Began at --> Tue Jun 15 08:39:18 EDT 1999 Proc 0 reporting for duty *************************************************** aaaa dddd ppppp aaaa ccccc a a d d p p a a c aaaaa d d ppppp aaaaa c a a d d p a a c a a dddd p a a ccccc version ----> ADPAC V1.0 adpac 3-d multiple-block euler/navier-stokes solver (a)dvanced (d)ucted (p)ropfan (a)nalysis (c)odes Serial/Parallel Production Code ADPAC V1.0 release date Feb., 1998 *************************************************** version V1.0 notes: ******************* Available turbulence models: Mixing-Length (algebraic) Baldwin-Lomax (algebraic) Spalart-Allmaras (1-Equation) Goldberg k-R (2-Equation) (wall functions are available) wall functions now ON in separated flow thermodynamic properties are for air with variable or constant gamma 2-d or 3-d mesh blocks supported serial/parallel from same source implicit algorithm is available FIXED B.C. is OK in parallel PINT B.C. is OK with multigrid/parallel 2-D and 3-D yield identical results (corrects previous diffs due to turbulence models) Other bug corections up to 2/02/98 EJH Searching Input File for ADPAC Case Name... ******************************************* data item identified --->CASENAME = psad data item identified --->FMULTI = 1.000000 case name defined as : psad multigrid level set as : 1 grid type set as : Cylindrical Solution type is explicit: IIMPLIC = 0 1-Equation turbulence model is disabled: I1EQ = 0 2-Equation turbulence model is disabled: I2EQ = 0 ************************************************** begin grid input ************************************************** mesh file name: psad.mesh *************** number of grids: (nblks) = 7 **************** grid block dimensions : *********************** block imx jmx kmx ----- --- --- --- 1 65 31 31 2 54 31 31 3 55 31 31 4 54 31 31 5 54 31 31 6 54 31 31 7 62 31 31 block/processor assignment information ************************************** Block/Processor Assignment file psad.blkproc does not exist Default block/processor assignment used IPR( Block # ) Processor ----------------- --------- ipr( 1) = 0 ipr( 2) = 0 ipr( 3) = 0 ipr( 4) = 0 ipr( 5) = 0 ipr( 6) = 0 ipr( 7) = 0 initialize storage arrays and pointer locations *********************************************** block 3-d ijk 2-d ij 1-d iii length total length 1 1 1 1 67584 67584 66 2 67585 2113 67 56320 123904 66 3 123905 3873 122 57344 181248 66 4 181249 5665 178 56320 237568 66 5 237569 7425 233 56320 293888 66 6 293889 9185 288 56320 350208 66 7 350209 10945 343 64512 414720 66 array sizes required for this mesh (No multi-grid) ********************************** nra3d (3-d array size) >= 414720 nra1d (1-d array size) >= 405 nbl2d (2-d block size) >= 4356 program array dimensions: ************************* nra3d (3-d array size) = 800000 nra1d (1-d array size) = 3200 nbl2d (2-d block size) = 80000 begin reading grid block coordinates ************************************ grid block 1 size 66 32 32 grid block 1 coordinates successfully read grid block 2 size 55 32 32 grid block 2 coordinates successfully read grid block 3 size 56 32 32 grid block 3 coordinates successfully read grid block 4 size 55 32 32 grid block 4 coordinates successfully read grid block 5 size 55 32 32 grid block 5 coordinates successfully read grid block 6 size 55 32 32 grid block 6 coordinates successfully read grid block 7 size 63 