This article demonstrates how numerical methods for atmospheric models can be validated
by showing that they give the theoretically predicted rate of convergence to relevant …

A new high-resolution Eulerian numerical method is proposed for modelling
quasigeostrophic ocean dynamics in eddying regimes. The method is based on a novel …

The rationale for designing atmospheric numerical model dynamical cores with certain
conservation properties is reviewed. The conceptual difficulties associated with the …

We have developed a three-dimensional (3D) spectral hydrodynamic code to study vortex
dynamics in rotating, shearing, stratified systems (eg, the atmosphere of gas giant planets …

It is now well established that two distinct types of motion occur in geophysical turbulence:
slow motions associated with potential vorticity advection and fast oscillations due to inertia …

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 …

Unsteady nonlinear shallow-water flows typically emit inertia-gravity waves through a
process called “spontaneous adjustment-emission.” This process has been studied …

We investigate the validity and accuracy of two commonly used two-dimensional models of a
rotating, incompressible, shallow fluid layer: the shallow-water (SW) model and the …

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 …

On the Quantification of Imbalance and Inertia–Gravity Waves Generated in Numerical
Simulations of Moist Baroclinic Waves Using the WRF Model in: Journal of the Atmospheric …