In this survey paper transitional turbulence modeling is approached from the point of view
relevant to small unmanned aerial vehicles (span≈ 1 m), of which the flow is characterized …

The use of passive vortex generators (VGs) as a simple and effective way to delay or
suppress separation on an airfoil optimized for wind turbine blades is examined …

The flow separation could affect the aerodynamic performance of the wind turbine blades
and induce to occur the stall of the wind turbine blades at high angle of attack. The leading …

Lift, drag and surface pressure measurements are performed on a wing section of the NREL
S826 wind turbine airfoil at eight Reynolds numbers ranging from 0. 5× 1 0 5 to 6. 0× 1 0 5 …

Flatback airfoils are airfoils with a blunt trailing edge. They are currently commonly used in
the inboard part of large wind turbine blades, as they offer a number of aerodynamic …

This paper studies the similarities between the three-dimensional (3-D) cellular patterns that
appear in conditions of transonic buffet and subsonic stall, using Reynolds-averaged Navier …

Tidal energy can play an important role in the Net Zero transition. Increasing tidal turbine
performance through innovation is crucial if the cost of tidal energy is to become competitive …

An experimental parametric exploration of stall cells on a NACA 0015 airfoil with aspect ratio
aspect ratio= 4 was conducted. First, flowfield measurements were performed using …

The formation of stall cells over a NACA 0012 airfoil at a Reynolds number of one million
has been investigated numerically, using unsteady Reynolds-averaged Navier–Stokes …

The structure of Stall Cells (SCs) on wings is analyzed on the basis of stereo particle image
velocimetry measurements. All experiments regard a Reynolds number 0.87× 10 6 flow …