heat_transfer.prm

# Listing of Parameters
# ---------------------
subsection Finite element system
  # Displacement system polynomial order
  set Polynomial degree = 2

  # Gauss quadrature order
  set Quadrature order  = 3
end


subsection Geometry
  # Dimension of the problem
  set Dimension         = 2

  # Number of global refinements
  set Global refinement = 3

  # Testcase to compute
  set Testcase          = partitioned_heat_dirichlet
end


subsection Output
  # Output folder
  set Output folder   = dealii-output

  # Points in undeformed configuration to output unknown fields
  set Output points   = 0.6, 0.2

  # Output solution watchpoint
  set Output solution = false

  # At which time to write a vtu output file
  set Output tick     = 0.1
end


subsection Time
  # End time
  set End time       = 1

  # Time step size
  set Time step size = 0.1
end


subsection precice configuration
  # Name of the coupling mesh in the precice-config.xml file
  set Mesh name                = dealii-mesh

  # Name of the participant in the precice-config.xml file
  set Participant name         = dealii

  # Name of the read data in the precice-config.xml file
  set Read data name           = Temperature

  # Name of the write data in the precice-config.xml file
  set Write data name          = Heat-Flux

  # Specification of the write data location and the data typeAvailable
  # options are: values_on_dofs, values_on_quads, normal_gradients_on_quads
  # and in PRECICE_DEVELOP_MODE additionally values_on_other_mesh,
  # gradients_on_other_mesh
  set Write data specification = values_on_dofs

  # Index of the quadrature formula in MatrixFree used for initialization
  set Write quadrature index   = 0

  # Name of the precice configuration file
  set precice config-file      = precice-config.xml
end