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2009-04-06 10:55:42
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;; ; Author: huys ; Description: Batch setup for segment one ; Date: 2008/06/03 ; Revision: ; 1.1 Add materials from user-defined material database ; Please make sure material's name is right defiend ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;; ;Read in the mesh file. file read-case seg1_m.msh ;Scale it. mm -> m. grid/scale ;x scale factor [1] 0.001 ;y scale factor [1] 0.001 ;z scale factor [1] 0.001 ;Turn on the energy equation define/models energy? ;Enable energy model? [no] yes ;Compute viscous energy dissipation? [no] no ;include pressure work in energy equation? [no] no ;include kinetic energy in energy equation? [no] no ;Include diffusion at inlets? [yes] yes ;Specify turbulence model. define/models/viscous/ke-standard ;Enable the standard k-epsilon turbulence model? [no] yes ;Select equations to solve. solve/set/equations flow ;Solve Flow equation(s)? [yes] yes solve/set/equations temperature ;Solve Energy equation(s)? [yes] yes solve/set/equations ke ;Solve Turbulence equation(s)? [yes] yes ;Select material database define/materials/data-base/database-type ;Available Types: (fluent-database user-defined) ;Database Type [fluent-database] user-defined ;Database File [""] custom.scm ;Copy your materials define/materials/copy ;Material of type []> fluid ;database-material-name> water_var ; define/materials/copy ;Material of type []> solid ;database-material-name> stainless_cnt ;Define boundary conditions ; Wall define/boundary-conditions/wall ; ... inner_wall_b ;Wall Thickness (m) [0] 0 ;Use Profile for Heat Generation Rate? [no] no ;Heat Generation Rate (w/m3) [0] 0 ;material-name [aluminum]: Change current value? [no] no ;Thermal BC Type [heat-flux]: Change current value? [no] yes ;Thermal BC Type [heat-flux] ;; convection ;; coupled ;; heat-flux ;; mixed ;; network ;; radiation ;; temperature temperature ;Use Profile for Temperature? [no] no ;Temperature (k) [300] 1000 ;Enable shell conduction? [no] no ; Inlet define/boundary-conditions/velocity-inlet ; inlet_channel_b ;Velocity Specification Method: Magnitude and Direction [no] no ;Velocity Specification Method: Components [no] no ;Velocity Specification Method: Magnitude, Normal to Boundary [yes] yes ;Reference Frame: Absolute [yes] yes ;Use Profile for Velocity Magnitude? [no] no ;Velocity Magnitude (m/s) [0] 10 ;Coordinate System: Cartesian (X, Y, Z) [yes] yes ;Use Profile for Temperature? [no] no ;Temperature (k) [300] 300 ;Turbulent Specification Method: K and Epsilon [yes] no ;Turbulent Specification Method: Intensity and Length Scale [no] no ;Turbulent Specification Method: Intensity and Viscosity Ratio [no] yes ;Turbulent Intensity (%) [10] 10 ;Turbulent Viscosity Ratio [10] 10 ; channel define/boundary-conditions/fluid ;(channel) ;zone id/name [channel] channel ;material-name [air]: Change current value? [no] yes ;material-name [air]> water_var ;Specify source terms? [no] no ;Specify fixed values? [no] no ;Motion Type: Stationary [yes] yes ;X-Origin of Rotation-Axis (m) [0] 0 ;Y-Origin of Rotation-Axis (m) [0] 0 ;Z-Origin of Rotation-Axis (m) [0] 0 ;X-Component of Rotation-Axis [0] 0 ;Y-Component of Rotation-Axis [0] 0 ;Z-Component of Rotation-Axis [1] 1 ;Deactivated Thread [no] no ;Laminar zone? [no] no ;Porous zone? [no] no ; soild(wall) define/boundary-conditions/solid ;(wall) ;zone id/name [wall] wall ;material-name [aluminum]: Change current value? [no] yes ;material-name [aluminum]> stainless_cnt ;Specify source terms? [no] no ;Specify fixed values? [no] no ;Motion Type: Stationary [yes] yes ;X-Origin of Rotation-Axis (m) [0] 0 ;Y-Origin of Rotation-Axis (m) [0] 0 ;Z-Origin of Rotation-Axis (m) [0] 0 ;X-Component of Rotation-Axis [0] 0 ;Y-Component of Rotation-Axis [0] 0 ;Z-Component of Rotation-Axis [1] 1 ;Deactivated Thread [no] no ;Set Pressure Velocity Coupling Scheme to SIMPLEC solve/set/p-v-coupling ;Pressure Velocity Coupling Scheme [20] ? ;; 20 for SIMPLE ;; 21 for SIMPLEC ;; 22 for PISO ;; 24 for Coupled 21 ;Set the discretization schemes.