The method of boundary integral equation is widely applied to compute and analyze wave–
structure interactions in marine and offshore engineering, and the application is also seen in …

Diffraction–radiation of regular waves by a body such as an offshore structure or a moored
ship is considered within the classical framework of potential-flow theory, which is commonly …

In the problem of multi-body hydrodynamics, it is of growing interest to understand the gap
resonance. One important issue is to remove the irregular frequency effect, which can be …

The basic issue of formulating a linear flow model for the analysis of potential flow around a
ship advancing at a constant speed in regular waves is considered. Specifically, the 'rigid …

This paper presents a finite element analysis for a magnetostrictive transducer by taking into
account the nonlinear behavior of the magnetostrictive material and fluid interaction. A finite …

Wave diffraction-radiation by large bodies such as offshore structures and ships advancing
in regular waves or in calm water is widely analyzed via panel methods based on a …

Three alternatives to the classical boundary integral representation of diffraction-radiation of
regular waves by large stationary bodies, such as offshore structures and moored ships, that …

This paper presents a simulation technique for analyzing acoustic characteristics of
piezoelectric underwater transducers. A finite element method is adopted for modeling …

The linear flow model called rigid waterplane flow model, in which a body (ship, offshore
structure) that pierces the free surface is treated as the smooth limit of a body that is …

The presence and elimination of irregular frequencies in wave-body interaction are
reviewed by referring to the fundamental properties of the integral equations and a …