The integration of oscillating water column (OWC) wave energy converters into a coastal
structure (breakwater, jetty, pier, etc.) or, more generally, their installation along the coast is …

A practical model is developed to investigate the performance of a hybrid system with semi-
submersible floating offshore wind turbines (FOWT) coupled to an array of point-absorbing …

Integrating wave energy converters into coastal structures such as breakwaters, seawalls or
jetties not only offers benefits in terms of construction costs but also improves wave energy …

Hydroelastic interaction between water waves and submerged porous elastic disks of
negligible thickness in water of finite depth is investigated under the assumption of small …

Research in the field of unsteady interaction of shock waves propagating in continuous
media with various deformable barriers are of considerable scientific interest, since so far …

Wave power absorption with Wave Energy Converters (WECs) arrays in front of a vertical
wall is predicted with an in-house transient wave-multibody numerical tool of ITU-WAVE …

This research fills the gap in understanding fluid–structure interaction (FSI) from wave
diffraction forces on CALM buoys and cylindrical structures, based on the hydrodynamics …

Integrating wave energy converters with marine structures such as breakwaters, piles, and
offshore wind turbines offers benefits in terms of wave power extraction, construction costs …

Hydrodynamic improvement of wave energy converter (WEC)'s performance tends to reach
a bottleneck in that it becomes difficult to further jump over the present low-efficiency stage …

A novel hybrid wave energy converter (WEC) consisting of a floating oscillating water
column (OWC) and several oscillating floats hinged around is proposed. Both water …