Abstract
In this study, a compact multi-component kinetic model with 129 species is used as a surrogate model to represent the actual naval fuel, namely F-76. The surrogate fuel compositions are determined according to the actual fuel compositions of F-76. Subsequently, the model is comprehensively validated in zero-dimensional chemical kinetic simulations under a wide range of shock tube and jet-stirred reactor conditions. Good agreement between the reduced and detailed model is achieved for ignition delay and species profile predictions, with a maximum deviation maintained to within 40%. The surrogate model has demonstrated a satisfactory compromise between model accuracy and kinetic size.
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