Postprocessing output writers: ------------------------------ -1: name: results directory: postprocessing format: EnSight Gold options: separate_meshes time dependency: fixed mesh output: at end -5: name: directory: monitoring format: time_plot options: CSV time dependency: fixed mesh output: every time step -6: name: directory: profiles format: plot options: time dependency: fixed mesh output: at end -7: name: histograms directory: histograms format: histogram options: txt time dependency: fixed mesh output: at end Fields of type: variable --------------- Field Dim. Location Id Type flag ------------------------ ---- -------------------- ---- --------- temperature 1 cells 0 133 (intensive, variable, CDO) velocity 3 cells 1 133 (intensive, variable, CDO) pressure 1 cells 2 133 (intensive, variable, CDO) C_bulk 1 cells 6 133 (intensive, variable, CDO) Fields of type: property --------------- Field Dim. Location Id Type flag ------------------------ ---- -------------------- ---- --------- velocity_divergence 1 cells 3 137 (intensive, property, CDO) mass_density 1 cells 4 137 (intensive, property, CDO) Other fields: ------------- Field Dim. Location Id Type flag ------------------------ ---- -------------------- ---- --------- liquid_fraction 1 cells 5 129 (intensive, CDO) Defined field keys: ------------------- Key Default Type Id Type flag ------------------------ ------------ ------- ---- --------- alpha_turbulent_flux_id -1 integer 24 4 (variable) boundary_flux_id -1 integer 8 4 (variable) boundary_mass_flux_id -1 integer 6 4 (variable) boundary_value_id -1 integer 42 0 clipping_id -1 integer 40 4 (variable) convection_limiter_id -1 integer 43 4 (variable) coupled 0 integer 3 4 (variable) coupling_entity -1 integer 45 0 density_id -1 integer 19 4 (variable) diffusion_coef_id -1 integer 12 4 (variable) diffusion_coef_ref -1e+13 real 13 4 (variable) diffusion_limiter_id -1 integer 44 4 (variable) diffusivity_extrapolated -1 real 49 4 (variable) diffusivity_id -1 integer 14 4 (variable) diffusivity_ref -1e+13 real 15 4 (variable) diffusivity_tensor 0 integer 30 4 (variable) drift_scalar_model 0 integer 31 0 first_moment_id -1 integer 33 0 gradient_weighting_id -1 integer 29 4 (variable) inner_flux_id -1 integer 7 4 (variable) inner_mass_flux_id -1 integer 5 4 (variable) is_buoyant 0 integer 20 4 (variable) is_clipped -1 integer 41 4 (variable) is_temperature -1 integer 21 4 (variable) label (null) string 0 0 limiter_choice -1 integer 57 4 (variable) log 0 integer 1 0 max_scalar 1 real 55 0 max_scalar_clipping 1e+12 real 54 0 measures_set_id -1 integer 50 4 (variable) min_scalar 0 real 56 0 min_scalar_clipping -1e+12 real 53 0 moment_id -1 integer 4 48 (postprocess, accumulator) opt_interp_analysis_id -1 integer 52 4 (variable) opt_interp_id -1 integer 51 4 (variable) parent_field_id -1 integer 9 0 post_vis 0 integer 2 0 restart_file -1 integer 60 0 scalar_class 0 integer 32 0 scalar_diffusivity_prev 0 integer 16 4 (variable) scalar_id -1 integer 11 0 scalar_time_scheme -1 integer 47 0 sgs_scalar_flux_coef_id -1 integer 18 4 (variable) slope_test_upwind_id -1 integer 39 4 (variable) source_term_id -1 integer 38 4 (variable) source_term_prev_id -1 integer 37 4 (variable) st_exp_extrapolated -1 real 48 4 (variable) syrthes_coupling 0 integer 36 0 time_extrapolated -1 integer 46 0 time_step_factor 1 real 26 4 (variable) turbulent_diffusivity_id -1 integer 17 4 (variable) turbulent_flux_ctheta 1 real 25 4 (variable) turbulent_flux_id -1 integer 23 4 (variable) turbulent_flux_model 0 integer 22 4 (variable) turbulent_schmidt 1 real 27 4 (variable) turbulent_schmidt_id -1 integer 28 4 (variable) units string 61 0 variable_id -1 integer 10 0 variance_clipping -1 integer 34 0 variance_dissipation 0.8 real 35 0 solving_info struct 59 4 (variable) var_cal_opt struct 58 4 (variable) Default values for structure keys: ---------------------------------- Key Default Description ------------------------ ------------ ----------------------------------------- var_cal_opt Printing verbosity 0 Verbosity level. Time stepping istat 1 Take unsteady terms into account. Convection/Diffusion iconv 1 Take convection into account. idiff 1 Take diffusion into account. idifft 1 Take turbulent diffusion into account. idften 1 Type of diffusivity: scalar (1), orthotropic (3) or symmetric tensor (6) ischcv 1 Type of convective scheme: 0: 2nd order with centered-gradient upwind reconstruction, 1: centered, 2: 2nd order with upwind-gradient upwind-reconstruction (SOLU) 3: continuous blending between upwind and another scheme 4: NVD/TVD scheme isstpc 1 0 for slope test, 1 for no slope test, 2 for min/max limiter blencv 1 [0.;1.] (1-upwind proportion (0: upwind)) blend_st 0 [0.;1.] (1-upwind proportion after slope test (0: upwind)) Gradients calculation imrgra -1 Reconstruction mode nswrgr 100 Number of sweeps gradient reconstruction epsrgr 0.0001 Gradient reconstruction precision imligr -1 < 0, 0 or 1 (gradient limitation method) climgr 1.5 > 1 or 1 (gradient limitation coefficient) iwgrec 0 Gradient calculation: standard (0) or weighted (1) Rhs reconstruction ircflu 1 0 or 1 (flux reconstruction) nswrsm 1 Number of sweeps rhs reconstruction epsrsm 0.0001 Rhs reconstruction precision iswdyn -1 Dynamic relaxation type Iterative solvers epsilo 1e-05 Resolution precision Time-scheme thetav 1 [0.;1.] theta-scheme for the main variables (0.5 for Crank-Nicolson) ibdtso 1 Backward differential scheme in time order relaxv 1 Relaxation of variables (1 for no relaxation) Defined key values per field: ----------------------------- Key: "label", values per field ---- Key: "log", values per field ---- temperature 1 velocity 1 pressure 1 C_bulk 1 velocity_divergence 1 mass_density 1 liquid_fraction 1 Key: "post_vis", values per field ---- temperature 5 velocity 5 pressure 5 C_bulk 5 velocity_divergence 5 mass_density 5 liquid_fraction 1 Key: "coupled", values per field ---- Key: "moment_id", values per field ---- Key: "inner_mass_flux_id", values per field ---- Key: "boundary_mass_flux_id", values per field ---- Key: "inner_flux_id", values per field ---- Key: "boundary_flux_id", values per field ---- Key: "parent_field_id", values per field ---- Key: "variable_id", values per field ---- Key: "scalar_id", values per field ---- Key: "diffusion_coef_id", values per field ---- Key: "diffusion_coef_ref", values per field ---- Key: "diffusivity_id", values per field ---- Key: "diffusivity_ref", values per field ---- Key: "scalar_diffusivity_prev", values per field ---- Key: "turbulent_diffusivity_id", values per field ---- Key: "sgs_scalar_flux_coef_id", values per field ---- Key: "density_id", values per field ---- Key: "is_buoyant", values per field ---- Key: "is_temperature", values per field ---- Key: "turbulent_flux_model", values per field ---- Key: "turbulent_flux_id", values per field ---- Key: "alpha_turbulent_flux_id", values per field ---- Key: "turbulent_flux_ctheta", values per field ---- Key: "time_step_factor", values per field ---- Key: "turbulent_schmidt", values per field ---- Key: "turbulent_schmidt_id", values per field ---- Key: "gradient_weighting_id", values per field ---- Key: "diffusivity_tensor", values per field ---- Key: "drift_scalar_model", values per field ---- Key: "scalar_class", values per field ---- Key: "first_moment_id", values per field ---- Key: "variance_clipping", values per field ---- Key: "variance_dissipation", values per field ---- Key: "syrthes_coupling", values per field ---- Key: "source_term_prev_id", values per field ---- Key: "source_term_id", values per field ---- Key: "slope_test_upwind_id", values per field ---- Key: "clipping_id", values per field ---- Key: "is_clipped", values per field ---- Key: "boundary_value_id", values per field ---- Key: "convection_limiter_id", values per field ---- Key: "diffusion_limiter_id", values per field ---- Key: "coupling_entity", values per field ---- Key: "time_extrapolated", values per field ---- Key: "scalar_time_scheme", values per field ---- Key: "st_exp_extrapolated", values per field ---- Key: "diffusivity_extrapolated", values per field ---- Key: "measures_set_id", values per field ---- Key: "opt_interp_id", values per field ---- Key: "opt_interp_analysis_id", values per field ---- Key: "min_scalar_clipping", values per field ---- Key: "max_scalar_clipping", values per field ---- Key: "max_scalar", values per field ---- Key: "min_scalar", values per field ---- Key: "limiter_choice", values per field ---- Key: "var_cal_opt", values per field ---- Key: "solving_info", values per field ---- Key: "restart_file", values per field ---- Key: "units", values per field ---- Functions of type: mesh-based, user ----------------- Function Dim. Location Id Type Type flag ------------------------ ---- -------------------- ---- ------ --------- boundary_zone_class_id 1 boundary_faces 0 int32 10 (extensive, user) Settings per function: --------------------- Member: "label", values per function object ------- boundary_zone_class_id (null) Member: "post_vis", values per function object ------- boundary_zone_class_id 0 Member: "log", values per function object ------- boundary_zone_class_id 0 Member: "restart_file", values per function object ------- -------------------------------------------------------------------------------- Checkpoint / restart: -------------------- Checkpoint frequency: default (4 checkpoints max) read auxiliary: 1 write auxiliary: 1 Mesh quantity computation options --------------------------------- Cell centers: weighted center of face centers Mesh quantity corrections: CS_BAD_CELLS_WARPED_CORRECTION CS_FACE_DISTANCE_CLIP Physical model options ---------------------- Physical properties ------------------- gravity vector: [0, 0, -9.81] icorio: 0 (ignore Coriolis source terms) Continuous phase: ro0: 1.17862e+00 (Reference density) viscl0: 1.83000e-05 (Ref. molecular dyn. visc.) cp0: 1.01724e+03 (Ref. specific heat) icp: -1 (> 0: Variable Cp (cs_user_physical_properties)) p0: 1.01325e+05 (Ref. total pressure) pred0: 0.00000e+00 (Ref. reduced pressure) t0: 2.93150e+02 (Ref. temperature) Initial reference point for pressure xyzp0: -1.00000e+30 -1.00000e+30 -1.00000e+30 irovar: 0 (constant density) ivivar: 0 (constant molecular viscosity) Thermal model options --------------------- Continuous phase: Thermal model itherm: 0 (no thermal model) Temperature scale itpscl: 0 (none) Turbulence model options ------------------------ Continuous phase: no turbulence model (iturb = CS_TURB_NONE) ypluli: -1.00000e+13 (Limit Y+) igrhok: 0 (ignore Grad(rho k) in velocity equation) Constants: xkappa: 4.20000e-01 (Von Karman constant) cstlog: 5.20000e+00 (U+=Log(y+)/kappa +cstlog) apow: 8.30000e+00 (U+=apow (y+)**bpow (W&W law)) bpow: 1.42857e-01 (U+=apow (y+)**bpow (W&W law)) Time stepping options --------------------- Unsteady algorithm Time step parameters idtvar: CS_TIME_STEP_CONSTANT (constant) dtref: 0.01 (Reference time step) Time discretization options ---------------------------- Time scheme: time_order: -1 (order of base time stepping scheme) istmpf: -999 (time order of the mass flux scheme) isno2t: -999 (time scheme for the momentum source terms, apart from convection and diffusion) isto2t: -999 (time scheme for the turbulence source terms) Space discretization options ---------------------------- imvisf: 0 (arithmetic face viscosity field interpolation) imrgra: 4 (gradient reconstruction: Green-Gauss, least-squares gradient face values, using face neighbors) Method to compute inner mass flux due to mesh velocity in ALE iflxmw: 0 (based on mesh velocity at cell centers) Subdomain rotation ------------------ Global domain rotation: axis: [0, 0, 0] invariant point: [0, 0, 0] angular velocity: 0 radians/s Volume zones ------------ Zone: "cells" id: 0 location_id: 1 allow overlay Zone: "all_cells" id: 1 type: 128 location_id: 1 allow overlay Boundary zones -------------- Zone: "boundary_faces" id: 0 location_id: 