The motivation for this study is the fast development of floating offshore wind energy and the
immature methodology and engineering practice related to predictions of vortex-induced …

Experiments on the flow around stationary circular cylinders with very low aspect ratio
piercing the water free surface were carried out in a recirculating water channel. Eight …

In this paper, the fluid–structure interaction of floating offshore wind turbine (FOWT)
platforms under complex ocean conditions is investigated using OpenFOAM and in-house …

Marine fouling quickly covers the submerged surfaces of the man-made structures and
affects the flow regime around them. Many important studies have already been conducted …

Vortex-induced vibration (VIV) of a riser considering both internal and external flows is
investigated numerically. The model is firstly verified based on the comparison of the …

The present study numerically explores vortex-induced vibration (VIV) and convective heat
transfer around a sprung cylinder under influence of the uniform streamwise and transverse …

Experiments regarding vortex-induced vibration (VIV) on floating circular cylinders with low
aspect ratio were carried out in a recirculation water channel. The floating circular cylinders …

Flow-induced motions (FIM) are an issue for floating offshore structures, such as multi-
column platforms, as the phenomenon can decrease the fatigue life of the mooring, riser …

In this paper, the vortex-induced vibrational characteristics and heat transfer mechanisms of
three tubes with different cross-sectional shapes are numerically studied. The results show …

Several methodologies have been proposed to mitigate vortex-induced motions (VIM) on
offshore structures, such as the use of strakes, splitter plates, and spoiler plates. Among the …