Understanding the transport and fate of suspended sediment exported by rivers is crucial for
the management of sensitive marine ecosystems. Sediment transport and fate can vary …

We present a flux-limiting wetting–drying approach for finite-element discretizations of the
shallow-water equations using discontinuous linear elements for the elevation. The key …

Tidal flow can generate unsteady wakes, large eddies, and recirculation zones in the lee or
around complex natural and artificial obstructions, such as islands, headlands, or harbours …

We present a new three-dimensional, unstructured mesh finite element shallow-water
model. The current configuration is suitable for studying unstratified flows and the evolution …

Understanding complex physical phenomena often involves dealing with partial differential
equations (PDEs) where different phenomena exhibit distinct timescales. Fast terms …

This paper describes an online coupling between a 3D discontinuous Galerkin finite
element marine model and a 1D vertical turbulence closure model based on finite …

Рассматривается задача моделирования переноса взвешенных веществ в водных
объектах в тех случаях, когда ареал их распространения значительно превышает …

An idealized numerical study of the influence of a tidal flow around an island has been
undertaken with ROMS. The study focusses on coastal island wakes which are mainly …

Measurements of tidal velocities in the vicinity of natural submerged features are rare given
the cost and difficulties of collecting data in these hostile environments. This has pushed …

A new parameterisation of horizontal density gradient for a one-dimensional water column
estuarine model, inspired by the first-order finite-difference upwind scheme, is presented …