32 32 grid block 7 coordinates successfully read ************************************************** begin flow input ************************************************** input file read on unit 5 *********************** data item identified --->FBCWARN = 0.0000000E+00 data item identified --->CASENAME = psad data item identified --->RMACH = 0.2320000 data item identified --->FINVVI = 1.000000 data item identified --->GAMMA = 1.400000 data item identified --->PREF = 2116.800 data item identified --->TREF = 518.7000 data item identified --->RGAS = 1716.260 data item identified --->DIAM = 2.000000 data item identified --->EPSX = 1.000000 data item identified --->EPSY = 1.000000 data item identified --->EPSZ = 1.000000 data item identified --->VIS2 = 0.5000000 data item identified --->VIS4 = 1.5625000E-02 data item identified --->CFL = -5.000000 data item identified --->FNCMAX = 10.00000 data item identified --->FTIMEI = 1.000000 data item identified --->FTURBI = 1.000000 data item identified --->FTURBB = 10.00000 data item identified --->PRNO = 0.7200000 data item identified --->PRTNO = 0.9000000 data item identified --->FSOLVE = 1.000000 data item identified --->FFILT = 5.000000 data item identified --->FRESID = 4.000000 data item identified --->FREST = 0.0000000E+00 data item identified --->FUNINT = 99999.00 data item identified --->FMULTI = 1.000000 data item identified --->FSUBIT = 1.000000 data item identified --->FFULMG = 0.0000000E+00 data item identified --->FCOAG1 = 2.000000 data item identified --->FCOAG2 = 2.000000 data item identified --->FITFMG = 200.0000 data item identified --->FRDMUL = 0.0000000E+00 data item identified --->VISCG2 = 0.1250000 data item identified --->FGRAFIX = 0.0000000E+00 data item identified --->FGRAFINT = 1.000000 data item identified --->FIMGSAV = 0.0000000E+00 data item identified --->FIMGINT = 99999.00 data item identified --->FVTSFAC = 2.500000 data item identified --->P3DPRT = 1.000000 data item identified --->FWALLF = 1.000000 data item identified --->RPM(1) = 0.0000000E+00 data item identified --->RPM(2) = -5411.500 data item identified --->RPM(3) = 0.0000000E+00 data item identified --->RPM(4) = -5411.500 data item identified --->RPM(5) = 0.0000000E+00 data item identified --->RPM(6) = -5411.500 data item identified --->RPM(7) = 0.0000000E+00 viscous flow calculation selected ********************************* 4-stage runge_kutta algorithm selected The following debug triggers have been enabled ********************************************** input file data *************** rm ( reference mach number ) = 0.2320 gamma ( specific heat ratio ) = 1.4000 cfl ( cfl number (+ time accurate ) = 5.0000 cflmax ( max cfl number time-step scheme) = 2.5000 zetarat( exponent for diss/res.sm. ratio) = 0.6000 fvtsfac( viscous time step factor ) = 2.5000 vt ( =1, time acc., =0, local time ) = 0.0000 vis2 ( 2nd order dissipation factor ) = 0.5000 vis4 ( 4th order dissipation factor ) = 0.0156 fncmax ( maximum iterations ) = 10.0000 frest ( 1 = restart solution ) = 0.0000 save ( 1 = save solution ) = 1.0000 p3dprt ( 0 = no plot3d output ) = 1.0000 fitchk ( checkpoint iteration interval ) = 100.0000 viscg2 ( coarse grid 2nd order diss coef) = 0.1250 fistep ( recalculate time step ) = 1.0000 fnprnt ( 1 = print flowfield ) = 1.0000 fiprnt ( 1 = print partial flowfield ) = 1.0000 finvvi ( 0 = inviscid flow solution ) = 1.0000 ( 1 = viscous flow solution ) = epsx ( i implicit smoothing factor ) = 1.0000 epsy ( j implicit smoothing factor ) = 1.0000 epsz ( k implicit smoothing factor ) = 1.0000 ftotsm ( 1 = post multigrid smoothing ) = 0.0000 epstot ( post multigrid smoothing coef. ) = 0.2000 iunint ( # it. for unsteady plot3d file ) = 99999.0000 itimei ( #it between time step update ) = 1.0000 iturbi ( #it between turb. model update ) = 1.0000 iturbb ( #it before starting turb model ) = 10.0000 iturbf ( #it before freezing turb model ) = 0.0000 ibconf ( #it before freezing bound. cond) = 0.0000 iwallf ( wall function trigger (on=1) ) = 1.0000 imassav( mxng pln avrgng (area=1,mass=2)) = 1.0000 itimerm( 1= quit if too little time left) = 0.0000 fdeltat( implicit time step (sec.) ) = 0.0000 fsolve ( solution trigger ) = 1.0000 iimplicit (implicit algorithm trigger ) = 0 fturbcht( 1) (C/O Turb. Model Trigger ) = 0.0000 fturbcht( 2) (C/O Turb. Model Trigger ) = 0.0000 fturbcht( 3) (C/O Turb. Model Trigger ) = 0.0000 fturbcht( 4) (C/O Turb. Model Trigger ) = 0.0000 fturbcht( 5) (C/O Turb. Model Trigger ) = 0.0000 fturbcht( 6) (C/O Turb. Model Trigger ) = 0.0000 fturbcht( 7) (C/O Turb. Model Trigger ) = 0.0000 igrafix( trigger for graphics display ) = 0.0000 igrafint(#it between graphics update ) = 1.0000 iimgsav( trigger for image capture ) = 0.0000 iimgint( #it between image captures ) = 99999.0000 fcart ( 0 = Cylindrical, 1 = Cartesian ) = 0.0000 diam ( blade diameter (ft) ) = 2.0000 tref ( total temperature (deg. r) ) = 518.7000 pref ( total pressure (lbf/ft**2) ) = 2116.8000 rgas ( gas constant ((ft/s)**2/deg r) ) = 1716.2600 pr ( prandtl number ) = 0.7200 prt ( turbulent prandtl number ) = 0.9000 non-dimensional initial values calculated as: ******************************************** rho0 ( initial density ) = 0.9736 u0 ( initial axial velocity ) = 0.2730 v0 ( initial radial velocity ) = 0.0000 w0 ( initial theta velocity ) = 0.0000 ei0 ( initial internal energy ) = 2.5107 h0 ( initial enthalpy ) = 3.5000 p0 ( initial pressure ) = 0.9632 t0 ( initial temperature ) = 0.9893 dmu0 ( initial viscosity ) = 0.0000 dimensional reference values calculated as: ******************************************* rho0 ( density (slugs/ft**3) ) = 0.231502E-02 u0 ( axial velocity (ft/s) ) = 257.618 v0 ( radial velocity (ft/s) ) = 0.000000E+00 w0 ( theta velocity (ft/s) ) = 0.000000E+00 ei0 ( static int.energy (ft-lbf/lbm) ) = 0.223504E+07 h0 ( static enthalpy (ft-lbf/lbm) ) = 0.311578E+07 p0 ( static pressure (lbf/ft**2) ) = 2038.94 t0 ( static temperature(deg. r) ) = 513.176 dmu0 ( viscosity (lbf-s/ft**2)) = 0.370688E-06 values used for nondimensionalization: ************************************** rho ( density (slugs/ft**3) ) = 0.237783E-02 u ( axial velocity (ft/s) ) = 943.517 ei ( total int. energy (ft-lbf/lbm) ) = 890224. p ( total pressure (lbf/ft**2) ) = 2116.80 t ( total temperature (deg. r) ) = 518.700 dmu ( viscosity (lbf-s/ft**2 ) = 4.48704 omega ( rotational speed (rad/s) ) = 471.758 length ( length (ft) ) = 2.00000 time ( time (seconds) ) = 0.211973E-02 multigrid solution parameters specified as: ******************************************* nmulti ( number of multi-grid grid level) = 1 nsubit ( multigrid coarse grid subiterat) = 1 nfulmg ( full multigrid solution trigger) = 0 ncoag1 ( full multigrid initial