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3D computational (hexahedral) grid the three nozzles configurations: (a) Square Nozzle Flow Field, (b) Triangular Nozzle Flow Field, (c) Circular Nozzle Flow Field

3D computational (hexahedral) grid the three nozzles configurations: (a) Square Nozzle Flow Field, (b) Triangular Nozzle Flow Field, (c) Circular Nozzle Flow Field

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Figure 4: 3D computational (hexahedral) grid the three nozzles...
Figure 6: Grid Independency for 2D circular nozzle for axial...
ICFD13-EG-6052 Numerical Modeling of Inverse Jet Diffusion Flames Using Sharp Corners' Nozzles
Conference Paper
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  • Mar 2019
Several studies have suggested the use of sharp corners in the flow field as an approach to enhance mixing of reactants for inverse jet diffusion flames and to generate a fully developed flame having low unburned hydrocarbons. The present paper examines the effect of using nozzles having sharp corners on inverse jet diffusion flames using Computati...
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