The vibration responses and flow dynamics in the vortex-induced vibrations of two near-wall
flexible cylinders in the tandem arrangement are investigated through three-dimensional …

The hydrodynamic characteristics and depth control of the towed sensors array system
(TSAS) are investigated based on lumped mass method and computational fluid dynamics …

In the present paper, the effects of external disturbances on cross-flow vortex-induced
vibrations (VIVs) of a top tensioned riser are investigated based on a wake oscillator model …

A systematic experimental study is conducted for the flow-induced vibration (FIV) of tandem
flexible cylinder pairs with diameter ratios (D, u/D, d) ranging from 1 to 2. The diameter of the …

Flow-induced vibration of tandem unequal-diameter flexible cylinders has, to date, received
scant attention, particularly the effect of the diameter ratio on the cylinder's flow-induced …

A reliable load-to-response prediction for flexible risers under drag forces can protect the
multiple-riser system from collision and optimize its spatial arrangement. To investigate the …

An effective nonlinear dynamic model is developed to investigate vortex-induced vibration
(VIV) characteristics of a slightly curved pipe conveying fluid in steady and oscillatory flows …

An experimental investigation on the vortex/wake-induced force of double unequal-diameter
cylinders in tandem was performed. In the experiment, the upstream-to-downstream cylinder …

Due to the asymmetrical cross section of long-span rail-cum-road twin-girder bridges, the
aerodynamic interference effect and flow characteristics of the twin girders in the gap are …

In the field of offshore oil exploitation, the compact multi-riser arrangement increases the risk
of collision and has an adverse impact on production and the marine environment. The …