*
* ==[ INPUT FILE FOR MICROFLUIDIC INSTRUMENT SIMULATOR - UNITS IN SI ]===
*
===[ PROBLEM PARAMETRES ]===============================================
Length, and Half of gap between plates, membrane and gel thickness [LENGTH, THICK, THM, THG]
0.1, 6.98e-2, 7e-3, 9e-2
Inlet (max if parabolic) velocity [VEL]
2e-3
Parabolic Inlet velocity profile? [UPARAB]
.TRUE.
Pressure at inlet (Pa) [PRESF]
1.013e5
Inlet concentration of substance (mol/m3) [CIN]
1.0
===[ THERMOPHYSICAL PARAMETERS ]========================================
Fluid Density (kg/m3) [DENI]
1.0
Fluid Viscosity (Pa.s) [VISI]
1e-5
Diffusion coef. of substance in fluid, membrane and gel (m2/s) [DIFFC,DIFMC, DIFGC]
1e-5, 5e-5, 4e-6
===[ GRID PARAMETERS ]==================================================
Number of cells in X-direction [NI]
120
Number of cells in flow, membrane and gel regions [NJF,NJM,NJG]
50, 10, 30
===[ TIME SOLUTION PARAMETERS ]==========================================
Steady state solution [STEADY] ?
.FALSE.
Number of time steps [NT]
100
Duration of time steps (s) [DT]
1
===[ DEPENDENT VARIABLES ]==============================================
Solve for U, V, P equations ?
.FALSE.
Solve for C equation ?
.TRUE.
===[ TERMINATION CRITERIA FOR ITERATIONS ]==============================
Maximum number of iterations per time step  [MAXIT]
100
Maximum acceptable value of residuals  [SORMAX]
1.0E-3
===[ UNDER-RELAXATION ]=================================================
Under-relaxation factor for U(x,y), P equation  [URFU, URFP]
0.5, 0.1
Under-relaxation factor for C equation  [URFC]
1.0
===[ EQUATION SOLVER SELECTION ]========================================
Solver selection for U(x,y), P equation  [ISLVU, ISLVP]
1, 1
Solver selection for C equation  [ISLVC]
1
===[ INPUT-OUTPUT PARAMETERS ]==========================================
I, J index of monitoring location  [IMON, JMON]
5, 5
How many timesteps between output?  [NIOUTP]
1
Name of main output file  [OUTFIL]
RESULT.TXT
Save restart file? [INWRIT]
.T.
Read restart file? [INREAD]
.F.