Ice-water-structure interaction (IWSI) is a novel extension of the fluid-structure interaction
(FSI), which is significant for design and operating of polar ship and offshore structures. It …

The piston mode fluid resonance in the narrow gap between a moored floating body and a
bottom-mounted vertical wall is numerically investigated based on a two-dimensional …

A theoretical model based on the linear potential theory is presented for two heaving
oscillating water column (OWC) devices separated by a gap. The model includes relative …

Nonlinear piston-mode fluid resonance in the gap formed by two identical fixed barges in
close proximity is investigated using a two-dimensional (2D) fully nonlinear numerical wave …

With global warming, the ice-covered areas in the Arctic are being transformed into open
water. This provides increased impetuses for extensive maritime activities and attracts …

An ice-constrained environment significantly affects the water entry of projectiles. In this
paper, cavity evolution in the presence of floating ice is studied. The numerical method is …

The hydroelastic symmetric response of a floating ice sheet caused by a pressure moving
either in the ice lead or on the infinite ice sheet with a crack (a lead of zero width) is …

This study investigates the water entry process of the collision between the ocean detector
and the floating ice in polar environments, which is crucial for detecting polar ocean energy …

This paper investigates the hydroelastic response of a multi-patch floating photovoltaic
(FPV) structure in water waves over a stepped seabed. The resonance conditions and …

Piston-modal wave resonance between a ship section and a bottom mounted terminal is
studied by employing a numerical wave flume based on OpenFOAM® package. A …