A.E.Deshko Numerical simulation of subsonic nonequilibrium combustion of a propane jet in a blast |
Applied hydromechanics, Vol. 17 (89) ¹ 2, (2015) |
| The results of numerical studies of mixing, ignition and combustion during outflow of a propane jet in the co-current flow of air in an axisymmetric channel are presented. Numerical modeling of turbulent subsonic nonequilibrium flow was fulfilled within the two-dimensional stationary equations of a "narrow channel" within taking into account the finite velocities of chemical kinetics within the framework of a global mechanism. The impact of the ignition on the delay of the mixing process in the flow of unmixed components is shown. Proposals for rational temperature of the co-current flow selection and location of an ignition section selection are formulated, that allow to intensify the development of the combustion process. |
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KEY WORDS: numerical simulation, jet flows, "narrow channel" model, marching method, chemical kinetics |
| TEXT LANGUAGE: Russian |