Abstract
The effects of burner orientation, cross-wind, and rotation of ambient air on the size and shape of free turbulent diffusion flames have been studied. The vertical free turbulent diffusion flame in still air is taken as the reference case. The aforesaid effects are treated as deviations from this case and are shown to be simply correlated with dimensionless parameters characterizing the disturbance of conditions—namely, the angle of inclination characterizing the tilt of the burner axis, a momentum flux ratio characterizing the intensity of the crosswind, and a rotational Reynolds ratio characterizing the circulation of the ambient air.
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