level ) = 2 ncoag2 ( full multigrid final level ) = 2 nitfmg ( full multigrid coarse mesh iter) = 200 nrdmul ( multigrid bc read trigger (1-y)) = 0 Block Solution Information Table ******************************** Block RPM Dimensional Non-Dimen. Cyl/Cart. C-Grid Processor Num Revolutions Omega Omega Trigger Turb Trig Number Per Minute (Rad/s) 1-Cart 1-On0-Off MYID ----- ------------- ------------- ------------- --------- --------- --------- 1 0.000000E+00 0.000000E+00 0.000000E+00 0 0 0 2 -5411.50 -566.691 -1.20123 0 0 0 3 0.000000E+00 0.000000E+00 0.000000E+00 0 0 0 4 -5411.50 -566.691 -1.20123 0 0 0 5 0.000000E+00 0.000000E+00 0.000000E+00 0 0 0 6 -5411.50 -566.691 -1.20123 0 0 0 7 0.000000E+00 0.000000E+00 0.000000E+00 0 0 0 input data successfully entered ******************************* ************************************************** begin boundary data input ************************************************** Opening casename.boundata, file is psad.boundata #ENDDATA #PENN STATE 3 1/2 STAGE COMPRESSOR (ADAMCZYK MESH - ADPAC SOLUTION USING MBCAVG BLOCKDATA FOLLOWS: LABELS B L L L L L L L L L L M M N N M M N N C C B B F F D D S S 1 2 1 1 1 1 2 2 2 2 O T L L A A I I P P L L L L L L L L L L M Y O O C C R R E E I I I I I I I I I I M P C C E E 1 2 C C M M M M M M M M M M E E K K 1 2 1 2 1 2 1 2 1 2 1 2 N 1 2 T ------ -- -- -- -- -- -- -- -- --- --- --- --- --- --- --- --- --- --- -------- ############################################################################### ############################################################################### ############### ########### ############### BLADE ROW 1 ---> IGV ########### ############### ########### ############################################################################### ############################################################################### # #---> Periodic boundary # PATCH 1 1 K K P M I J 1 31 1 24 1 31 1 24 1 31 K=1 b.c. data item identified --->PATCH PATCH 1 1 K K M P I J 31 1 1 24 1 31 1 24 1 31 K=KL b.c. data item identified --->PATCH PATCH 1 1 K K P M I J 1 31 54 65 1 31 54 65 1 31 K=1 b.c. data item identified --->PATCH PATCH 1 1 K K M P I J 31 1 54 65 1 31 54 65 1 31 K=KL b.c. data item identified --->PATCH # #---> Hub surface # SSVI 1 1 J J P P S S 1 1 1 65 1 31 1 65 1 31 Hub b.c. data item identified --->SSVI RPM TWALL 0.000000 0.000000 # #---> Case Surface # SSVI 1 1 J J M M S S 31 31 1 65 1 31 1 65 1 31 Case b.c. data item identified --->SSVI RPM TWALL 0.000000 0.000000 # #---> Blade Surfaces # SSVI 1 1 K K P P S S 1 1 24 54 1 31 24 54 1 31 K=1 b.c. data item identified --->SSVI RPM TWALL 0.000000 0.000000 SSVI 1 1 K K M M S S 31 31 24 54 1 31 24 54 1 31 K=KL b.c. data item identified --->SSVI RPM TWALL 0.000000 0.000000 # #---> Upstream (Inlet) # INLETT 1 1 I I P P S S 1 1 1 31 1 31 1 31 1 31 INL b.c. data item identified --->INLETT NDATA 51 Storing Inlet Profile for Boundary Condition # 9 Starting Index = 1 Ending Index = 51 Num. Data Pts. = 51 RAD PTOT TTOT BETAR BETAT 0.410308 0.967069 1.000000 7.720835 0.534369 0.412102 0.972409 1.000000 -0.418670 -0.491598 0.413896 0.978131 1.000000 -3.227875 -0.842751 0.415690 0.983337 1.000000 -2.938008 -0.761143 0.417484 0.987064 1.000000 -2.435861 -0.722322 0.419277 0.989466 1.000000 -1.905029 -0.708850 0.421071 0.990850 1.000000 -1.577591 -0.715644 0.422865 0.991638 1.000000 -1.374235 -0.698063 