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0.3.2.dev2+7df9ca5829
  • Tutorials
    • Overview: lbmpy
    • Tutorial 01: Running pre-defined scenarios
    • Tutorial 02: Setting up geometry and boundary conditions
    • Tutorial 03: Defining LB methods in lbmpy
    • Tutorial 04: The Cumulant Lattice Boltzmann Method in lbmpy
    • Tutorial 05: Nondimensionalization and Scaling
    • Tutorial 06: Modifying a LBM method: Smagorinsky model
    • Tutorial 07: Coupling two LBM simulations for thermal simulations
    • Shan-Chen Two-Phase Single-Component Lattice Boltzmann
    • Shan-Chen Two-Component Lattice Boltzmann
    • Demo: Stencils
    • Demo: Create lbmpy Method from Scratch
    • Demo: Moments, Cumulants and Maxwellian Equilibrium
    • Demo: Automatic Chapman Enskog Analysis
    • Demo: Thermalized (Randomized) LBM
    • Demo: Theoretical Background - LB Equilibrium Construction using quadratic Ansatz
  • API Reference
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TutorialsΒΆ

All tutorials are automatically created by Jupyter Notebooks. You can open the notebooks directly to play around with the code examples.

  • Overview: lbmpy
  • Tutorial 01: Running pre-defined scenarios
  • Tutorial 02: Setting up geometry and boundary conditions
  • Tutorial 03: Defining LB methods in lbmpy
  • Tutorial 04: The Cumulant Lattice Boltzmann Method in lbmpy
  • Tutorial 05: Nondimensionalization and Scaling
  • Tutorial 06: Modifying a LBM method: Smagorinsky model
  • Tutorial 07: Coupling two LBM simulations for thermal simulations
  • Shan-Chen Two-Phase Single-Component Lattice Boltzmann
  • Shan-Chen Two-Component Lattice Boltzmann
  • Demo: Stencils
  • Demo: Create lbmpy Method from Scratch
  • Demo: Moments, Cumulants and Maxwellian Equilibrium
  • Demo: Automatic Chapman Enskog Analysis
  • Demo: Thermalized (Randomized) LBM
  • Demo: Theoretical Background - LB Equilibrium Construction using quadratic Ansatz
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