A finite difference scheme using a modified marker‐and‐cell (MAC) method is applied to
investigate the characteristics of non‐linear wave motions and their interactions with a …

Undesired wave reflections, which occur at domain boundaries in flow simulations with free-
surface waves, can be minimized by applying source terms in the vicinity of the boundary to …

A method for numerical simulation of the unsteady, three-dimensional, viscous Navier–
Stokes equations for turbulent nonlinear free-surface flows is presented and applied to …

Offshore substructures have been developed to support structures against complex offshore
environments. The load at offshore substructures is dominated by waves, and deformation of …

A numerical wave model for two-dimensional wave field in the vertical plane is proposed in
this study. The model combines a VOF method with a non-reflective wave generator in …

A finite-difference scheme and a marker-and-cell (MAC) method are used for numerical
wave tank (NWT) simulations to investigate the characteristics of nonlinear wave motions …

The use of the continuum surface force (CSF) model in surface tension modelling using the
volume of fluid (VOF) method is known to introduce unphysical velocities, called parasitic or …

Computational fluid dynamics was used to solve the problem of damaged ship behaviour in
waves when sudden water ingress occurs. The computational model was based on the …

Fully nonlinear multi-directional waves are reproduced by use of a viscous 3D numerical
wave tank (NWT) simulation technique. The governing equations, Navier–Stokes and …

A finite-difference scheme and a modified marker-and-cell (MAC) algorithm have been
developed to investigate the interactions of fully nonlinear waves with two-or three …