Marine risers are subject to vortex-induced vibration (VIV) caused by a combination of
various external and internal excitations. The external excitations include the current …

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 …

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 …

In this work, analyses of the damping ratio and turbulence effects on three-dimensional
vortex-induced vibrations of a two degrees-of-freedom elastically mounted rigid cylinder are …

Aiming to complete the results presented before by Gonçalves et al.(2012d. Ocean Eng. 54,
150–169) the present work brings new experimental results on VIM of a semi-submersible …

The investigation of vortex-induced vibration on very short cylinders with two degrees of
freedom has drawn the attention of a large number of researchers. Some investigations on …

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 …

In this study, a practical model is proposed to predict cross-flow (CF) and in-line (IL) vortex-
induced vibrations of a flexible riser in time domain. The hydrodynamic force as a function of …

Fatigue damage due to vortex induced vibrations (VIV) is one of the most significant failure
modes for marine risers. Previous studies of fatigue prediction and analysis for marine risers …

This paper presents results for three-dimensional computational fluid dynamics analysis for
one and two degrees-of-freedom (DOF) elastically mounted rigid cylinders with different …