Numerical simulations of the time-dependent, Reynolds-averaged, Navier-Stokes equations, employing various eddy viscosity turbulence models are presented and compared with measurements from an investigation of a transonic trailing-edge flow at a high Reynolds number. Comparisons are made for mean surface quantities as well as mean and fluctuating flowfield quantities. Solutions employing two-equation turbulence models correctly predict all the major features of the flowfield. Viscous/in viscid interaction effects were found to be extremely important for predicting this flowfield and equally important to the turbulence modeling employed.
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C. C. Horstman (1983) studied this question.
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