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 …

Fully nonlinear wave–body interactions for a stationary floating structure under regular and
irregular waves for different water depths, wave heights and periods are studied in a 2-D …

This study analyzed the difference in wave diffraction force of a surface piercing body
according to the grid update scheme of free surface nodes in the time integration process. A …

The interaction between fully nonlinear water waves and fully submerged fixed or moving
structures is investigated. A three-dimensional numerical wave tank model, based on …

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 …

Nonlinear wave-body interactions for a stationary surface-piercing body in water of finite
depth with flat and sloping bottoms are simulated in a two-dimensional numerical wave tank …

Nonlinear wave-current interactions with fixed or freely floating bodies are investigated by a
two-dimensional (2D) fully-nonlinear numerical wave tank (NWT). The NWT is developed …

Wave-induced loads on a submerged plate, representative of submerged breakwater,
coastal-bridge deck and a certain type of wave energy converter, in a uniform current are …

Two dimensional tsunami waves induced by submerged or aerial/sub-aerial rigid slider with
and without sudden stop are simulated in time domain by using fully-nonlinear NWT …

The higher-order boundary element method is applied to the numerical simulation of
nonlinear waves radiated by a forced oscillating fully submerged vertical circular cylinder. In …