Simulation of free turbulent particle-laden jet using Reynolds-stress gas turbulence model |
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Authors: | Miroslav Sijercic Srdjan BelosevicZarko Stevanovic |
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Institution: | “Vinca”Institute of Nuclear Sciences, Laboratory for Thermal Engineering and Energy, P.O. Box 522, 11001 Belgrade, Serbia and Montenegro |
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Abstract: | Free two-phase flows occur in many practical applications, such as sprays or particle drying and combustion. This paper deals with mathematical modelling of a free turbulent two-phase jet. A steady, axisymmetric, dilute, monodisperse, particle-laden, turbulent jet injected into a still environment, has been considered. The model treats the gas-phase from an Eulerian standpoint and the motion of particles from a Lagrangian one. Closure of the system of time averaged transport equations has been accomplished by using a Reynolds-stress turbulence model. The particles–fluid interaction has been considered by the PSI-Cell concept. Both the effect of interphase slip and the effect of particle dispersion have been taken into account. |
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Keywords: | Free particle-laden jet Turbulence Eulerian&ndash Lagrangian approach Reynolds-stress model |
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