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 …

A computational procedure has been developed for simulating non-hydrostatic, free-surface,
rotational flows in one and two horizontal dimensions. Its implementation in the publicly …

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

This paper describes NHWAVE, a shock-capturing non-hydrostatic model for simulating
wave refraction, diffraction, shoaling, breaking and landslide-generated tsunami in finite …

This paper presents a well-balanced numerical scheme for simulating frictional shallow
flows over complex domains involving wetting and drying. The proposed scheme solves, in …

Shallow water equations with a non-flat bottom topography have been widely used to model
flows in rivers and coastal areas. An important difficulty arising in these simulations is the …

This paper presents one of the first dedicated studies on mobile bed hydraulics of dam-
break flow and the induced sediment transport and morphological evolution. A theoretical …

Many natural terrains have complicated surface topography. The simulation of steep-fronted
flows that occur after heavy rainfall flash floods or as inundation from dyke breaches is …

Computational fluid dynamics (CFD) studies the flow motion in a discretized space. Its basic
scale resolved is the mesh size and time step. The CFD algorithm can be constructed …

Numerical models solving the full 2‐D shallow water equations (SWEs) have been
increasingly used to simulate overland flows and better understand the transient flow …