The flow interference among multiple cylinders is highly complex, and investigating it holds
substantial engineering relevance. This paper considering three different arrangements at …

Flow-induced vibrations (FIVs) are the indispensable factor causing the fatigue damage and
failure for multi-cylindrical structures in offshore engineering. Mutual interferences between …

A two-dimensional numerical study is performed to explore the synergistic effects of the
angle of incidence, gap ratio, and reduced velocity on the flow-induced vibration (FIV) and …

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 …

A coupled flow-induced vibration response prediction method in the frequency domain for
double flexible risers in tandem arrangements with wake interference is developed. The non …

The interference among risers has always been a research focus within marine engineering.
By riser, we mean the equipment that transports oil, gas, and other fluid media in marine …

The interfering characteristics of vortex-induced vibration (VIV) responses for tandem double
risers under the recently discovered bidirectionally sheared flow are unclear. To reveal the …