0.424659 0.992055 1.000000 -1.227362 -0.734384 0.426453 0.992211 1.000000 -1.153094 -0.764290 0.428247 0.992277 1.000000 -1.109597 -0.803329 0.430040 0.992242 1.000000 -1.091136 -0.841933 0.431834 0.992200 1.000000 -1.096142 -0.879401 0.433628 0.992154 1.000000 -1.108395 -0.919770 0.435422 0.992107 1.000000 -1.122329 -0.972414 0.437216 0.992062 1.000000 -1.130214 -1.030089 0.439010 0.992017 1.000000 -1.129571 -1.080544 0.440803 0.991973 1.000000 -1.121467 -1.117673 0.442597 0.991927 1.000000 -1.108928 -1.145883 0.444391 0.991879 1.000000 -1.097168 -1.177104 0.446185 0.991827 1.000000 -1.083346 -1.215732 0.447979 0.991770 1.000000 -1.062468 -1.263229 0.449773 0.991709 1.000000 -1.041807 -1.319513 0.451566 0.991649 1.000000 -1.028664 -1.378531 0.453360 0.991590 1.000000 -1.032932 -1.433883 0.455154 0.991546 1.000000 -1.056602 -1.483201 0.456948 0.991522 1.000000 -1.094264 -1.531810 0.458742 0.991503 1.000000 -1.138808 -1.577348 0.460536 0.991472 1.000000 -1.184019 -1.616219 0.462329 0.991418 1.000000 -1.220064 -1.643567 0.464123 0.991357 1.000000 -1.243669 -1.656211 0.465917 0.991298 1.000000 -1.254192 -1.655694 0.467711 0.991239 1.000000 -1.250922 -1.641689 0.469505 0.991175 1.000000 -1.234487 -1.616881 0.471299 0.991077 1.000000 -1.205872 -1.585315 0.473092 0.991021 1.000000 -1.167672 -1.584830 0.474886 0.990932 1.000000 -1.114724 -1.581112 0.476680 0.990777 1.000000 -1.007663 -1.613785 0.478474 0.990600 1.000000 -0.953850 -1.647640 0.480268 0.990278 1.000000 -0.774314 -1.666666 0.482062 0.990018 1.000000 -0.630096 -1.684185 0.483855 0.989518 1.000000 -0.386892 -1.731520 0.485649 0.988957 1.000000 -0.109215 -1.790894 0.487443 0.988081 1.000000 0.291848 -1.810814 0.489237 0.986847 1.000000 0.748564 -1.927038 0.491031 0.984796 1.000000 1.478433 -2.035101 0.492825 0.981559 1.000000 2.347686 -2.194903 0.494619 0.977064 1.000000 3.277213 -2.402374 0.496412 0.973270 1.000000 3.455288 -2.519895 0.498206 0.970755 1.000000 3.438180 -2.807431 0.500000 0.968313 1.000000 3.442421 -3.166493 inflow data distribution on grid j radius ptot ttot betar betat chi 2 0.410366 0.967241 1.000000 7.457812 0.501215 0.000000 3 0.410505 0.967656 1.000000 6.825747 0.421545 0.000000 4 0.410700 0.968236 1.000000 5.940936 0.310016 0.000000 5 0.410973 0.969049 1.000000 4.702497 0.153914 0.000000 6 0.411356 0.970187 1.000000 2.968441 -0.064660 0.000000 7 0.411891 0.971779 1.000000 0.540788 -0.370660 0.000000 8 0.412640 0.974123 1.000000 -1.260456 -0.596822 0.000000 9 0.413688 0.977468 1.000000 -2.902585 -0.802090 0.000000 10 0.415156 0.981789 1.000000 -3.024217 -0.785414 0.000000 11 0.417211 0.986499 1.000000 -2.512034 -0.728211 0.000000 12 0.420089 0.990092 1.000000 -1.756901 -0.711923 0.000000 13 0.424117 0.991929 1.000000 -1.271717 -0.723415 0.000000 14 0.429757 0.992247 1.000000 -1.094054 -0.835831 0.000000 15 0.437652 0.992051 1.000000 -1.130057 -1.042370 0.000000 16 0.448706 0.991745 1.000000 -1.054091 -1.286049 0.000000 17 0.461602 0.991440 1.000000 -1.205450 -1.632479 0.000000 18 0.472656 0.991035 1.000000 -1.176971 -1.584948 0.000000 19 0.480551 0.990237 1.000000 -0.751518 -1.669435 0.000000 20 0.486191 0.988692 1.000000 0.011897 -1.796909 0.000000 21 0.490219 0.985724 1.000000 1.148240 -1.986213 0.000000 22 0.493097 0.980877 1.000000 2.488676 -2.226372 0.000000 23 0.495152 0.975936 1.000000 3.330168 -2.437322 0.000000 24 0.496620 