In this paper, the development of a class of depth-integrated, phase-resolving models for
surface wave propagation, known as Boussinesq-type models (BTMs), is reviewed. This …

This paper, which is largely the fruit of an invited talk on the topic at the latest International
Conference on Coastal Engineering, describes the state of the art of modelling by means of …

We present a high-order adaptive time-stepping TVD solver for the fully nonlinear
Boussinesq model of Chen (2006), extended to include moving reference level as in …

Coastal wave propagation and transformation are complicated due to the significant
variations of water depth and irregular coastlines, which are typically present at the …

This paper documents development of a multiple‐Graphics Processing Unit (GPU) version
of FUNWAVE‐Total Variation Diminishing (TVD), an open‐source model for solving the fully …

Using Boussinesq scaling for water waves while imposing no constraints on rotationality, we
derive and test model equations for nonlinear water wave transformation over varying depth …

This study applies the numerical model GPUSPH, an implementation of the weakly
compressible smoothed particle hydrodynamics (SPH) method on graphics processing …

This work is devoted to the numerical simulation of Shallow Water Equations involving dry
areas, a moving shoreline and in the context of mesh adaptation. The space and time …

We investigate the potential of the so-called “relocation” mesh adaptation in terms of
resolution and efficiency for the simulation of free surface flows in the near shore region. Our …

Recently, there has been a notable rise in social and scientific interest regarding
microplastic pollution in coasts where waves significantly influence flow patterns and …