This paper presents a review of recent progress of numerical wave tank (NWT) research and
development. A wide variety of 2-D and 3-D NWT have been developed for simulating wave …

An accurate three‐dimensional numerical model, applicable to strongly non‐linear waves, is
proposed. The model solves fully non‐linear potential flow equations with a free surface …

The responses of offshore structures are significantly affected by steep nonlinear waves,
currents and wind, leading to phenomena such as springing and ringing of TLPs, slow drift …

Fully nonlinear wave-body interactions for stationary surface-piercing single and double
bodies are studied by a potential-theory-based fully nonlinear 2D numerical wave tank …

In this paper we give an overview of some of the possible applications of fully nonlinear
wave simulation in three dimensions, through a report on our continuing research in this …

Nonlinear waves and forces induced by a wedge-shape wave maker were simulated in a
potential-theory-based fully nonlinear 2D Numerical Wave Tank (NWT). The NWT is …

This paper describes some numerical computations performed to investigate the submerged
flat plate breakwater effectiveness. From an environmental point of view, one of the most …

In this paper the numerical properties of the desingularized boundary integral formulation
were studied within the framework of free surface potential problems. Several numerical …

The nonlinear diffraction of 2D single and twin hulls are studied by employing a mixed
Eulerian–Lagrangian model based on a higher-order cubic-spline boundary element solver …

A two-dimensional boundary element method (BEM) based on potential flow theory is
adopted to study the wave interactions with multiple structures at resonance. Here …