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Part 2 - Next steps
TracNav
Theory and Numerics
- Fundamentals of LES
- Basic equations
- Subgrid-scale Model
- Numerics and boundary conditions
- Parallelization
- Embedded Lagrangian particle model
- Topography
- Ocean version
- Atmosphere-ocean coupling
- Canopy model
- Cloud physics
PALM user manual
- PALM overview
- Program control?
- Carrying out runs with mrun?
- Steering parameters
- Data output and analysis
- Program structure
- Carrying out restart runs?
- User-defined code
- Debugging
- Data visualization with NCL
Exercises
- Exercise 1: Convection between plates
- Exercise 2: Neutrally-stratified boundary layer
- Exercise 3: User interface
- Exercise 4: Restart run
- Exercise 5: Flow over a cube
- Exercise 10: Cumulus cloud with bulk cloud physics
Advanced Examples (from research projects)
Downloads & Rules for developers
In case you have completed the Tutorial GUIDE Part I?, you are now ready to proceed and learn more about specific parts of the model as well as advanced controlling features of PALM.
Pick a topic from the following:
Theory and Numerics
- Using topography
- Embedded Lagrangian particle model?
- Ocean version
- Atmosphere-ocean coupling
- Canopy model