\ solve/set/discretization-scheme pressure ;Convective discretization scheme for Pressure [10] ;; 10 for Standard ;; 14 for PRESTO! ;; 11 for Linear ;; 12 for Second Order ;; 13 for Body Force Weighted 10 solve/set/discretization-scheme mom ;Convective discretization scheme for Momentum [0] ;; 0 for First Order Upwind ;; 1 for Second Order Upwind ;; 2 for Power Law ;; 4 for QUICK ;; 6 for Third-Order MUSCL 1 solve/set/discretization-scheme temperature ;Convective discretization scheme for Energy [0] ;; 0 for First Order Upwind ;; 1 for Second Order Upwind ;; 2 for Power Law ;; 4 for QUICK ;; 6 for Third-Order MUSCL 1 solve/set/discretization-scheme k ;Convective discretization scheme for Turbulence Kinetic Energy [0] ;; 0 for First Order Upwind ;; 1 for Second Order Upwind ;; 2 for Power Law ;; 4 for QUICK ;; 6 for Third-Order MUSCL 1 solve/set/discretization-scheme epsilon ;Convective discretization scheme for Turbulence Dissipation Rate [0] ;; 0 for First Order Upwind ;; 1 for Second Order Upwind ;; 2 for Power Law ;; 4 for QUICK ;; 6 for Third-Order MUSCL 1 ;Set underrelaxation factors. solve/set/under-relaxation pressure ;Underrelaxation factor for Pressure [0.3] 0.9 solve/set/under-relaxation mom ;Underrelaxation factor for Momentum [0.7] 0.9 solve/set/under-relaxation temperature ;Underrelaxation factor for Energy [1] 0.9 solve/set/under-relaxation k ;Underrelaxation factor for Turbulence Kinetic Energy [0.8] 0.9 solve/set/under-relaxation epsilon ;Underrelaxation factor for Turbulence Dissipation Rate [0.8] 0.9 solve/set/under-relaxation turb-viscosity ;Underrelaxation factor for Viscosity [1] 0.9 solve/set/under-relaxation density ;Underrelaxation factor for Density [1] 0.9 solve/set/under-relaxation body-force ;Underrelaxation factor for Body Forces [1] 0.9 ;Set multigrid. solve/set/multi-grid-controls pressure ;Multigrid cycle type for Pressure [1] 1 ;Termination criterion [0.1] 1e-30 ;Multigrid method for Pressure [0] 0 ;Multigrid stabilization for Pressure [0] 0 solve/set/multi-grid-controls x-mom ;Multigrid cycle type for X-Momentum [0] 0 ;Termination criterion [0.1] 1e-30 ;Residual reduction tolerance for [0.7] 0.999 ;Multigrid method for X-Momentum [0] 0 solve/set/multi-grid-controls y-mom ;Multigrid cycle type for X-Momentum [0] 0 ;Termination criterion [0.1] 1e-30 ;Residual reduction tolerance for [0.7] 0.999 ;Multigrid method for X-Momentum [0] 0 solve/set/multi-grid-controls z-mom ;Multigrid cycle type for X-Momentum [0] 0 ;Termination criterion [0.1] 1e-30 ;Residual reduction tolerance for [0.7] 0.999 ;Multigrid method for X-Momentum [0] 0 solve/set/multi-grid-controls k ;Multigrid cycle type for Turbulent Kinetic Energy [0] 0 ;Termination criterion [0.1] 1e-30 ;Residual reduction tolerance for [0.7] 0.999 ;Multigrid method for Turbulent Kinetic Energy [0] 0 solve/set/multi-grid-controls epsilon ;Multigrid cycle type for Turbulent Dissipation Rate [0] 0 ;Termination criterion [0.1] 1e-30 ;Residual reduction tolerance for [0.7] 0.999 ;Multigrid method for Turbulent Dissipation Rate [0] 0 solve/set/multi-grid-controls temperature ;Multigrid cycle type for Energy [0] 0 ;Termination criterion [0.1] 1e-30 ;Residual reduction tolerance for [0.7] 0.999 ;Multigrid method for Energy [0] 0 ;Set the convergence criteria. solve/monitors/residual convergence-criteria ;continuity residual convergence criterion [0.001] 1e-16 ;x-velocity residual convergence criterion [0.001] 1e-16 ;y-velocity residual convergence criterion [0.001] 1e-16 ;z-velocity residual convergence criterion [0.001] 1e-16 ;energy residual convergence criterion [1e-06] 1e-16 ;k residual convergence criterion [0.001] 1e-16 ;epsilon residual convergence criterion [0.001] 1e-16 ;Write settings to a case file. file/write-case ;case file name [""] "seg1_xx.cas"
