We present a novel approach to simulating general two-dimensional flows, which could also
be applied to other areas of continuum mechanics. The approach generalises the Particle-In …

Assessing the Numerical Accuracy of Complex Spherical Shallow-Water Flows in: Monthly
Weather Review Volume 135 Issue 11 (2007) Jump to Content Jump to Main Navigation …

This work is devoted to the application of the super compact finite difference method
(SCFDM) and the combined compact finite difference method (CCFDM) for spatial …

On the Spectral Convergence of the Supercompact Finite-Difference Schemes for the f-Plane
Shallow-Water Equations in: Monthly Weather Review Volume 137 Issue 7 (2009) Jump to …

Application of the three‐point fourth‐order compact scheme to spatial differencing of the
vorticity‐stream function‐density formulation of the two‐dimensional incompressible …

The interaction between two co-rotating vortices, embedded in a steady external strain field,
is studied in a coupled Quasi-Geostrophic—Surface Quasi-Geostrophic (hereafter referred …

The diabatic contour-advective semi-Lagrangian (DCASL) algorithms previously constructed
for the shallow-water and multilayer Boussinesq primitive equations are extended to …

This thesis presents extensions and enhancements to an existing Lagrangian model for
atmospheric convection. The Moist Parcel-In-Cell (MPIC) method, developed by Dritschel et …

This paper is devoted to accuracy assessment of the sixth-order super compact finite
difference method (SCFDM) and the sixth-order combined compact finite difference method …

This work is devoted to the application of the super compact finite difference (SCFDM) and
the combined compact finite difference (CCFDM) methods for spatial differencing of the …