Firedrake-Fluids
  • Introduction
    • Overview
      • Automated solution technique
    • Directory structure
    • Setup
      • Dependencies
      • Installation
  • Shallow water model
    • Model equations
      • Momentum equation
      • Continuity equation
      • Discretisation and solving
    • Configuring a simulation
      • Simulation name
      • Geometry
      • Function spaces
      • Input/output (I/O)
      • Timestepping
      • Physical parameters
      • System: Core fields
        • C++ expressions
        • Boundary conditions
      • System: Equations
        • Spatial discretisation
        • Mass term
        • Advection term
        • Drag term
        • Stress term
        • Turbulence parameterisation
        • Source term
    • Running a simulation
    • Current limitations
  • Stabilisation methods
    • Streamline upwind
  • Turbulence parameterisation
    • Large Eddy Simulation (LES)
      • Smagorinsky model
  • Diagnostic fields
    • Courant number
    • Grid Reynolds number
    • Divergence
 
Firedrake-Fluids
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Welcome to the Firedrake-Fluids documentation!ΒΆ

Contents:

  • Introduction
    • Overview
    • Directory structure
    • Setup
  • Shallow water model
    • Model equations
    • Configuring a simulation
    • Running a simulation
    • Current limitations
  • Stabilisation methods
    • Streamline upwind
  • Turbulence parameterisation
    • Large Eddy Simulation (LES)
  • Diagnostic fields
    • Courant number
    • Grid Reynolds number
    • Divergence
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