Abstract
Numerical and experimental research of gas dynamic and mixture formation in multiphase swirling flow behind the gas-stabilizer with azimuthal fuel supply. Methodology of steady and unsteady calculation of liquid-droplet fuel distribution behind the gas-dynamic stabilizer is described and compared. Different approach for fuel supply are considered and analyzed. Space distribution of droplet mass concentrations for different swirl angles at the inlet are measured and compared with numerical simulation results.
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