0.972979 1.000000 3.453307 -2.553180 0.000000 25 0.497669 0.971508 1.000000 3.443307 -2.721265 0.000000 26 0.498418 0.970467 1.000000 3.438680 -2.849750 0.000000 27 0.498953 0.969738 1.000000 3.439945 -2.956842 0.000000 28 0.499335 0.969218 1.000000 3.440848 -3.033332 0.000000 29 0.499608 0.968847 1.000000 3.441494 -3.087969 0.000000 30 0.499803 0.968581 1.000000 3.441954 -3.126996 0.000000 31 0.499942 0.968392 1.000000 3.442284 -3.154872 0.000000 NDATA 3 RAD PTOT TTOT BETAR BETAT 0.100000 1.000000 1.000000 0.000000 0.000000 0.300000 1.000000 1.000000 0.000000 0.000000 0.500000 1.000000 1.000000 0.000000 0.000000 # #---> Downstream (Exit) # MBCAVG 1 2 I I M P L L 65 1 1 31 1 31 1 31 1 31 INL b.c. data item identified --->MBCAVG NBLKS 1 BLKNO LFACE LDIR LLIM M2LIM1 M2LIM2 N2LIM1 N2LIM2 2 I P 1 1 31 1 31 Parsed Data for MBCAVG Specification 2 I P 1 1 31 1 31 ############################################################################### ############################################################################### ############### ########### ############### BLADE ROW 2 ---> Rotor 1 ########### ############### ########### ############################################################################### ############################################################################### # #---> Periodic boundary # PATCH 2 2 K K P M I J 1 31 1 12 1 31 1 12 1 31 K=1 b.c. data item identified --->PATCH PATCH 2 2 K K M P I J 31 1 1 12 1 31 1 12 1 31 K=KL b.c. data item identified --->PATCH PATCH 2 2 K K P M I J 1 31 42 54 1 31 42 54 1 31 K=1 b.c. data item identified --->PATCH PATCH 2 2 K K M P I J 31 1 42 54 1 31 42 54 1 31 K=KL b.c. data item identified --->PATCH PATCH 2 2 K K P M I J 1 31 12 42 26 31 12 42 26 31 K=1 b.c. data item identified --->PATCH PATCH 2 2 K K M P I J 31 1 12 42 26 31 12 42 26 31 K=KL b.c. data item identified --->PATCH # #---> Hub surface # SSVI 2 2 J J P P S S 1 1 1 54 1 31 1 54 1 31 Hub b.c. data item identified --->SSVI RPM TWALL -5411.500000 0.000000 # #---> Case Surface # SSVI 2 2 J J M M S S 31 31 1 54 1 31 1 54 1 31 Case b.c. data item identified --->SSVI RPM TWALL 0.000000 0.000000 # #---> Blade Surfaces # SSVI 2 2 K K P P S S 1 1 12 42 1 26 12 42 1 26 K=1 b.c. data item identified --->SSVI RPM TWALL -5411.500000 0.000000 SSVI 2 2 K K M M S S 31 31 12 42 1 26 12 42 1 26 K=KL b.c. data item identified --->SSVI RPM TWALL -5411.500000 0.000000 # #---> Upstream (Inlet) # MBCAVG 2 1 I I P M S S 1 65 1 31 1 31 1 31 1 31 INL b.c. data item identified --->MBCAVG NBLKS 1 BLKNO LFACE LDIR LLIM M2LIM1 M2LIM2 N2LIM1 N2LIM2 1 I M 65 1 31 1 31 Parsed Data for MBCAVG Specification 1 I M 65 1 31 1 31 # #---> Downstream (Exit) # MBCAVG 2 3 I I M P L L 54 1 1 31 1 31 1 31 1 31 INL b.c. data item identified --->MBCAVG NBLKS 1 BLKNO LFACE LDIR LLIM M2LIM1 M2LIM2 N2LIM1 N2LIM2 3 I P 1 1 31 1 31 Parsed Data for MBCAVG Specification 3 I P 1 1 31 1 31 ############################################################################### ############################################################################### ############### ########### ############### BLADE ROW 3 ---> Stator 1 ########### ############### ########### ############################################################################### ############################################################################### # #---> Periodic boundary # PATCH 3 3 K