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 …

A vision of the digital twins of the subsea pipelines is provided in this paper, with a coverage
of the current applications and the challenges of the digital twins in the design, construction …

The natural convection of a Newtonian fluid has been numerically studied inside a
partitioned circular enclosure at the presence of a flexible (movable) wall. The set of …

The undesirable motions resulting from wave loading can lead to the long-term fatigue
damage or even catastrophic sinking of offshore semi-submersible platforms (SSP). It is …

In order to obtain a larger VIV response and harvest energy more efficiently in wider flow
velocity ranges in long-distance transport pipelines, the effects of the elastic modulus of …

A liquid storage container installed on the top of a fixed offshore platform is used as a tuned
liquid damper (TLD) to suppress structural vibration through sloshing motion and viscous …

In this paper, a numerical simulation is performed to study the flow characteristics and heat
transfer process when fluid flows past an oscillating cylinder. Computations are performed …

Numerical investigations of Vortex-induced Vibration (VIV) suppression of a flexible cylinder
with spanwise grooves in the uniform flow have been conducted by viv3D-FOAM-SJTU …

A new hybrid method combining differential transformation and Galerkin discretization is
proposed to investigate the dynamics of a fluid-conveying straight pipe. Deduction of the …

The present article deals with the coupling of hydrodynamic loading, modelled by
OpenFOAM Finite Volume (FV) framework for Computational Fluid Dynamics (CFD), and the …