… equations. The first one is the intermittency transport equation used to trigger the transition
… The second transport equation for momentum thickness Reynolds number Re θ t was …

… model and two transport equations. The first one was the intermittency transport equation
used to trigger the transition process. The second transport equation for momentum thickness …

… The prescribed model is coupled with a solution adaptive, unstructured mesh solver 2D
unNEWT, while turbulence is modelled with the k–ε transport equations of Yang and Shih [25]. …

… ows is taken into account and incorporated into computations by modifying the eddy … suction
surface of the turbine blade. In Sec. III, details of the intermittency transport model and its im…

… process and its effect on the boundary layer velocity profiles and heat transfer coefficients …
little qualitative difference is seen in the intermittency distribution during transition. Though the …

… For a typical thin LP turbine blade, about 60 percent of the profile … wakes with an intermittency
transport equation. ASME … PG, Predictions of transitional flows in low-pressure turbines …

… a streamwise function along the blade profile and is set constant … Finally, the transitional flow
along a VKI-1 turbine blade is … predict an intermittency increase from zero prior to transition …

… of the intermittency profile. In this paper, the intermittency model is used to predict a recent
… These losses are attributed to flow separation on the suction surface of the turbine blades. At …

… An intermittency transport equation for RANS modeling, … in order to make the model suitable
to turbine blade cases … of the shape of the curves, and more importantly the transition location…

… factor is employed to predict transitional flows under the effects of … of the transitional flows
is taken into account and incorporated … turbine blade may experience one or more modes of …