Surface-tension-driven flows and, in particular, their tendency to decay spontaneously into
drops have long fascinated naturalists, the earliest systematic experiments dating back to …

Since time immemorial, surface water waves and their subsequent breaking have been
studied. Herein we concentrate on breaking surface waves in deep and intermediate water …

The impact of a drop on the plane surface of the same liquid is studied numerically. The
accuracy of the calculation is substantiated by its good agreement with available …

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 paper presents a computational model for highly nonlinear 2-D water waves in which a
high order Boundary Element Method is coupled with a high order explicit time stepping …

During the collapse of an initially spherical cavitation bubble near a rigid wall, a reentrant jet
forms from the side of the bubble farthest from the wall. This re-entrant jet impacts and …

The nonlinear evolution of gas bubbles in the vicinity of a free surface is investigated
numerically. The flow is assumed to be potential and a boundary-integral method is used to …

Nonlinear oscillations and other motions of large axially symmetric liquid drops in zero
gravity are studied numerically by a boundary-integral method. The effect of small viscosity …

In this work, a boundary element model of an underwater landslide is developed. Careful
gridding and time stepping techniques are demonstrated that produce highly accurate …

Nonlinear interactions between large waves and freely floating bodies are investigated by a
2D fully nonlinear numerical wave tank (NWT). The fully nonlinear 2D NWT is developed …