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Feel++ Toolboxes Manual

    • Feel++ Toolboxes
      • Introduction
      • What is a Toolbox
      • Modeling and Analysis using JSON files
      • Parametrized Simulation using CFG files
      • Monophysics Toolboxes
      • Multiphysics Toolboxes
      • Hybrid Discontinuous Methods Toolboxes
    • Feel++ Toolbox Cloud/HPC Web GUI
      • Create a MSO4SC Portal Account
      • Overview of the MSO4SC Portal
      • Get Feel++ Apps
      • Run Feel++ Apps
  • Heat Transfer
    • Theory
    • Toolbox
  • Computational Fluid Dynamics
    • Theory of Laminar Flows
      • Notations
      • Equations
        • Generalized Newtonian Fluid
    • Toolbox
      • Models
      • Materials
      • Boundary Conditions
      • Body Forces
      • Post-Processing
      • Stabilisation methods
      • Running a CFD simulation
  • Computational Solid Mechanics
    • Theory
    • Toolbox
  • Fluid Structure Interaction
    • Theory
      • Definitions
      • ALE Map
      • Fluid and Structure
      • Coupling conditions
      • Discretization
      • Coupling Strategies
    • Toolbox
  • Thermo-Electric
    • Theory
    • Toolbox
  • Aerothermal flows
    • Theory
    • Toolbox
  • Multifluid flow
    • Theory
    • Toolbox
    • Maxwell
      • Introduction
      • Theory of Maxwell equations
      • Solution Strategy for Maxwell equations
  • Hybrid Discontinuous Methods
    • Introduction
    • Theory of HdG methods
    • HdG Toolboxes
      • Mixed Poisson
      • Mixed Elasticity
Feel++ Toolboxes Manual 0.107
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    • 0.1
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    • master
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    • 1.0.3
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    • master
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  • Hybrid Discontinuous Methods
  • Introduction
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Hybrid Discontinuous Galerkin Toolbox

In many application context, not only do we need the primal variable (e.g. the potential or the displacement) but also the dual variable (e.g the flux or the stress).

Feel++ supports HdG methods and enables primal/dual variables solves.

We provide the Mathematical theory as well as toolboxes for Mixed Poisson equation and Mixed Elasticity equations.

Solution Strategy for Maxwell equations Theory of HdG methods
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