3 allow overlay Zone: "base" id: 1 location_id: 7 selection criteria: "base" Zone: "top" id: 2 location_id: 8 selection criteria: "top" Zone: "left" id: 3 location_id: 9 selection criteria: "left" Zone: "right" id: 4 location_id: 10 selection criteria: "right" Zone: "auto:wall" id: 5 type: 3 location_id: 11 private (automatic) selection function: 0x7f24fba9a0e0 ## Domain boundary settings * Domain boundary | Category: flow conditions * Domain boundary | Default: symmetry * Domain boundary | Number of definitions: 4 Boundary: base type: wall zone id: 1 Boundary: top type: wall zone id: 2 Boundary: left type: wall zone id: 3 Boundary: right type: wall zone id: 4 ## Domain boundary settings * Domain boundary | Category: ALE * Domain boundary | Default: fixed * Domain boundary | Number of definitions: 0 Working directory names ======================================================================= Study: Solidif_prototypes Case: simplified_ingot_2d Run_id: m17355_dt0p01s_0p1s_envoi1 Summary of the CDO domain settings ======================================================================= * CDO mode: **on, stand-alone** ## CDO main structures * Number of systems of equations 0 * Number of equations 3 - with number of predefined equations 3 - with number of user equations 0 * Number of properties 12 * Number of advection fields 1 ## CDO quantities settings * Cell.Center.Algo: Barycenter (Mirtich) ## Time step information * Unsteady computation * Final time step: 10 * Time step *constant* Summary of the advection field ======================================================================= * mass_flux | Category: Related to Navier-Stokes * mass_flux | Type: Scalar flux * mass_flux | Time status: Unsteady * mass_flux | Fields defined at cells: *True*; at vertices: *False* * mass_flux | Fields defined at boundary faces: *False*; at interior faces: *False* Definition | Uniform *False* Cellwise *False* Steady *False* Meta: 1 Definition | Support: volume | Zone: cells (id: 0) Definition | Definition by an array Definition | Quadrature: barycentric * mass_flux | Number of boundary flux definitions: 0 Summary of the definition of properties ======================================================================= * unity | Uniform *True* Steady *True* * unity | Reference value 1.0000e+00 * unity | Type: isotropic * unity | Subcell definition *False* * unity | Number of definitions: 1 Definition 0 | Uniform *True* Cellwise *True* Steady *True* Meta: 0 Definition 0 | Support: volume | Zone: cells (id: 0) Definition 0 | Definition by_value: 1.000e+00 Definition 0 | Quadrature: barycentric * time_step | Uniform *True* Steady *True* * time_step | Reference value 1.0000e-02 * time_step | Type: isotropic * time_step | Subcell definition *False* * time_step | Number of definitions: 1 Definition 0 | Uniform *True* Cellwise *True* Steady *True* Meta: 0 Definition 0 | Support: volume | Zone: cells (id: 0) Definition 0 | Definition by_value: 1.000e-02 Definition 0 | Quadrature: barycentric * forcing_momentum_coef | Uniform *False* Steady *False* * forcing_momentum_coef | Reference value 0.0000e+00 * forcing_momentum_coef | Type: isotropic * forcing_momentum_coef | Subcell definition *False* * forcing_momentum_coef | Number of definitions: 1 Definition 0 | Uniform *False* Cellwise *True* Steady *False* Meta: 0 Definition 0 | Support: volume | Zone: cells (id: 0) Definition 0 | Definition by an array Definition 0 | Quadrature: barycentric * mass_density | Uniform *True* Steady *True* * mass_density | Reference value 7.0600e+03 * mass_density | Type: isotropic * mass_density | Subcell definition *False* * mass_density | Number of definitions: 1 Definition 0 | Uniform *True* Cellwise *True* Steady *True* Meta: 0 Definition 0 | Support: volume | Zone: cells (id: 0) Definition 0 | Definition by_value: 7.060e+03 Definition 0 | Quadrature: barycentric * laminar_viscosity | Uniform *True* Steady *True* * laminar_viscosity | Reference value 4.2000e-03 * laminar_viscosity | Type: isotropic * laminar_viscosity | Subcell definition *False* * laminar_viscosity | Number of definitions: 1 Definition 0 | Uniform *True* Cellwise *True* Steady *True* Meta: 0 Definition 0 | Support: volume | Zone: cells (id: 0) Definition 0 | Definition by_value: 4.200e-03 Definition 0 | Quadrature: barycentric * thermal_capacity | Uniform *True* Steady *True* * thermal_capacity | Reference value 5.0000e+02 * thermal_capacity | Type: isotropic * thermal_capacity | Subcell definition *False* * thermal_capacity | Number of definitions: 1 Definition 0 | Uniform *True* Cellwise *True* Steady *True* Meta: 0 Definition 0 | Support: volume | Zone: cells (id: 0) Definition 0 | Definition by_value: 5.000e+02 Definition 0 | Quadrature: barycentric * thermal_conductivity | Uniform *True* Steady *True* * thermal_conductivity | Reference value 3.0000e+01 * thermal_conductivity | Type: isotropic * thermal_conductivity | Subcell definition *False* * thermal_conductivity | Number of definitions: 1 Definition 0 | Uniform *True* Cellwise *True* Steady *True* Meta: 0 Definition 0 | Support: volume | Zone: cells (id: 0) Definition 0 | Definition by_value: 3.000e+01 Definition 0 | Quadrature: barycentric * rho.cp | Uniform *False* Steady *False* * rho.cp | Reference value 3.5300e+06 * rho.cp | Type: isotropic | by product * rho.cp | Subcell definition *False* * rho.cp | Number of definitions: 1 Definition 0 | Uniform *False* Cellwise *False* Steady *False* Meta: 0 Definition 0 | Support: volume | Zone: cells (id: 0) Definition 0 | Definition by sub-definitions Definition 0 | Quadrature: barycentric * thermal_reaction_coef | Uniform *False* Steady *False* * thermal_reaction_coef | Reference value 0.0000e+00 * thermal_reaction_coef | Type: isotropic * thermal_reaction_coef | Subcell definition *False* * thermal_reaction_coef | Number of definitions: 1 Definition 0 | Uniform *False* Cellwise *True* Steady *False* Meta: 0 Definition 0 | Support: volume | Zone: cells (id: 0) Definition 0 | Definition by an array Definition 0 | Quadrature: barycentric * liquid_fraction | Uniform *False* Steady *False* * liquid_fraction | Reference value 1.0000e+00 * liquid_fraction | Type: isotropic * liquid_fraction | Subcell definition *False* * liquid_fraction | Number of definitions: 1 Definition 0 | Uniform *False* Cellwise *True* Steady *False* Meta: 0 Definition 0 | Support: volume | Zone: cells (id: 0) Definition 0 | Definition by the field "liquid_fraction" Definition 0 | Quadrature: barycentric * C_bulk_diff_pty | Uniform *False* Steady *False* * C_bulk_diff_pty | Reference value 1.4120e-04 * C_bulk_diff_pty | Type: isotropic * C_bulk_diff_pty | Subcell definition *False* * C_bulk_diff_pty | Number of definitions: 1 Definition 0 | Uniform *False* Cellwise *True* Steady *False* Meta: 0 Definition 0 | Support: volume | Zone: cells (id: 0) Definition 0 | Definition by an array Definition 0 | Quadrature: barycentric * alloy_adv_coef | Uniform *False* Steady *False* * alloy_adv_coef | Reference value 1.0000e+00 * alloy_adv_coef | Type: isotropic * alloy_adv_coef | Subcell definition *False* * alloy_adv_coef | Number of definitions: 1 Definition 0 | Uniform *False* Cellwise *True* Steady *False* Meta: 0 Definition 0 | Support: volume | Zone: cells (id: 0) Definition 0 | Definition by an array Definition 0 | Quadrature: barycentric Summary of the thermal module ======================================================================= * Thermal | Model: + Navsto advection * Thermal | Equation solved with the variable Temperature (Kelvin) ======================================================================= Summary of the Navier-Stokes system ======================================================================= * NavSto | Verbosity: 1 * NavSto | Model: Incompressible Navier-Stokes equations * NavSto | Model: Boussinesq approximation activated (2 term(s)) * NavSto | Dilatation coef. = -1.070e-04; Reference value = 1.550e+03 * NavSto | Dilatation coef. = -1.400e-02; Reference value = 1.010e+00 * NavSto | Coupling: Monolithic * NavSto | Time status: Unsteady * NavSto | Space scheme: CDO face-based * NavSto | DoF reduction: Average on the related entity * NavSto | Non-linear algo: Picard (or fixed-point) algorithm * NavSto | Tolerances of non-linear algo: rtol: 1.000e-05; atol: 1.000e-05; dtol: 1.000e+03; max_iter: 25 * NavSto | SLES strategy: Augmented Lagrangian-Uzawa * NavSto | Tolerances of inner linear algo: rtol: 1.000e-08; atol: 1.000e-14; dtol: 1.000e+03; max_iter: 100 * NavSto | Grad-div scaling 1.000000e+00 * NavSto | Default quadrature: barycentric * NavSto | Velocity.Init.Cond | Number of definitions 0 * NavSto | Pressure.Init.Cond | Number of definitions: 0 Summary of the solidification module ======================================================================= * Solidification | Verbosity: 1 * Solidification | Strategy: **Rely on the solidification path** * Solidification | Model: **Binary alloy** * Solidification | Alloy: C_solute * Solidification | Distribution coef.: 3.580e-01 * Solidification | Liquidus slope: -6.230e+01 * Solidification | Phase change temp.: 1.538e+03 * Solidification | Eutectic conc.: 3.066e+00 * Solidification | Latent heat: 3.090e+05 * Solidification | Forcing coef: 7.200e+08; s_das: 5.000e-04 * Solidification | Options: Solute concentration with an advective coefficient * Solidification | Options: Use sub-iterations n_iter_max 10; tolerance: 1.000e-03 Settings for equations ======================================================================= Summary of settings for "momentum" eq. (variable: "velocity") ----------------------------------------------------------------------- ### momentum | High-level settings * momentum | Type: Associated to the Navier-Stokes system * momentum | Terms: unsteady:*True*, convection:*True*, diffusion:*True* * momentum | Terms: curl-curl:*False*, grad-div:*False* * momentum | Terms: reaction:*True*, source term:*False*, force internal values: *False* * momentum | Space scheme: CDO face-based * momentum | Space poly degree: 0 * momentum | Verbosity: 1 ### momentum | Boundary condition settings * momentum | Boundary conditions | Default: Sliding * momentum | Boundary conditions | Enforcement: weak using an algebraic manipulation * momentum | Boundary conditions | Number of definitions: 4 Definition 0 | Type: Homogenous Dirichlet Definition 0 | Uniform *True* Cellwise *False* Steady *False* Meta: 16 Definition 0 | Support: boundary | Zone: base (id: 1) Definition 0 | Definition by_value: [ 0.000e+00, 0.000e+00, 0.000e+00] Definition 0 | Quadrature: barycentric Definition 1 | Type: Homogenous Dirichlet Definition 1 | Uniform *True* Cellwise *False* Steady *False* Meta: 16 Definition 1 | Support: boundary | Zone: top (id: 2) Definition 1 | Definition by_value: [ 0.000e+00, 0.000e+00, 0.000e+00] Definition 1 | Quadrature: barycentric Definition 2 | Type: Homogenous Dirichlet Definition 2 | Uniform *True* Cellwise *False* Steady *False* Meta: 16 Definition 2 | Support: boundary | Zone: left (id: 3) Definition 2 | Definition by_value: [ 0.000e+00, 0.000e+00, 0.000e+00] Definition 2 | Quadrature: barycentric Definition 3 | Type: Homogenous Dirichlet Definition 3 | Uniform *True* Cellwise *False* Steady *False* Meta: 16 Definition 3 | Support: boundary | Zone: right (id: 4) Definition 3 | Definition by_value: [ 0.000e+00, 0.000e+00, 0.000e+00] Definition 3 | Quadrature: barycentric ### momentum | Time settings * momentum | Initial conditions | Number of definitions: 0 * momentum | Time scheme: 1st order Forward Euler (Implicit) * momentum | Mass.Lumping: *False* * momentum | Time property: mass_density Time Hodge op. | Type: Face-based Time Hodge op. | Algo: Voronoi Time Hodge op. | Associated property: mass_density Time Hodge op. | Property inversion: *False* ### momentum | Diffusion term settings * momentum | Diffusion property: laminar_viscosity Diffusion Hodge op. | Type: EdFp Diffusion