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Objectives

  • Advanced numerical methods
  • Sharing best practices
  • Simulation and compilation settings (tags/options)
  • Automation (running simulations, workflows, post-processing) ​


Prerequisites

  • OpenModelica installed on your workstation (free, open source)
  • Required level: numerical methods + general physics + introductory Modelica / OpenModelica training

Practical information

  • Duration: 2 to 3 days
  • In-person sessions
  • At your premises or at our Versailles office

Programme 

  • Theory
    • Presentation and analysis of challenging cases (event handling, reverse flow, etc.)
    • Numerical methods: explicit / implicit / homotopy / solvers / linear and non-linear solution


  • Hands-on activities (lab format)
    • Practical use of Python APIs with OpenModelica (OMPython / OMScripting)
    • Coding of domain-specific challenging cases
    • Multi-physics coupling examples (e.g. control systems + thermal)