Current models for transition in turbomachinery boundary layer flows are reviewed. The
basic physical mechanisms of transition processes and the way these processes are …

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 …

Wind energy is employed as an effective source for catering to the increasing energy
demands and depleting fossil fuels, while also counteracting their adverse environmental …

The main idea of this manuscript is to assess the wall-adapting local eddy-viscosity (WALE)
model, which is designed for large-eddy simulation (LES) of turbulent boundary layer, in …

The majority of wind power is currently produced on high wind speed sites by large wind
turbine, whereas small wind turbines often operate in light wind conditions. Small capacity …

A high-order Navier-Stokes solver based on the flux reconstruction (FR) or the correction
procedure via reconstruction (CPR) formulation is employed to perform a direct numerical …

The flow-field inside a gas turbine engine, especially in the low-pressure turbine, is very
complicated as it is normally accompanied by unsteady flow structures, strong and rapidly …

Direct numerical simulations (DNS) on different grids for two Reynolds numbers of the
T106A turbine cascade have been conducted to understand the influence of resolution on …

This paper considers transition modeling for the flow over small unmanned aerial vehicles
with a span of around 1 m. Such flows are characterized by very low values of turbulence …

The increased computing power of modern hybrid supercomputers is expanding the
applicability of scale-resolving simulations in scientific and industrial applications. This …