Hodge op. | Algo: Orthogonal Consistency/Stabilization (OCS) Diffusion Hodge op. | Algo.Coef: 6.667e-01 Diffusion Hodge op. | Associated property: laminar_viscosity Diffusion Hodge op. | Property inversion: *False* ### momentum | Advection term settings * momentum | Advection.Field: "mass_flux" * momentum | Advection.Formulation: Conservative * momentum | Advection.Scheme: Upwind * momentum | Advection.Strategy: Fully implicit * momentum | Advection.Extrapolation: None ### momentum | Reaction settings * momentum | Reaction | Number of terms: 1 Reaction Hodge op. | Type: Face-based Reaction Hodge op. | Algo: Voronoi Reaction Hodge op. | Property inversion: *False* ### momentum | Number of interior enforcements: 0 ### momentum | Linear algebra settings * momentum | SLES Family: MUMPS * momentum | SLES Verbosity: 0 * momentum | SLES Field id: 1 * momentum | SLES Solver.Name: MUMPS (LU factorization) * momentum | SLES Solver.Precond: dMUMPS (LU) * momentum | SLES Block.Precond: No block preconditioner * momentum | SLES Solver.max_iter: 10000 * momentum | SLES Solver.rtol: 1.000000e-06 * momentum | SLES Normalization: Filtered Euclidean norm of the RHS Summary of settings for "thermal_equation" eq. (variable: "temperature") ----------------------------------------------------------------------- ### thermal_equation | High-level settings * thermal_equation | Type: Associated to the thermal module * thermal_equation | Terms: unsteady:*True*, convection:*True*, diffusion:*True* * thermal_equation | Terms: curl-curl:*False*, grad-div:*False* * thermal_equation | Terms: reaction:*True*, source term:*True*, force internal values: *False* * thermal_equation | Space scheme: CDO face-based * thermal_equation | Space poly degree: 0 * thermal_equation | Verbosity: 1 ### thermal_equation | Boundary condition settings * thermal_equation | Boundary conditions | Default: Homogeneous Neumann * thermal_equation | Boundary conditions | Enforcement: weak using an algebraic manipulation * thermal_equation | Boundary conditions | Number of definitions: 0 ### thermal_equation | Time settings * thermal_equation | Initial conditions | Number of definitions: 1 Definition 0 | Uniform *True* Cellwise *True* Steady *False* Meta: 1 Definition 0 | Support: volume | Zone: cells (id: 0) Definition 0 | Definition by_value: 1.550e+03 Definition 0 | Quadrature: barycentric * thermal_equation | Time scheme: 1st order Forward Euler (Implicit) * thermal_equation | Mass.Lumping: *False* * thermal_equation | Time property: rho.cp Time Hodge op. | Type: Face-based Time Hodge op. | Algo: Voronoi Time Hodge op. | Associated property: rho.cp Time Hodge op. | Property inversion: *False* ### thermal_equation | Diffusion term settings * thermal_equation | Diffusion property: thermal_conductivity Diffusion Hodge op. | Type: EdFp Diffusion Hodge op. | Algo: Orthogonal Consistency/Stabilization (OCS) Diffusion Hodge op. | Algo.Coef: 6.667e-01 Diffusion Hodge op. | Associated property: thermal_conductivity Diffusion Hodge op. | Property inversion: *False* ### thermal_equation | Advection term settings * thermal_equation | Advection.Field: "mass_flux" * thermal_equation | Scaling.Property: thermal_capacity * thermal_equation | Advection.Formulation: Non-Conservative * thermal_equation | Advection.Scheme: Upwind * thermal_equation | Advection.Strategy: Fully implicit * thermal_equation | Advection.Extrapolation: None ### thermal_equation | Reaction settings * thermal_equation | Reaction | Number of terms: 1 Reaction Hodge op. | Type: Face-based Reaction Hodge op. | Algo: Voronoi Reaction Hodge op. | Property inversion: *False* ### thermal_equation | Source term settings * thermal_equation | Source terms | Number of terms: 1 Definition 0 | Uniform *False* Cellwise *True* Steady *False* Meta: 385 Definition 0 | Support: volume | Zone: cells (id: 0) Definition 0 | Definition by an array Definition 0 | Quadrature: barycentric ### thermal_equation | Number of interior enforcements: 