Table of Contents

• Theory and Numerics
  • Fundamentals of LES
  • Basic equations
  • Numerics and boundary conditions
  • Parallelization
  • Embedded Lagrangian particle model?
  • Topography
  • Ocean version
  • Atmosphere-ocean coupling
  • Canopy model
  • Cloud physics
• User Manual
  • PALM overview
  • Program steering?
  • Carrying out runs with MRUN?
  • Steering parameters
  • Data output and analysis
  • Program structure
  • Carrying out restart runs?
  • User-defined code
  • Debugging
  • Data visualization
• Exercises
  • Exercise 1: Convection between plates
  • Exercise 2: Neutrally-stratified boundary layer
  • Exercise 3: Flow over leads
  • Exercise 4: Restart run
  • Exercise 5: Flow over a cube
  • Exercise 6: Cumulus cloud from cloud droplets
  • Exercise 7: Ocean mixed layer
  • Exercise 8: Atmosphere-ocean coupling
  • Exercise 9: Canopy flow
  • Exercise 10: Cumulus cloud with cloud physics
• Advanced Examples (from real projects)
  • Example: Footprints?
  • Example: Real 2D heterogeneities?
  • Example: Stable boundary layer (GABLS3)?