The unstructured grid finite volume coastal ocean model (FVCOM) system has been
expanded to include nonhydrostatic dynamics. This addition uses the factional step method …

The increasing demand for the investigation of nonhydrostatic effects in ocean modelling
requires crucial modifications to models applying the hydrostatic pressure assumption …

A non-hydrostatic algorithm for the Regional Oceanic Modeling System (ROMS) is
proposed. It is based on a decomposition technique for hydrostatic and non-hydrostatic …

The breaking of internal solitary waves (ISWs) over slope‐shelf topography induces energy
dissipation and enhances mixing. In this work, high‐resolution, laboratory‐scale simulations …

Carbon capture and storage is key for mitigating greenhouse gas emissions, and offshore
geological formations provide vast CO 2 storage potential. Monitoring of sub-seabed CO 2 …

Numerical simulations are used to evaluate the impact of adaptive meshes on the two-
dimensional lock-exchange flow. In particular, the diapycnal mixing is quantified through …

A non-hydrostatic model is developed to predict internal wave generations and
propagations. The model employs a semi-implicit, fractional step algorithm to solve the …

A complication of finite-volume triangular C-grid methods is the numerical emergence of
horizontal divergence errors that lead to grid-scale oscillations in vertical velocity. Nonlinear …

A non-hydrostatic terrain-following model in cross sectional form is applied to study the
processes in the lee of a sill in an idealized stratified fjord during super-critical tidal inflow. A …

To improve the efficiency of the terrain-following σ-coordinate non-hydrostatic ocean model,
a partially implicit finite difference (PIFD) scheme is proposed. By using explicit terms …