It is well known that direct evaluation of the wave-induced dynamics of floating structures by
Cummins equation is time-consuming due to the convolution integrals. Particularly, for a …

In this paper, the transient fluid resonance phenomenon inside a narrow gap between two
adjacent boxes excited by the incident focused waves with various spectral peak periods …

The wave-induced hydrodynamics of coupled nonlinear piston-mode fluid resonances
within two narrow gaps between three barges are numerically investigated using a two …

Resonant response of water waves in a narrow gap, the so-called gap resonance, is a
hydrodynamic phenomenon with practical applications. When coupled to body motions, the …

The transient responses in the fixed and free-heaving moonpools under the conditions of
linear and nonlinear gap resonance are investigated. A two-dimensional numerical model …

The linear and nonlinear gap resonances in a free-rolling moonpool are investigated using
a two-dimensional in-house code based on the constrained interpolation profile method …

The floating platform consisting of three interconnected semi-submersible modules
deployed in shallow water with severe environmental conditions will be subject to very high …

Fluid resonance may occur in a narrow gap between two side-by-side vessels under wave
actions, which can cause significant wave height amplification inside the gap and further …

Violent fluid resonance may occur in the narrow gaps formed by multiple marine floating
structures arranged side-by-side, which heavily threatens the safety of operation, more …

The piston-mode gap resonance of a free-heaving moonpool was investigated in a two-
dimensional numerical wave tank based on a Constrained Interpolation Profile (CIP) …