The flow around a vertical circular pile exposed to a steady current is studied numerically
and experimentally. The numerical model is a three-dimensional model. The model …

The present review paper provides a comprehensive overview of the research activities on
wind turbine aeroacoustics at DTU over the last 20 years, as well as it gives the state-of-the …

Vortex motion is one of the basic states of a flowing continuum. Intere-ingly, in many cases
vorticity is space-localized, generating concentrated vortices. Vortex filaments having …

This paper describes a moving mesh interface tracking method implemented in OpenFOAM
for simulating three-dimensional (3-D) incompressible and immiscible two-phase interfacial …

We present a consistent, physically based theory for the wake meandering phenomenon,
which we consider of crucial importance for the overall description of wind turbine loadings …

This paper presents a new numerical technique for simulating two-dimensional wind turbine
flow. The method, denoted as the 2D actuator surface technique, consists of a two …

In the European collaborative MEXICO (Model Experiments in Controlled Conditions)
project, a series of experiments was carried out on a 4.5 m diameter wind turbine rotor to …

A new tip loss correction, initially developed for 1D Blade Element/Momentum (BEM)
computations (submitted to Wind Energy), is now extended to 2D Actuator Disc/Navier …

In this paper, generalized formulations for the Rhie–Chow interpolation for co-located-grid
discretizations are derived. These generalized formulations eliminate the major known …

Momentum-weighted interpolation (MWI) is a widely used discretisation method to prevent
pressure–velocity decoupling in simulations of incompressible and low Mach number flows …