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- W2117005425 abstract "Progress on comprehensive validation of the short chemical kinetic mechanism for the JetA/air mixtures under conditions, typical of Pulsed Detonation Engines (PDE) operating conditions, is reported. The reduced (13 reactions, 15 species) kinetic mechanism (under development in Kurchatov Institute for the high fidelity simulations of the PDEs) is subjected to a specially designed, multi-step validation procedure. The results of the zerodimensional thermodynamic- and kinetic-based simulations are briefly described. This report discusses the procedures and the results of the one-dimensional reactive CFD validation of the reduced kinetic mechanism. For the 1-dimensional validation of the mechanism (as well as any other kinetic mechanism for any fuel), implemented in the computational fluid dynamics software (CFD software), the test data of detonation initiation behind reflected shock waves are proposed as proper detonation initiation validation measurements. The predictions show acceptable agreement with the available experimental measurements on detonation initiation in Jet-A/air mixtures. Additional investigation of the mechanisms of detonation formation behind reflected shock wave in 1-dimensional simulations allows to explain several experimental observations, which could not be explained before." @default.
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- W2117005425 date "2007-07-08" @default.
- W2117005425 modified "2023-09-26" @default.
- W2117005425 title "Validation of the Short Kinetic Mechanism for Jet A-Air Detonations" @default.
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- W2117005425 doi "https://doi.org/10.2514/6.2007-5079" @default.
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