In order to investigate on the complex phenomena that occur in the evolution of an evaporating fuel spray (like break up, fuel multicomponent evaporation, liquid gas interaction) a numerical analysis has been carried out. The numerical tool used is a modified version of the well known KIVA code in which a new break up model, developed and validated in previous work [1, 2], and a fuel multicomponent evaporation model have been included. The predictive capability of the evaporation model has been evaluated by comparison with single droplet experimental data [3]. Then the code has been used to evaluate the influence of fuel and injection system parameters (nozzle diameter and injection pressure) on spray penetration and morphology.
Simulation of Liquid Phase Penetration in Diesel Spray
Sae Technical Papers
Automotive and Transportation Technology Congress and Exposition ; 2001
2001-10-01
Conference paper
English
Simulation of liquid phase penetration in diesel spray
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