Applied modeling of combustion development of hydrocarbonic-air mixtures

Abstract

The article describes modeling task statement of optical radiation flux of fuel-air (hydrocarbonic) mixtures explosion at an initial stage of development on an example of coal mines atmosphere. Parameters of coal mines atmosphere are considered. The process of ignition and combustion of methane-air mixtures in coal mines atmosphere is analyzed. The approach to the decision of applied modeling problem for determining of change in time of optical radiation of combustion methane-air mixture is offered. Initial data for modeling carrying out are formulated. The further work is directed on modeling of optical radiation flux of fuel-air (hydrocarbonic) mixture explosion at an initial stage of development on example of coal mines atmosphere.