| Version 15 (modified by boeske, 9 years ago) (diff) |
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PALM Seminar Downloads
Lecture Presentations
PDF files of presentations as they are used during the seminar lectures.
- Atmosphere-ocean coupling
- Basic equations
- Canopy model
- Cloud physics
- Data visualization with NCL
- Debugging
- Exercise 1: Convection between two plates
- Exercise 2: Neutrally-stratified ABL
- Exercise 3: User interface
- Exercise 4: Flow around a cube
- Exercise 5: Restart runs
- Exercise 6: Ocean mixed layer
- Exercise 10: Cumulus cloud with bulk cloud physics
- Final remarks
- Fundamentals of LES
- Installation
- mrun - data analysis
- mrun - steering parameters
- Non-cyclic boundary conditions
- Numerics and boundary conditions
- PALM overview
- Parallelization
- Embedded Lagrangian Particle Model (footprints)
- Embedded Lagrangian Particle Model (cloud physics)
- Program control
- Program structure
- Ocean version
- mrun - carrying out restarts
- Runs with mrun
- Subgrid-scale models
- User-defined code
- Using topography
Handouts
PDF of handouts, two condensed slides per pages, no slide transitions.
- Atmosphere-ocean coupling
- Basic equations
- Canopy model
- Cloud physics
- Data visualization with NCL
- Debugging
- Exercise 1: Convection between two plates
- Exercise 2: Neutrally-stratified ABL
- Exercise 3: User interface
- Exercise 4: Flow around a cube
- Exercise 5: Restart runs
- Exercise 6: Ocean mixed layer
- Exercise 10: Cumulus cloud with bulk cloud physics
- Final remarks
- Fundamentals of LES
- Installation
- mrun - data analysis
- mrun - steering parameters
- Non-cyclic boundary conditions
- Numerics and boundary conditions
- PALM overview
- Parallelization
- Embedded Lagrangian Particle Model (footprints)
- Embedded Lagrangian Particle Model (cloud physics)
- Program control
- Program structure
- Ocean version
- mrun - carrying out restarts
- Runs with mrun
- Subgrid-scale models
- User-defined code
- Using topography
Web Tutorial Presentations
PDF files of presentations as they are in the web tutorial. Without slide transitions but with helpful pdf annotations.
- Atmosphere-ocean coupling
- Basic equations
- Canopy model
- Cloud physics
- Data visualization with NCL
- Debugging
- Exercise 1: Convection between two plates
- Exercise 2: Neutrally-stratified ABL
- Exercise 3: User interface
- Exercise 4: Flow around a cube
- Exercise 5: Restart runs
- Exercise 6: Ocean mixed layer
- Exercise 10: Cumulus cloud with bulk cloud physics
- Final remarks
- Fundamentals of LES
- Installation
- mrun - data analysis
- mrun - steering parameters
- Non-cyclic boundary conditions
- Numerics and boundary conditions
- PALM overview
- Parallelization
- Embedded Lagrangian Particle Model (footprints)
- Embedded Lagrangian Particle Model (cloud physics)
- Program control
- Program structure
- Ocean version
- mrun - carrying out restarts
- Runs with mrun
- Subgrid-scale models
- User-defined code
- Using topography
