*DFS V2.2 # Zone air movement description. *conflation 0 # for use with stand-alone cfd solver only *title ... # user supplied notes for this domain *thermal_geom *vrts 1 2 4 5 # Ze is 0 if orthogonal *regions 1 1 1 0 # regions in X Y Zw Ze directions # Negative cell number enables symetrical gridding. *xregion 30 3.000 1.000 # no cells, length, power law coeff *yregion 25 5.000 1.000 # no cells, length, power law coeff *zwregion 30 3.000 1.000 # no cells, length, power law coeff # Define the volumes for the CFD domain. *volumes 14 # name type Ii If Ji Jf Ki Kf Open1 Whole 6 25 1 1 11 20 Open2 Whole 6 25 25 25 11 20 Wall3 High 1 30 1 25 30 30 Wall4 Low 1 30 1 25 1 1 Wall5 West 1 1 1 25 1 30 Wall6 East 30 30 1 25 1 30 sthleft South 1 5 1 1 1 30 sthbottom South 6 25 1 1 1 10 sthtop South 6 25 1 1 21 30 sthright South 26 30 1 1 1 30 nrthleft North 1 5 25 25 1 30 nrthbottom North 6 25 25 25 1 10 nrthtop North 6 25 25 25 21 30 nrthright North 26 30 25 25 1 30 # Solid boundary conditions. *solids Wall3 Temp 15.00 Wall4 Temp 25.00 Wall5 Temp 25.00 Wall6 Temp 25.00 sthleft Temp 25.00 sthbottom Temp 25.00 sthtop Temp 25.00 sthright Temp 25.00 nrthleft Temp 25.00 nrthbottom Temp 25.00 nrthtop Temp 25.00 nrthright Temp 25.00 # Air flow boundary conditions. *air_flow Open1 Pressure 0.00 Open2 Pressure 5.00 # Internal sources. *contaminants( 0 contaminants, humdity is contaminant number 0 ) # Blockages. *blockages *solution_methods Turbulence 1 # k-e model Buoyancy 1 0.5000 # full calc, density lin relax fac # Equations to be solved: *solution_equations # Type Initial value Relaxation type and factor Pressure 1.000 Linear 0.700 Vel U 0.100E-02 Linear 0.280 Vel V 0.100E-02 Linear 0.280 Vel W 0.100E-02 Linear 0.280 Temp 20.000 Linear 0.200 Ted 0.500E-00 Linear 0.700 Epd 0.500E-00 Linear 0.700 # Iteration control. *iteration 250 0.1000E-02 No *monitor 5 5 5 CFD.mon *reint NO *svf 1 # frequency of results writing