// Generated by CMB

ThermostaticProblem:
{
  MeshFile: 2D-TTF3-FPC-Body.ncdf
  BasisOrder: 2
  CurvedSurfaces: on

  LinearSolver:
  {
    Solver: GMRES
    Preconditioner: ILU
    AbsoluteTolerance: 1e-18
    Tolerance: 1e-10
    MaxIterations: 100000
  }

  NonlinearSolver:
  {
    Solver: Newton
    PicardIteration: 100
    MaxIterations: 500
    AbsTolerance: 2.33e-10
    RelTolerance: 1e-08
  }

  PicardSolver:
  {
    Solver: CG
    Preconditioner: DIAGONAL
    AbsoluteTolerance: 1e-18
    Tolerance: 1e-10
    MaxIterations: 100000
  }

  ThermalConductivity:
  {
    Id: 2
    Function: NbTi
  }

  ThermalConductivity:
  {
    Id: 1
    Function: HighRRRNb
  }

  ThermalConductivity:
  {
    Id: 4
    Function: CURRR100
  }

  ThermalConductivity:
  {
    Id: 3
    Function: SS316
  }

  ThermalConductivity:
  {
    Id: 5
    Function: al300
  }

  Shell:
  {
    Bd: 6
    Material: 101
    BasisOrder: 1
    Thickness: 1e-05
  }

  Shell:
  {
    Bd: 7
    Material: 101
    BasisOrder: 1
    Thickness: 0.0001
  }

  ThermalConductivity:
  {
    Id: 101
    Function: CURRR100
  }

  HeatSource:
  {
    Id: 5
    ConditionType: RFHeating
    DielectricConstantE: 9
    LossTangentE: 0.0001
    WhichMode: 0
    Method: Powerinput
    TargetPowerinput: 437.5
    Directory: s3p_results
  }

  Boundary:
  {
    Id: 2
    ConditionType: Dirichlet
    DirichletValue: 2
  }

  Boundary:
  {
    Id: 5
    ConditionType: Dirichlet
    DirichletValue: 300
  }

  Boundary:
  {
    Id: 3
    ConditionType: Dirichlet
    DirichletValue: 4
  }

  Boundary:
  {
    Id: 4
    ConditionType: Dirichlet
    DirichletValue: 70
  }

  Boundary:
  {
    Id: 1
    ConditionType: Neumann
    NeumannValue: 0
  }

  Boundary:
  {
    Id: 10
    ConditionType: Neumann
    NeumannValue: 0
  }

  Boundary:
  {
    Id: 11
    ConditionType: Neumann
    NeumannValue: 0
  }

  Boundary:
  {
    Id: 6
    ConditionType: RFHeating
    WhichMode: 0
    Method: Powerinput
    TargetPowerinput: 437.5
    SymmetryFactor: 1
    Directory: s3p_results
    SurfaceResistance: SRinnerCU
  }

  Boundary:
  {
    Id: 7
    ConditionType: RFHeating
    WhichMode: 0
    Method: Powerinput
    TargetPowerinput: 437.5
    SymmetryFactor: 1
    Directory: s3p_results
    SurfaceResistance: SRinnerCU
  }

  Boundary:
  {
    Id: 8
    ConditionType: RFHeating
    WhichMode: 0
    Method: Powerinput
    TargetPowerinput: 437.5
    SymmetryFactor: 1
    Directory: s3p_results
    SurfaceResistance: SRinnerCU
  }

  Boundary:
  {
    Id: 9
    ConditionType: RFHeating
    WhichMode: 0
    Method: Powerinput
    TargetPowerinput: 437.5
    SymmetryFactor: 1
    Directory: s3p_results
    SurfaceResistance: SRinnerNbTi
  }
}
