Modeling of fuel vaporization and mixing processes in combustion chamber

The paper presents a model of vaporization and mixing of liquid, vapor and gas fuel in a combustion chamber. The following problems are solved with the help of the model. The velocity fields of air flow behind front swirlers of three kinds are calculated. The hydrodynamic flow structure in MOGOS modules with and without a prefilmer is specified. Calculations of liquid, vapor and gas fuel distribution in the module of each kind are made.