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N. N. Belyaev,V. M. Lisnyak
Pág. 151 - 155
The 2D numerical model was used to simulate the toxic gas neutralization when this gas flows from the opening in the cellar of the building. The helicopter is used to supply the neutralizer. The model is based on the K-gradient transport model and equati...
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M. M. Biliaiev,V. M. Lysniak
Pág. 91 - 95
The 3D CFD model to simulate the pollutant transfer and the process of neutralization of toxic gas after accidents was developed. The model is based on the transport gradient model. The results of numerical experiments are presented.
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M. M. Beliaiev,O. O. Verhun,Yu. V. Kovtun
Pág. 61 - 64
A numerical model was used to calculate the process of toxic gas neutralization. The 2D transport model is used to simulate the process. The implicit difference scheme was used. The rsults of numerical experiment are presented.
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V. M. Lysniak
Pág. 73 - 76
The 3D CFD model to simulate the pollutant transfer and the process of neutralization of toxic gas after accidents was developed. The model is based on the transport gradient model. The results of numerical experiments are presented.
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O. M. Pshinko,M. M. Biliaiev,O. Yu. Gunko
Pág. 143 - 148
The 3D CFD model to simulate the pollutant transfer and the process of neutralization of toxic gas after accidents was developed. The model is based on the transport gradient model and the model of inviscid incompressible fluid. The results of numerical ...
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M. M. Beliaiev,O. H. Duhanov,V. M. Lysniak
Pág. 7 - 13
A method to predict people poisoning in a car moving through a toxic gas cloud has been developed. The method is based on a numerical model of the process. To describe the toxic gas cloud migration the 2D transfer model is used. A balance relationship is...
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