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Section Navigation

  • Keywords
    • Condition:Average (1)
      • 2D Laplace problem with average condition
    • Condition:Dirichlet (8)
      • 1D Laplace problem with Dirichlet condition
      • 2D Laplace Problem with Discontinuous Galerkin method and Dirichlet condition
      • Mixed formulation using P0 and Raviart-Thomas elements
      • 2D Laplace problem with Dirichlet condition
      • 2D Maxwell equations using Nedelec elements
      • 3D Maxwell equations using Nedelec elements
      • 2D Stokes problem
      • Solving wave equation with Leap-frog scheme
    • Condition:PML (1)
      • 3D Maxwell equations with PML
    • Condition:Periodic (1)
      • 2D Laplace problem with periodic condition
    • Condition:Robin (1)
      • 1D Laplace problem with Robin condition
    • Condition:Transmission (1)
      • 2D Laplace problem with transmission condition
    • FE:CrouzeixRaviart (1)
      • 2D Stokes problem
    • FE:Lagrange (17)
      • 2D Helmholtz problem coupling FEM and BEM
      • 2D Helmholtz problem coupling FEM and integral representation
      • 3D Helmholtz problem using single layer potential integral equation
      • 1D Laplace problem with Dirichlet condition
      • 1D Laplace problem with Robin condition
      • 2D Laplace Problem with Discontinuous Galerkin method and Dirichlet condition
      • Mixed formulation using P0 and Raviart-Thomas elements
      • 2D Laplace problem with Dirichlet condition
      • Eigenvalues and eigenvectors of Laplace operator
      • 2D/3D Laplace problem with Neumann condition
      • 2D Laplace problem with periodic condition
      • 2D Laplace problem with transmission condition
      • 2D Laplace problem with average condition
      • Fictitious domain method
      • 3D Maxwell problem using EFIE
      • 2D Elasticity problem
      • Solving wave equation with Leap-frog scheme
    • FE:Morley (1)
      • 2D Bilaplacian problem
    • FE:Nedelec (3)
      • 2D Maxwell equations using Nedelec elements
      • 3D Maxwell equations using Nedelec elements
      • 3D Maxwell equations with PML
    • FE:RaviartThomas (2)
      • Mixed formulation using P0 and Raviart-Thomas elements
      • 3D Maxwell problem using EFIE
    • FE:TaylorHood (1)
      • 2D Stokes problem
    • Method:BEM (3)
      • 2D Helmholtz problem coupling FEM and BEM
      • 3D Helmholtz problem using single layer potential integral equation
      • 3D Maxwell problem using EFIE
    • Method:Coupling (3)
      • 2D Helmholtz problem coupling FEM and BEM
      • 2D Helmholtz problem coupling FEM and integral representation
      • Mixed formulation using P0 and Raviart-Thomas elements
    • Method:DG (1)
      • 2D Laplace Problem with Discontinuous Galerkin method and Dirichlet condition
    • Method:FEM (19)
      • 2D Helmholtz problem coupling FEM and BEM
      • 2D Helmholtz problem coupling FEM and integral representation
      • 1D Laplace problem with Dirichlet condition
      • 1D Laplace problem with Robin condition
      • Mixed formulation using P0 and Raviart-Thomas elements
      • 2D Laplace problem with Dirichlet condition
      • Eigenvalues and eigenvectors of Laplace operator
      • 2D/3D Laplace problem with Neumann condition
      • 2D Laplace problem with periodic condition
      • 2D Laplace problem with transmission condition
      • 2D Laplace problem with average condition
      • Fictitious domain method
      • 2D Maxwell equations using Nedelec elements
      • 3D Maxwell equations using Nedelec elements
      • 3D Maxwell equations with PML
      • 2D Stokes problem
      • 2D Bilaplacian problem
      • 2D Elasticity problem
      • Solving wave equation with Leap-frog scheme
    • Method:Mixte (2)
      • Mixed formulation using P0 and Raviart-Thomas elements
      • Fictitious domain method
    • PDE:Bilaplacian (1)
      • 2D Bilaplacian problem
    • PDE:Elasticity (1)
      • 2D Elasticity problem
    • PDE:Helmholtz (3)
      • 2D Helmholtz problem coupling FEM and BEM
      • 2D Helmholtz problem coupling FEM and integral representation
      • 3D Helmholtz problem using single layer potential integral equation
    • PDE:Laplace (11)
      • 1D Laplace problem with Dirichlet condition
      • 1D Laplace problem with Robin condition
      • 2D Laplace Problem with Discontinuous Galerkin method and Dirichlet condition
      • Mixed formulation using P0 and Raviart-Thomas elements
      • 2D Laplace problem with Dirichlet condition
      • Eigenvalues and eigenvectors of Laplace operator
      • 2D/3D Laplace problem with Neumann condition
      • 2D Laplace problem with periodic condition
      • 2D Laplace problem with transmission condition
      • 2D Laplace problem with average condition
      • Fictitious domain method
    • PDE:Maxwell (4)
      • 2D Maxwell equations using Nedelec elements
      • 3D Maxwell problem using EFIE
      • 3D Maxwell equations using Nedelec elements
      • 3D Maxwell equations with PML
    • PDE:Stokes (1)
      • 2D Stokes problem
    • PDE:Wave (1)
      • Solving wave equation with Leap-frog scheme
    • Solver:Direct (21)
      • 2D Helmholtz problem coupling FEM and BEM
      • 2D Helmholtz problem coupling FEM and integral representation
      • 3D Helmholtz problem using single layer potential integral equation
      • 1D Laplace problem with Dirichlet condition
      • 1D Laplace problem with Robin condition
      • 2D Laplace Problem with Discontinuous Galerkin method and Dirichlet condition
      • Mixed formulation using P0 and Raviart-Thomas elements
      • 2D Laplace problem with Dirichlet condition
      • 2D/3D Laplace problem with Neumann condition
      • 2D Laplace problem with periodic condition
      • 2D Laplace problem with transmission condition
      • 2D Laplace problem with average condition
      • Fictitious domain method
      • 2D Maxwell equations using Nedelec elements
      • 3D Maxwell problem using EFIE
      • 3D Maxwell equations using Nedelec elements
      • 3D Maxwell equations with PML
      • 2D Stokes problem
      • 2D Bilaplacian problem
      • 2D Elasticity problem
      • Solving wave equation with Leap-frog scheme
    • Solver:Eigen (2)
      • Eigenvalues and eigenvectors of Laplace operator
      • 2D Laplace problem with periodic condition
  • Examples
  • Keywords
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Keyword: Method:Mixte#

With this keyword

  • Mixed formulation using P0 and Raviart-Thomas elements
  • Fictitious domain method

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Keyword: Method:FEM

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Keyword: PDE:Bilaplacian

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