- Overview of numerical models.
- Advances in numerical modeling.
- Coordinate systems.
- Numerical solution of the primitive equations.
- Basic methods of numerical solutions.
- Equation transformation to coordinate systems.
- Process parameterization (solar/terrestrial radiation, surface energy budget, cloud microphysics).
- Regional/mesoscale modeling.
- Initial and boundary conditions.
- Global scale modeling.
- Climate modeling.
- Model evaluation.
- Computer applications: Atmospheric model parametarisation, postprocessing application, model application, errors, visualization of results.
Semester:
Spring
Offered:
2024
Link:
 | atmospheric_circulation_models.zip | 30.86 MB |