Wave impacts on vessels and offshore structures can induce significant spray. This process
leads to topside icing in sufficiently cold and windy conditions. This paper establishes the …

The scope of this work is to present and discuss the results obtained from simulating three-
dimensional plunging breaking waves by solving the Navier-Stokes equations, in air and …

This review paper aims to summarize recent advancements in time-marching schemes for
solving Navier–Stokes (NS) equations in multiphase flow simulations. The focus is on dual …

A further development of the QALE‐FEM (quasi‐arbitrary Lagrangian–Eulerian finite
element method) based on a fully nonlinear potential theory is presented in this paper. This …

An efficient numerical method to compute solitary wave solutions to the free surface Euler
equations is reported. It is based on the conformal mapping technique combined with an …

A tidal bore is a natural and fragile phenomenon, which is of great importance for the
ecology of an estuary. The bore development is closely linked with the tidal range and the …

A spilling breaker model (SBM) is implemented in an existing two-dimensional (2D)
numerical wave tank (NWT), based on fully nonlinear potential flow (FNPF) theory and the …

The propagation, runup and rundown of long surface waves are numerically investigated,
initially in one dimension, using a well‐balanced high‐resolution finite volume scheme. A …

SUMMARY A two‐phase flow model, which solves the flow in the air and water
simultaneously, is presented for modelling breaking waves in deep and shallow water …

In the last three decades, great improvements have been made towards knowledge of the
hydrodynamics and general processes occurring in the surf zone, widely affected by the …