K P M I J 1 31 1 13 1 31 1 13 1 31 K=1 b.c. data item identified --->PATCH PATCH 3 3 K K M P I J 31 1 1 13 1 31 1 13 1 31 K=KL b.c. data item identified --->PATCH PATCH 3 3 K K P M I J 1 31 43 55 1 31 43 55 1 31 K=1 b.c. data item identified --->PATCH PATCH 3 3 K K M P I J 31 1 43 55 1 31 43 55 1 31 K=KL b.c. data item identified --->PATCH PATCH 3 3 K K P M I J 1 31 13 43 1 6 13 43 1 6 K=1 b.c. data item identified --->PATCH PATCH 3 3 K K M P I J 31 1 13 43 1 6 13 43 1 6 K=KL b.c. data item identified --->PATCH # #---> Hub surface # SSVI 3 3 J J P P S S 1 1 1 55 1 31 1 55 1 31 Hub b.c. data item identified --->SSVI RPM TWALL 0.000000 0.000000 # #---> Case Surface # SSVI 3 3 J J M M S S 31 31 1 55 1 31 1 55 1 31 Case b.c. data item identified --->SSVI RPM TWALL 0.000000 0.000000 # #---> Blade Surfaces # SSVI 3 3 K K P P S S 1 1 13 43 6 31 13 43 6 31 K=1 b.c. data item identified --->SSVI RPM TWALL 0.000000 0.000000 SSVI 3 3 K K M M S S 31 31 13 43 6 31 13 43 6 31 K=KL b.c. data item identified --->SSVI RPM TWALL 0.000000 0.000000 # #---> Upstream (Inlet) # MBCAVG 3 2 I I P M S S 1 54 1 31 1 31 1 31 1 31 INL b.c. data item identified --->MBCAVG NBLKS 1 BLKNO LFACE LDIR LLIM M2LIM1 M2LIM2 N2LIM1 N2LIM2 2 I M 54 1 31 1 31 Parsed Data for MBCAVG Specification 2 I M 54 1 31 1 31 # #---> Downstream (Exit) # MBCAVG 3 4 I I M P L L 55 1 1 31 1 31 1 31 1 31 INL b.c. data item identified --->MBCAVG NBLKS 1 BLKNO LFACE LDIR LLIM M2LIM1 M2LIM2 N2LIM1 N2LIM2 4 I P 1 1 31 1 31 Parsed Data for MBCAVG Specification 4 I P 1 1 31 1 31 ############################################################################### ############################################################################### ############### ########### ############### BLADE ROW 4 ---> Rotor 2 ########### ############### ########### ############################################################################### ############################################################################### # #---> Periodic boundary # PATCH 4 4 K K P M I J 1 31 1 13 1 31 1 13 1 31 K=1 b.c. data item identified --->PATCH PATCH 4 4 K K M P I J 31 1 1 13 1 31 1 13 1 31 K=KL b.c. data item identified --->PATCH PATCH 4 4 K K P M I J 1 31 43 54 1 31 43 54 1 31 K=1 b.c. data item identified --->PATCH PATCH 4 4 K K M P I J 31 1 43 54 1 31 43 54 1 31 K=KL b.c. data item identified --->PATCH PATCH 4 4 K K P M I J 1 31 13 43 26 31 13 43 26 31 K=1 b.c. data item identified --->PATCH PATCH 4 4 K K M P I J 31 1 13 43 26 31 13 43 26 31 K=KL b.c. data item identified --->PATCH # #---> Hub surface # SSVI 4 4 J J P P S S 1 1 1 54 1 31 1 54 1 31 Hub b.c. data item identified --->SSVI RPM TWALL -5411.500000 0.000000 # #---> Case Surface # SSVI 4 4 J J M M S S 31 31 1 54 1 31 1 54 1 31 Case b.c. data item identified --->SSVI RPM TWALL 0.000000 0.000000 # #---> Blade Surfaces # SSVI 4 4 K K P P S S 1 1 13 43 1 26 13 43 1 26 K=1 b.c. data item identified --->SSVI RPM TWALL -5411.500000 0.000000 SSVI 4 4 K K M M S S 31 31 13 43 1 26 13 43 1 26 K=KL b.c. data item identified --->SSVI RPM TWALL -5411.500000 0.000000 # #---> Upstream (Inlet) # MBCAVG 4 3 I I P M S S 1 55 1 31 1 31 1 31 1 31 INL b.c. data item identified --->MBCAVG NBLKS 1 BLKNO LFACE LDIR LLIM M2LIM1 M2LIM2 N2LIM1 N2LIM2 3 I M 55 1 31 1 31 Parsed Data for MBCAVG Specification 3 I M 55 1 31 1 31 # #---> Downstream (Exit) # MBCAVG 4 5 I I M P