MODELING THE WARM FOG DISSIPATION BY HEATED JETS

N. Yu. Bankova, L. I. Krasnovskaya, B. N. Sergeev, and A. A. Chernikov

State of the art of development of thermokinetic methods of warm fog dissipation is considered. A numerical model is suggested of warm fog dissipation by heated jets, which allows relating the jet parameters (initial speed of the flow and temperature excess with respect to the environment) to characteristics of the clearance in the fog. Results are presented of numerical experiments designed to study the jet parameter effect on the clearance configuration and visibility. Interaction of jets from several thermokinetic generators is studied numerically under different patterns of their arrangement.

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