Ice accretion on wind turbine blades and wings changes the effective shape of the airfoil and
considerably deteriorates the aerodynamic performance. However, the unsteady …

In the present study, special attention is paid to numerically investigate the aerodynamic
performance of the NACA 0012 airfoil under rain and icing conditions with the aim to better …

Mesh deformation technology is widely used in aerodynamic applications like unsteady flow,
aeroelasticity, and aerodynamic shape optimization because of its low computational costs …

In recent years, several wind turbines have been installed in cold climate sites and are
menaced by the icing phenomenon. This article focuses on two parts: the study of the …

Wind turbines can freeze due to exposure to cold air. Ice formation on the rotor blades of a
wind turbine reduces their performance. In the present work, the effects of ice formation on …

The aerodynamic loads and energy losses for a typical 600 KW wind turbine with S816
airfoil blade under two different icing conditions, have been studied. Three sections at …

Numerical calculations were carried out in order to investigate the delay of transition to
turbulence on a wing section by means of local dynamic surface deformation. Physically, the …

The strong coupling effect of two-phase flow and ice accompanies the ice accretion process
of aircraft and wind turbine in damp and cold environment. A method based on the Eulerian …

At present, research on the anti-icing heat loads of propeller aircraft is inadequate, while
predicting the distribution of anti-icing heat loads is crucial for designing propeller aircraft …

View Video Presentation: https://doi. org/10.2514/6.2021-1453. vid Numerical calculations
were carried out in order to investigate the delay of transition to turbulence on a wing section …