0 ### thermal_equation | Linear algebra settings * thermal_equation | SLES Family: code_saturne * thermal_equation | SLES Verbosity: 0 * thermal_equation | SLES Field id: 0 * thermal_equation | SLES Solver.Name: Generalized Conjugate Residual * thermal_equation | SLES Solver.Precond: Diagonal * thermal_equation | SLES Block.Precond: No block preconditioner * thermal_equation | SLES Solver.max_iter: 10000 * thermal_equation | SLES Solver.rtol: 1.000000e-06 * thermal_equation | SLES Solver.Restart: 15 * thermal_equation | SLES Normalization: Filtered Euclidean norm of the RHS Summary of settings for "C_solute" eq. (variable: "C_bulk") ----------------------------------------------------------------------- ### C_solute | High-level settings * C_solute | Type: Associated to the solidification module * C_solute | Terms: unsteady:*True*, convection:*True*, diffusion:*True* * C_solute | Terms: curl-curl:*False*, grad-div:*False* * C_solute | Terms: reaction:*False*, source term:*False*, force internal values: *False* * C_solute | Space scheme: CDO face-based * C_solute | Space poly degree: 0 * C_solute | Verbosity: 1 ### C_solute | Boundary condition settings * C_solute | Boundary conditions | Default: Homogeneous Neumann * C_solute | Boundary conditions | Enforcement: weak using an algebraic manipulation * C_solute | Boundary conditions | Number of definitions: 0 ### C_solute | Time settings * C_solute | Initial conditions | Number of definitions: 1 Definition 0 | Uniform *True* Cellwise *True* Steady *False* Meta: 1 Definition 0 | Support: volume | Zone: cells (id: 0) Definition 0 | Definition by_value: 1.010e+00 Definition 0 | Quadrature: barycentric * C_solute | Time scheme: 1st order Forward Euler (Implicit) * C_solute | Mass.Lumping: *False* * C_solute | Time property: mass_density Time Hodge op. | Type: Face-based Time Hodge op. | Algo: Voronoi Time Hodge op. | Associated property: mass_density Time Hodge op. | Property inversion: *False* ### C_solute | Diffusion term settings * C_solute | Diffusion property: C_bulk_diff_pty Diffusion Hodge op. | Type: EdFp Diffusion Hodge op. | Algo: Orthogonal Consistency/Stabilization (OCS) Diffusion Hodge op. | Algo.Coef: 5.774e-01 Diffusion Hodge op. | Associated property: C_bulk_diff_pty Diffusion Hodge op. | Property inversion: *False* ### C_solute | Advection term settings * C_solute | Advection.Field: "mass_flux" * C_solute | Scaling.Property: alloy_adv_coef * C_solute | Advection.Formulation: Conservative * C_solute | Advection.Scheme: Upwind * C_solute | Advection.Strategy: Fully implicit * C_solute | Advection.Extrapolation: None ### C_solute | Number of interior enforcements: 0 ### C_solute | Linear algebra settings * C_solute | SLES Family: code_saturne * C_solute | SLES Verbosity: 0 * C_solute | SLES Field id: 6 * C_solute | SLES Solver.Name: Generalized Conjugate Residual * C_solute | SLES Solver.Precond: Diagonal * C_solute | SLES Block.Precond: No block preconditioner * C_solute | SLES Solver.max_iter: 10000 * C_solute | SLES Solver.rtol: 1.000000e-06 * C_solute | SLES Solver.Restart: 15 * C_solute | SLES Normalization: Filtered Euclidean norm of the RHS Additional settings for SLES ======================================================================= Linear solver options for all systems ------------------------------------- Immediate exit threshold value: 1.00e-12 Linear solver options for fields -------------------------------- Linear solver options for "temperature" (field id 0) Solver type: GCR Preconditioning: Jacobi Restart interval: 20 Maximum number of iterations: 10000 Verbosity: 0 Linear solver options for "velocity" (field id 1) Solver type: MUMPS 5.2.1 Storage: double-precision Symm type: non-symmetric Verbosity: 0 Linear solver options for "C_bulk" (field id 6) Solver type: GCR Preconditioning: Jacobi Restart interval: 20 Maximum number of iterations: 10000 Verbosity: 0 --------------------------------------------------------------------------------