A dynamical core for solving geophysical fluid equations on the sphere with conservative finite difference methods
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Updated
Aug 6, 2024 - Fortran
A dynamical core for solving geophysical fluid equations on the sphere with conservative finite difference methods
Fluid simulation codes of atmosphere using discontinuous Galerkin finite element method. This project also provides a nonhydrostatic atmospheric model, SCALE-DG.
A dynamical core for global atmospheric modeling
TRiSK-based Multiple-Conservation dynamical cORE
The Simple Dynamical Core Lab is a personal project to explore some numerical algorithms involved in primitive equations models of atmospheric dynamics in a simplified setting
A Python-based Blended sEamLess soLver for Atmospheric dynamics coupled to an ensemble data assimilation engine
Test different numerical methods in simple Cartesian domain.
This is an implementation of quadratic conservation shallow water model. (please take a look at https://github.com/dongli/gamil-dycore)
Open platform for dynamical cores
Atmosphere transport mini app
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