Abstract

The solution of a swirling two-phase turbulent jet is done on the basic equations of quantity, moment of quantity, particle content and turbulent energy. A so called “two-fluid" scheme of the stream is used, where the second phase (li treated as a continuous environment with no tensor of inner stresses attributed. That's how a mathematical model at most close to the physical nature of the flow is made and its' numerical results become applicable in designing system of combustion, engineering practices, etc.