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The two-dimensional full Navier-Stokes equations and species
transport equations are solved numerically by employing the
finite-volume, explicit MacCormack scheme. The two-layer
algebraic turbulent model and one-step instantaneous chemical
reaction are adopted to simulated the complicated turbulent
reaction flow. First, the cold flows with fuel injections are
solved to show the patterns of mixing and the recirculation
zone in primarily determining the better location of fuel inlet
which will be applied later for hot flow calculations.
Subsequently, the reacting flows are further solved with the
fuel injection locations determined by the cold flow mixing
analysis. It shows that the fuel injected from the midpoint
between the dump step plate and reattachment point will result
in better thrust.
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