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 …

The flows past a vertical surface-piercing finite circular cylinder at Re= 2.7× 10 5 and Fr= 1.1
are investigated numerically by means of delayed detached-eddy simulation and a …

This paper presents the analysis of the active flow control promoted by low-aspect-ratio
cylinders under the effect of a free surface at a low Froude number, modeled as a slip …

In this work, the flow past surface-piercing cylinders with free lower ends is studied
numerically with computational fluid dynamics (CFD) at varying aspect ratios (AR= H/D) from …

This paper presents a computational fluid dynamics (CFD) study of vortex-induced vibration
(VIV) for different aspect ratio (L/D) cylinder. Of particular interest was to measure …

In this paper, numerical simulation is conducted via our in-house solver, vim-FOAM-SJTU,
developed on open-source software, OpenFOAM. Flow around static rigid cylinders and …

We present the results of a combined experimental and numerical study of the free-surface
flow behind a finite height rigid vertical cylinder. The experiments measure the drag and the …

The roll motion of ships operating in a seaway is often limiting operations. These limits could
be due to, eg maximum acceleration, green water, capsize risk or just comfort. Therefore …

为了研究不同工况对有限长圆柱绕流升阻力系数及尾流场的影响规律, 采用CFD
与实验相结合的方法, 对三维有限长圆柱在不同长径比和雷诺数工况下的流动进行了模拟和实验 …

The flow-induced motion (FIM) of platforms is a vital phenomenon issue to be investigated to
help the designers and to decrease the costs related to the mooring and/or riser systems. On …