Laminar kinetic energy model based on the Klebanoff-mode dynamic to predict bypass transition on a turbine blade
Résumé
This paper deals with the application of a bypasstransition model developed by Jecker et al. (2017) (JVD), using the laminar kinetic energy (LKE) concept. JVD formulation is written to model the Klebanoff-mode dynamic with an original definition of the LKE and a physics-based associated equation. The application case is the von K´arm´an Institute’s (VKI) LS89 turbine blade, Arts et al. (1990).
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