We investigate how the presence of a vertically sheared current affects wave statistics,
including the probability of rogue waves, and apply it to a real-world case using measured …

We study long surface and internal ring waves propagating in a stratified fluid over a parallel
shear current. The far-field modal and amplitude equations for the ring waves are presented …

A 2-D wavelet-based radar analysis method for sea surface reconstruction is presented. The
wavelet-based sea surface reconstruction (WSSR) method resolves the traditional …

Profilometry is proposed as a novel non-intrusive image-based technique to capture the
profile of the air–water interface as a dense point cloud. It can be classified as an active …

The study investigates the impact of a vertically layered bathymetry, consisting of submerged
vertical plates, on a ship wake through theoretical analysis and experimental realization. For …

The two-dimensional time-dependent problem of evolution of an initial perturbation in fluid
with an ice cover floating on the fluid surface is solved in the linear formulation. In the …

We consider a two-layer fluid with a depth-dependent upper-layer current (eg a river inflow,
an exchange flow in a strait, or a wind-generated current). In the rigid-lid approximation, we …

In this paper, the hydrodynamic performance of KCS (KRISO Container Ship) in the
presence of a non-uniform shear current is investigated for the first time using high-fidelity …

The ship's wake in the presence of a shear flow of constant vorticity at a finite water depth is
investigated by expanding the Whitham-Lighthill kinematic theory. It has been established …

When shallow water flows over uneven bathymetry, the water surface is modulated. This
type of problem has been revisited numerous times since it was first studied by Lord Kelvin …