This article presents a review of the state of research on bridge pier scour under combined
wave–current flow. The hydrodynamics and scour around the bridge pier under combined …

In the past several decades, extensive investigations have been carried out on the
hydroelastic responses of Very Large Floating Structures (VLFS) in the deep open sea by …

This paper presents the meshless generalized finite difference method (GFDM) in
conjunction with the truncated treatments of infinite domain for simulating water wave …

Oscillating wings are investigated as unsteady thrusters, augmenting ship's overall
propulsion in waves. Flapping propulsor's heave is induced by ship's motions, while pitching …

The performance of oscillating hydrofoils in the presence of waves and currents is studied
for the exploitation of combined renewable marine energy sources in nearshore and coastal …

A non-linear coupled-mode system of horizontal equations is presented, modelling the
evolution of nonlinear water waves in finite depth over a general bottom topography. The …

Recent experimental and numerical studies have demonstrated an increased rogue wave
activity during the propagation of a wave field over a sloping bottom, from a deeper to a …

In this work, a hybrid technique is presented for the hydrodynamic analysis of floating bodies
in variable bathymetry regions. Our method is based on the coupled-mode theory for the …

The consistent coupled-mode theory (Athanassoulis & Belibassakis, J. Fluid Mech. vol. 389,
1999, p. 275) is extended and applied to the hydroelastic analysis of large floating bodies of …

A numerical model is presented for the estimation of Wave Energy Converter (WEC)
performance in variable bathymetry regions, taking into account the interaction of the floating …