The present study contributes to the characterization of the complex flow fields that arise
from annular turbulent non-reacting and reacting jets dispersed through the SPP1980 …

This paper presents a computational analysis of effects of swirling co-flow and non-circular
subsonic compressible inner jets on centerline velocity decay, mass entrainment and jet …

In this study, co-axial impinging jet was optimized in order to obtain uniform heat flux over an
isothermal heated surface by determining four design variables including geometrical and …

Co-Axial jets have applications in areas where the mixing of two fluid jets are necessary, the
two fluid jets can be effectively mixed by producing the turbulence flow. Turbulence is a …

View Video Presentation: https://doi. org/10.2514/6.2021-2498. vid Propellers are one of the
most efficient ways to generate propulsion for low-speed flights. About 84\% of the energy …

This paper studies the effect of Reynolds number on a two-dimensional free incompressible
isothermal coaxial turbulent jet over a range of high Reynolds numbers. This is necessary …

In this paper, the air turbulent flow in coaxial jet burner is investigated numerically using the
Reynolds Averaged Navier Stokes (RANS) modeling approach. 3D computational fluid …

A computational investigation of turbulent mixing of free two air-air coaxial jets with equal
densities, annular to core area ratio of 3.5 and velocity ratio of 0.5 is carried out. The flow …

Numerical simulation of low Reynolds turbulent free jet issuing from circular nozzles with
and without tabs, using the Shear Stress Transport (SST) k− ω model has been carried out …