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Planning Notes

langevin-usgs edited this page May 13, 2024 · 2 revisions

Notes from April 8

Day 1, Friday, May 31, 2024

  • Getting started with MODFLOW 6 and FloPy (2 hours – Langevin, Hughes)

    • Overview presentation

    • Live Notebook demonstration/exercise

  • Structured and unstructured discretization strategies (quadtree, triangular, and voronoi meshes, and local grid refinement) (1 hour – Langevin, Larsen)

    • Live Notebook demonstration/exercise
  • XT3D multi-point flux approximation for modeling aquifers with full three-dimensional anisotropy (1 hour – Provost, Russcher)

    • Presentation with anisotropic calisthenics

    • Demonstration

LUNCH

  • Solute and Energy Transport (2 hours – Langevin, Morway, Panday)

    • Overview presentation

    • Live Notebook demonstration/exercise

  • Advanced packages (Multi-Aquifer Well, Streamflow Routing, Lake, Unsaturated Zone Flow, Water Mover, and Compaction and SUBsidence) (2 hours – Hughes, Morway)

    • Multi-Aquifer Well (Hughes)

    • Lake (Hughes)

    • Streamflow Routing (Morway)

    • Unsaturated Zone Flow (Morway)

    • Water Mover (Morway)

    • Compaction and SUBsidence (Hughes)

Day 2, Saturday, June 1, 2024

  • Variable-density groundwater flow and transport (1 hours – Langevin, Panday)

    • Overview presentation (BUY, VSC)

    • Live Notebook demonstration/exercise

  • Introduction to the new Particle Tracking (PRT) Model for MODFLOW 6 (1 hour – Bonelli, Provost)

    • Overview presentation

    • Live Notebook demonstration/exercise

  • Setting up and running parallel MODFLOW 6 simulations on laptops, desktops, and supercomputers (2 hours – Hughes, Larsen, Russcher)

    • Overview presentation

    • Live Notebook demonstration/exercise

LUNCH

  • Using the MODFLOW Application Programming Interface (API) to couple with other models, create custom MODFLOW packages, and control MODFLOW during a simulation (2 hours – Hughes, Larsen, Russcher)

    • Overview presentation

    • Live Notebook demonstration/exercise

  • Future Directions/Wrap Up (2 hours)

    • NetCDF Input and Output (Reno)

      • Overview presentation

      • Demonstration

    • Channel component

    • Richards

    • Watershed component

    • Seawater Intrusion Package

    • Linear network flow component

    • Etc.

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