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 …

Propagation of water waves in coastal zones is mainly affected by the influence of currents
and bathymetry variations. Models describing wave propagation in coastal zones are often …

The depth-integrated wave–current models developed by Yang & Liu (J. Fluid Mech., vol.
883, 2020, A4) are extended to investigate currents with an arbitrary vertical profile in the …

A novel coupled-mode model is developed for the wave–current–seabed interaction
problem, with application in wave scattering by non-homogeneous, sheared currents over …

A simplified model based on the Modified Mild-Slope Equation with inclusions is developed
for modelling the scattering of waves from multiple heaving point absorbers arranged in an …

A coupled-mode model is developed for treating the wave–current–seabed interaction
problem, with application to wave scattering by non-homogeneous, sheared current with …

Large scale experiments were carried out in the Ocean Engineering Basin FIRST, France. A
tri-dimensional bathymetry consisting of two symmetrical submerged mounds was displayed …

Extended mild-slope models (MMSs) are examined for predicting the characteristics of
normally incident waves propagating over sinusoidal bottom topography in the presence of …

A variety of engineering applications, including interaction of waves with coastal fixed or
floating structures, coastal morphodynamics and harbour maintenance, requires detailed …

Flapping wings located beneath or to the side of the hull of the ship are investigated as
unsteady thrusters, augmenting ship propulsion in waves. The main arrangement consists of …