This paper uses the Particle Image Velocimetry technique through wind tunnel experiments
to investigate the spanwise velocity and vortex characteristics of a straight-bladed vertical …

A hybrid solver for external compressible flows is formulated by combining a standard finite
volume Eulerian CFD solver with a Lagrangian (particle) one. The Eulerian domain is …

The potential of vertical-axis wind turbines (VAWTs) for specific applications (floating off-
shore or urban installations) has been reconsidered in recent years. This renewed interest …

Wind velocity distribution and the vortex around the wind turbine present a significant
challenge in the development of straight-bladed vertical axis wind turbines (VAWTs). This …

The fluid–structure interaction of cylinders in tandem arrangement is used as validation
basis of a multi-domain Lagrangian–Eulerian hybrid flow solver. The solver is built on a …

The main aim of this study is to provide a multi-disciplinary optimization and track
environment to generate acoustic optimal trajectories through waypoints that ensures the …

An in-house aero-elastic vortex code, called MIRAS, is used to investigate the aerodynamic
performance of winglets and sweep on horizontal-axis wind turbine (HAWT) blades in …

In this paper, the hybrid Lagrangian–Eulerian solver HoPFlow is presented and evaluated
against wind tunnel measurements from the New MEXICO experiment. In the paper, the …

The shift towards greater use of renewable energy necessitates dependable, cutting-edge
technical solutions that are both efficient and cost-effective. Wind energy possesses …

Performance and wake measurements on a H-Darrieus vertical axis wind turbine are
discussed on the basis of an extensive experimental campaign performed at the large scale …