostECO" Ltd |
| record_format | Article |
| series | Vestnik Naučnogo Centra po Bezopasnosti Rabot v Ugolʹnoj Promyšlennosti |
| spelling | doaj.art-c8dfd8ee3ab448cc89c7d3f6b6c19d352022-12-21T23:18:10Zeng"VostECO" LtdVestnik Naučnogo Centra po Bezopasnosti Rabot v Ugolʹnoj Promyšlennosti2072-65542072-65542018-03-011-2018405310.26631/arc1-2018-40-53MODELING OF METHANE-AIR MIXTURENONSTATIONARY COMBUSTION PROCESS IN COAL MINESLisakov S.A.0Sypin Ye.V.1Pavlov A.N.2 Galenko Yu. A.3 Biysk Technological Institute (branch) of the Altay State Technical University, 27, Trofimov Street, Biysk, 659305, Russia Biysk Technological Institute (branch) of the Altay State Technical University, 27, Trofimov Street, Biysk, 659305, Russia Biysk Technological Institute (branch) of the Altay State Technical University, 27, Trofimov Street, Biysk, 659305, Russia Biysk Technological Institute (branch) of the Altay State Technical University, 27, Trofimov Street, Biysk, 659305, RussiaModeling of methane-air mixture nonstationary combustion process in coal mines is performed. Analytical dependencies are formulated to perform modeling of methane-air mixture nonstationary combustion on the basis of FlowVision software complex. The adequacy of the computer model on the experimental data, given in the literature for 7 experiments, as well as on its own experimental data was verified. The average relative error of the model is from 10 to 20 %. The developed model is scaled for pipes with large diameters from 2 to 4 m and can be used to calculate non-stationary combustion for coal mine conditions. Modeling of nonstationary combustion for coal mine conditions was carried out. As a result, for the considered configurations of the mines it is established that: the maximum velocity of the flame front during detonation reaches 1400 m/s; the maximum temperature in the calculated region during detonation is 2440 °C; the maximum overpressure at detonation is 4 MPa; the calculated values of the radiation flux density at detonation reach 2200 kW / m2.https://ind-saf.com/uploads/s/l/d/a/ldab4xgicwcd/file/uq2VNTg6.pdfМОДЕЛИРОВАНИЕMODELINGНЕСТАЦИОНАРНОЕ ГОРЕНИЕNONSTATIONARY COMBUSTIONМЕТАНО-ВОЗДУШНАЯ СМЕСЬMETHANE-AIR MIXTUREПЕРЕХОД ГОРЕНИЯ В ДЕТОНАЦИЮCOMBUSTION TO DETONATION TRANSITIONУГОЛЬНАЯ ШАХТА |
| spellingShingle | Lisakov S.A. Sypin Ye.V. Pavlov A.N. Galenko Yu. A. MODELING OF METHANE-AIR MIXTURENONSTATIONARY COMBUSTION PROCESS IN COAL MINES Vestnik Naučnogo Centra po Bezopasnosti Rabot v Ugolʹnoj Promyšlennosti МОДЕЛИРОВАНИЕ MODELING НЕСТАЦИОНАРНОЕ ГОРЕНИЕ NONSTATIONARY COMBUSTION МЕТАНО-ВОЗДУШНАЯ СМЕСЬ METHANE-AIR MIXTURE ПЕРЕХОД ГОРЕНИЯ В ДЕТОНАЦИЮ COMBUSTION TO DETONATION TRANSITION УГОЛЬНАЯ ШАХТА |
| title | MODELING OF METHANE-AIR MIXTURENONSTATIONARY COMBUSTION PROCESS IN COAL MINES |
| title_full | MODELING OF METHANE-AIR MIXTURENONSTATIONARY COMBUSTION PROCESS IN COAL MINES |
| title_fullStr | MODELING OF METHANE-AIR MIXTURENONSTATIONARY COMBUSTION PROCESS IN COAL MINES |
| title_full_unstemmed | MODELING OF METHANE-AIR MIXTURENONSTATIONARY COMBUSTION PROCESS IN COAL MINES |
| title_short | MODELING OF METHANE-AIR MIXTURENONSTATIONARY COMBUSTION PROCESS IN COAL MINES |
| title_sort | modeling of methane air mixturenonstationary combustion process in coal mines |
| topic | МОДЕЛИРОВАНИЕ MODELING НЕСТАЦИОНАРНОЕ ГОРЕНИЕ NONSTATIONARY COMBUSTION МЕТАНО-ВОЗДУШНАЯ СМЕСЬ METHANE-AIR MIXTURE ПЕРЕХОД ГОРЕНИЯ В ДЕТОНАЦИЮ COMBUSTION TO DETONATION TRANSITION УГОЛЬНАЯ ШАХТА |
| url | https://ind-saf.com/uploads/s/l/d/a/ldab4xgicwcd/file/uq2VNTg6.pdf |
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