Wind energy industry is expanded to offshore and deep water sites, primarily due to the
stronger and more consistent wind fields. Floating offshore wind turbine (FOWT) concepts …

Thanks to the continuous improvement of calculation resources, computational fluid
dynamics (CFD) is expected to provide in the next few years a cost-effective and accurate …

Energized by the recent rapid progress in high-performance computing and the growing
availability of large computational resources, computational fluid dynamics (CFD) is offering …

This paper presents a Non-linear Dynamic Lifting Line (NDLL)-based method for analysing
hydrofoil vessels in waves. The method is validated, and its utility is demonstrated in a case …

Consensus is arising on considering floating offshore wind as the most promising
technologies to increase renewable energy generation offshore. While evolving fast from a …

The actuator line method (ALM) is increasingly being preferred to the ubiquitous blade
element momentum (BEM) approach in several applications related to wind turbine …

To improve the efficiency of Darrieus wind turbines, which still lacks from that of horizontal-
axis rotors, computational fluid dynamics (CFD) techniques are now extensively applied …

Floating offshore wind is widely considered to be a promising technology to harvest
renewable energy in deep ocean waters and increase clean energy generation offshore …

When modeling wind turbine wake recovery, the location of wake breakdown plays a crucial
role. The breakdown is caused by a rapid deformation of the helical near-wake vortex …

Interest in vertical-axis wind turbines (VAWTs) is experiencing a renaissance after most
major research projects came to a standstill in the mid 1990s, in favor of conventional …