Croco Doc

Model Doc

  • 1. Governing Equations
  • 2. Model variables
  • 3. Grid and Coordinates
  • 4. Numerics
    • 4.1. Overview
    • 4.2. Time Stepping
    • 4.3. Advection Schemes
    • 4.4. Pressure gradient
    • 4.5. Equation of State
    • 4.6. Wetting and Drying
    • 4.7. Non-Boussinesq Solver
  • 5. Parametrizations
  • 6. Parallelisation
  • 7. Atmospheric Surface Boundary Layer
  • 8. Open boundaries conditions
  • 9. Rivers
  • 10. Tides
  • 11. Nesting Capabilities
  • 12. Sediment and Biology models
  • 13. Coupling CROCO with other models
  • 14. I/O and Online Diagnostics
  • 15. Review of test cases
  • 16. Appendices

Tutorials

  • 1. System requirements
  • 2. Download
  • 3. Contents & Architecture
  • 4. Summary of essential steps
  • 5. Test Cases
  • 6. Regional: Preparing your configuration
  • 7. Regional: Preprocessing (Matlab)
  • 8. Compiling
  • 9. Running the model
  • 10. Increasing the resolution: BENGUELA_VHR
  • 11. Running with interannual forcing
  • 12. Nesting Tutorial
  • 13. Adding Rivers
  • 14. Adding tides
  • 15. Visualization (Matlab)
  • 16. Visualization (Python)
  • 17. NBQ Tutorial
  • 18. Coupling tutorial
  • 19. Littoral dynamics tutorial
  • 20. Realistic coastal configuration
  • 21. XIOS
  • 22. Tips
  • 23. CROCO/MUSTANG tutorial & tips
  • 24. TRAINING 2019: DATARMOR specific
  • 25. Ifremer specific
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4. NumericsΒΆ

  • 4.1. Overview
  • 4.2. Time Stepping
    • 4.2.1. 3D momentum and tracers
    • 4.2.2. Tracers-momentum coupling
    • 4.2.3. Barotropic mode
    • 4.2.4. Baroclinic-barotropic coupling
    • 4.2.5. Stability constraints
  • 4.3. Advection Schemes
    • 4.3.1. Lateral Momentum Advection
    • 4.3.2. Lateral Tracer advection
    • 4.3.3. Vertical Momentum advection
    • 4.3.4. Vertical Tracer advection
    • 4.3.5. Adaptively implicit vertical advection
    • 4.3.6. Numerical details on advection schemes
  • 4.4. Pressure gradient
  • 4.5. Equation of State
  • 4.6. Wetting and Drying
  • 4.7. Non-Boussinesq Solver
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