Add to ORKGA quite generally formulated multilevel quasi-geostrophic medel with possibilities to include second order terms in the vorticity equation is derived. The model includes friction, topography, latent heat and sensible heat. The treatment of the variable boundary conditions, smoothing and ellipticity control is described
We consider quasi-geostrophic (QG) models in two- and three-layers that are useful in theoretical st...
We rigorously justify the so-called one and one-half layer quasi-geostrophic model from the two laye...
In recent years, there has been extensive study of the mathematical basis of weather prediction lead...
A quite generally formulated multilevel quasi-geostrophic medel with possibilities to include second...
A quasi-geostrophic model has been formulated using the potential vorticity as the only time depende...
New models using scale analysis and perturbation methods were derivated starting from the shallow wa...
New spatial variational principles and corresponding Weber's transformations for the adiabatic motio...
International audienceThe effect of moisture and latent heat release is investigated in the context ...
This is a finite-difference, two-layer, quasi-geosotrophic model. The governing equations are the co...
A diagnostic method is presented for analysing the large-scale behaviour of the Met Office Unified M...
The derivation of the quasi-geostrophic potential vorticity equation of mathematical meteorology is ...
Vorticity is the rotation of individual particles in a flow. Vorticities in the ocean and the atmosp...
International audienceModels under location uncertainty are derived assuming that a component of the...
Minimal criteria are established which a numerical model of the atmosphere must meet in order to qua...
A balanced model that incorporates the dynamics of both the quasigeostrophic and planetary geostroph...
We consider quasi-geostrophic (QG) models in two- and three-layers that are useful in theoretical st...
We rigorously justify the so-called one and one-half layer quasi-geostrophic model from the two laye...
In recent years, there has been extensive study of the mathematical basis of weather prediction lead...
A quite generally formulated multilevel quasi-geostrophic medel with possibilities to include second...
A quasi-geostrophic model has been formulated using the potential vorticity as the only time depende...
New models using scale analysis and perturbation methods were derivated starting from the shallow wa...
New spatial variational principles and corresponding Weber's transformations for the adiabatic motio...
International audienceThe effect of moisture and latent heat release is investigated in the context ...
This is a finite-difference, two-layer, quasi-geosotrophic model. The governing equations are the co...
A diagnostic method is presented for analysing the large-scale behaviour of the Met Office Unified M...
The derivation of the quasi-geostrophic potential vorticity equation of mathematical meteorology is ...
Vorticity is the rotation of individual particles in a flow. Vorticities in the ocean and the atmosp...
International audienceModels under location uncertainty are derived assuming that a component of the...
Minimal criteria are established which a numerical model of the atmosphere must meet in order to qua...
A balanced model that incorporates the dynamics of both the quasigeostrophic and planetary geostroph...
We consider quasi-geostrophic (QG) models in two- and three-layers that are useful in theoretical st...
We rigorously justify the so-called one and one-half layer quasi-geostrophic model from the two laye...
In recent years, there has been extensive study of the mathematical basis of weather prediction lead...