*
* ===[ PARAMETER'S FILE FOR PROB ]=====================================
*
===[ PROBLEM PARAMETRES ]===============================================
Type of boundary condition (1=QFLUX, 2=TWALL)  [IBOUND]
1
Length of tube  [LENGTH]
1.0
Radius of tube  [RADIUS]
0.01
Axial velocity at inlet of flow domain  [UIN]
0.05
Parabolic or uniform inlet velocity profile  [UPARAB]
.FALSE.
Inlet temperature of flow domain  [TIN]
293.0
Uniform wall temperature  [TWALL]
303.0
Uniform heat flux at wall  [QFLUX]
510.0
Heat capacity  [CP]
4.18E3
===[ GRID PARAMETERS ]==================================================
Cylindrical coordinate system ?  [POLAR]
.TRUE.
Number of cells in X-direction  [NI]
42
Number of cells in Y-direction  [NJ]
42
Grid expansion factor in X-direction  [FEXPX]
1.05
Grid expansion factor in Y-direction  [FEXPY]
1.0
===[ TIME PARAMETERS ]==================================================
Steady state flow ?  [STEADY]
.TRUE.
Number of time steps  [NT]
1
Time step size  [DT]
1.0
===[ DEPENDENT VARIABLES ]==============================================
Solve for U-equation ?  [INCALU]
.TRUE.
Solve for V-equation ?  [INCALV]
.TRUE.
Solve for PP-equation ?  [INCALP]
.TRUE.
Solve for T-equation ?  [INCALT]
.TRUE.
===[ THERMO-PHYSICAL PROPERTIES ]=======================================
Material Density  [DENSIT]
995.3
Laminar fluid viscosity  [VISCOS]
0.8E-3
Laminar Prandtl number  [PRANDT]
5.43
Update thermo-physical properties ?  [INPRO]
.FALSE.
===[ TERMINATION CRITERIA FOR ITERATIONS ]==============================
Maximum number of iterations per time step  [MAXIT]
3500
Maximum acceptable value of residuals  [SORMAX]
5.0E-3
Normalization quantity for mass residual  [SNORM]
1.0
Normalization quantity for U-momentum residual  [SNORU]
1.0
Normalization quantity for V-momentum residual  [SNORV]
1.0
Normalization quantity for T-equation residual  [SNORT]
1.0
===[ UNDER-RELAXATION ]=================================================
Under-relaxation factor for U-equation  [URFU]
0.5
Under-relaxation factor for V-equation  [URFV]
0.5
Under-relaxation factor for PP-equation  [URFP]
0.05
Under-relaxation factor for T-equation  [URFT]
1.0
===[ COORDINATES OF FIXED PRESSURE POINT ]=============================
I-index of location where pressure is fixed  [IPREF]
2
J-index of location where pressure is fixed  [JPREF]
2
===[ EQUATION SOLVER SELECTION ]========================================
Solver selection for U-equation  [ISLVU]
1
Solver selection for V-equation  [ISLVV]
1
Solver selection for PP-equation  [ISLVP]
1
Solver selection for T-equation  [ISLVT]
1
Constant used by SIM solver  [ALPHA]
0.8
===[ TERMINATION CRITERIA FOR EQUATION SOLVER ]=========================
Number of application of line iteration for U-equation  [LITERU]
3
Number of application of line iteration for V-equation  [LITERV]
3
Number of application of line iteration for PP-equation  [LITERP]
5
Number of application of line iteration for T-equation  [LITERT]
1
Maximum allowable value of solver residual sums for U  [SORU]
1.0E-6
Maximum allowable value of solver residual sums for V  [SORV]
1.0E-6
Maximum allowable value of solver residual sums for PP  [SORP]
1.0E-6
Maximum allowable value of solver residual sums for T  [SORT]
1.0E-6
===[ INPUT-OUTPUT PARAMETERS ]==========================================
I-index of monitoring location  [IMON]
2
J-index of monitoring location  [JMON]
19
Iteration Index for field printout  [NITPRI]
1000
Time Index for field printout  [NSTPRI]
1
Read IN initial field  [INREAD]
.F.
Name of restart file  [RSTFIL]
PHIDA.
Copy OUT FINAL field  [INWRIT]
.T.
Name of SAVE file  [SAVFIL]
PHIDA.
Name of main output file  [OUTFIL]
RUN.OUT
Generate velocity field file ?  [INPLOT]
.T.
Generate pressure field file ?  [INPRES]
.T.
Generate temperature field file ?  [INTEMP]
.T.