Violent fluid oscillations occur inside narrow gaps between closely side-by-side structures,
threating the safety of the operations. In the current study, fluid resonance in the gap …

The resonant motion of the fluid inside a narrow gap between two fixed boxes induced by
incident regular waves with various wave heights is investigated by adopting a two …

This paper proposes a new box-type breakwater with superstructure arranged near free
surface. The hydrodynamic performance of this new breakwater is studied through …

This paper presents a two-dimensional simulation model for the idealisation of moored
rectangular and trapezoidal floating breakwaters (FB) motions in regular and irregular …

The influence of liquid sloshing within a water ballast type floating breakwater is numerically
investigated to assess its effect on overall wave attenuation performance. Liquid sloshing …

The hydrodynamic characteristics of fixed floating structure (FFSs) of various configurations,
such as rectangular fixed floating structures and trapezoidal fixed floating structures coupled …

The study presents the hydrodynamic performance and wave energy conversion of a hybrid
floating breakwater under the framework of small amplitude linear wave theory. The hybrid …

In the current numerical work, a 2D wave tank has been planned to explain the shared
impacts among three different solitary waves and three different floating breakwaters by …

The present study investigates the effect of moorings on hybrid floating breakwaters of
different configurations based on potential flow theory. The mooring analysis is performed …

To avoid the damage caused by big wind and wave in cage culture, and to solve the
problem of energy supply faced by automatic breeding equipment, a new type of floating …