Numerical simulations find that liquid-kerosene mist cooling gives the best balance of wall protection and minimal propulsion penalty for an oblique detonation combustor at coolant mass ratios of 1-3 percent.
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Comparative Numerical Study of Film Cooling Strategies for Thermal Protection of a Kerosene-Fueled Oblique Detonation Combustor
Numerical simulations find that liquid-kerosene mist cooling gives the best balance of wall protection and minimal propulsion penalty for an oblique detonation combustor at coolant mass ratios of 1-3 percent.