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  • How to install
    • Anaconda
    • Tests
    • Code structure
    • Documentation
  • Getting started
    • Port-Hamiltonian framework
    • Structure-preserving discretization
    • Coding within SCRIMP
  • Examples
    • The wave equation
      • Setting
      • Port-Hamiltonian framework
      • Structure-preserving discretization
      • Simulation
      • Adding Damping to the dphs
      • Another simulation
    • The heat equation
      • Setting
      • Port-Hamiltonian framework
      • Structure-preserving discretization
      • Simulation
    • Another wave equation
      • Setting
      • Substitutions
      • Simulation
    • Heat wave coupling
      • Setting
      • Port-Hamiltonian framework
      • Structure-preserving discretization
      • Simulation
    • The shallow water equation
      • Setting
      • Port-Hamiltonian framework
      • Structure-preserving discretization
      • Simulation
  • Notebooks
    • Install jupyter
    • Run jupyter
  • Graphical User Interface
  • References
    • Articles
    • Book Chapters
    • Proceedings
  • Code documentation
    • Folders
      • scrimp.examples
        • Wave
        • Heat
        • Heat-Wave coupling
        • Shallow water
      • scrimp.utils
        • Config
        • Linear algebra
        • Mesh
      • scrimp.sandbox
    • Distributed port-Hamiltonian system
    • Domain
    • Hamiltonian / Term
    • Port / Parameter
    • State
    • Co-state
    • Control
    • FEM
    • Brick
  • ANR Impacts
  • GitHub repo
  • PDF documentation
SCRIMP
  • Examples
  • View page source

Examples

We provide some examples coming from our publications.

  • The wave equation
  • The heat equation
  • Another wave equation
  • Heat wave coupling
  • The shallow water equation
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