Extensive experimental studies and associated reviews have been conducted to better
understand the aerodynamic impact of iced lifting surfaces based on measurements. This …

A robust strategy for the RANS shielding of attached boundary layers in a hybrid RANS/LES
context is presented, addressing two major issues. Firstly, the attached boundary layers …

In-flight ice accretion under parametric uncertainty is investigated. Three test cases are
presented that reproduce experiments carried out at the NASA's Glenn Icing Research …

This paper presents the study of the tip-clearance flow in an axial compressor using several
turbulence-modeling approaches: Reynolds-averaged Navier–Stokes, unsteady Reynolds …

A turbulent inflow for a rapid and low noise switch from RANS to Wall-Modelled LES on
curvilinear grids with compressible flow solvers is presented. It can be embedded within the …

Prediction of the detachment positions of sheet cavitation remains an unsolved problem,
being not only dependent on local pressure but also closely related to the boundary layer …

The paper presents a numerical investigation of the flow around a NACA23012 airfoil with
two ice shapes, a spanwise ridge and leading edge roughness. RANS and URANS …

DESPITE advances in aircraft icing-protection systems, icing on aircraft lifting surfaces still
poses a grave hazard to aircraft operation by decreasing the maximum lift and control …

Icing on three-dimensional lifting surfaces has been shown to produce highly complex
flowfields. However, there is a lack of experimental and computational information in the …

Separated flowfields around two iced airfoils with horn features near stall are numerically
studied using wall-modeled large-eddy simulation. The iced airfoils are the GLC305 airfoil …