L L 54 1 1 31 1 31 1 31 1 31 INL b.c. data item identified --->MBCAVG NBLKS 1 BLKNO LFACE LDIR LLIM M2LIM1 M2LIM2 N2LIM1 N2LIM2 5 I P 1 1 31 1 31 Parsed Data for MBCAVG Specification 5 I P 1 1 31 1 31 ############################################################################### ############################################################################### ############### ########### ############### BLADE ROW 5 ---> Stator 2 ########### ############### ########### ############################################################################### ############################################################################### # #---> Periodic boundary # PATCH 5 5 K K P M I J 1 31 1 12 1 31 1 12 1 31 K=1 b.c. data item identified --->PATCH PATCH 5 5 K K M P I J 31 1 1 12 1 31 1 12 1 31 K=KL b.c. data item identified --->PATCH PATCH 5 5 K K P M I J 1 31 42 54 1 31 42 54 1 31 K=1 b.c. data item identified --->PATCH PATCH 5 5 K K M P I J 31 1 42 54 1 31 42 54 1 31 K=KL b.c. data item identified --->PATCH PATCH 5 5 K K P M I J 1 31 12 42 1 6 12 42 1 6 K=1 b.c. data item identified --->PATCH PATCH 5 5 K K M P I J 31 1 12 42 1 6 12 42 1 6 K=KL b.c. data item identified --->PATCH # #---> Hub surface # SSVI 5 5 J J P P S S 1 1 1 54 1 31 1 54 1 31 Hub b.c. data item identified --->SSVI RPM TWALL 0.000000 0.000000 # #---> Case Surface # SSVI 5 5 J J M M S S 31 31 1 54 1 31 1 54 1 31 Case b.c. data item identified --->SSVI RPM TWALL 0.000000 0.000000 # #---> Blade Surfaces # SSVI 5 5 K K P P S S 1 1 12 42 6 31 12 42 6 31 K=1 b.c. data item identified --->SSVI RPM TWALL 0.000000 0.000000 SSVI 5 5 K K M M S S 31 31 12 42 6 31 12 42 6 31 K=KL b.c. data item identified --->SSVI RPM TWALL 0.000000 0.000000 # #---> Upstream (Inlet) # MBCAVG 5 4 I I P M S S 1 54 1 31 1 31 1 31 1 31 INL b.c. data item identified --->MBCAVG NBLKS 1 BLKNO LFACE LDIR LLIM M2LIM1 M2LIM2 N2LIM1 N2LIM2 4 I M 54 1 31 1 31 Parsed Data for MBCAVG Specification 4 I M 54 1 31 1 31 # #---> Downstream (Exit) # MBCAVG 5 6 I I M P L L 54 1 1 31 1 31 1 31 1 31 INL b.c. data item identified --->MBCAVG NBLKS 1 BLKNO LFACE LDIR LLIM M2LIM1 M2LIM2 N2LIM1 N2LIM2 6 I P 1 1 31 1 31 Parsed Data for MBCAVG Specification 6 I P 1 1 31 1 31 ############################################################################### ############################################################################### ############### ########### ############### BLADE ROW 6 ---> Rotor 3 ########### ############### ########### ############################################################################### ############################################################################### # #---> Periodic boundary # PATCH 6 6 K K P M I J 1 31 1 13 1 31 1 13 1 31 K=1 b.c. data item identified --->PATCH PATCH 6 6 K K M P I J 31 1 1 13 1 31 1 13 1 31 K=KL b.c. data item identified --->PATCH PATCH 6 6 K K P M I J 1 31 43 54 1 31 43 54 1 31 K=1 b.c. data item identified --->PATCH PATCH 6 6 K K M P I J 31 1 43 54 1 31 43 54 1 31 K=KL b.c. data item identified --->PATCH PATCH 6 6 K K P M I J 1 31 13 43 26 31 13 43 26 31 K=1 b.c. data item identified --->PATCH PATCH 6 6 K K M P I J 31 1 13 43 26 31 13 43 26 31 K=KL b.c. data item identified --->PATCH # #---> Hub surface # SSVI 6 6 J J P P S S 1 1 1 54 1 31 1 54 1 31 Hub b.c. data item identified --->SSVI RPM TWALL -5411.500000 0.000000 # #---> Case Surface # SSVI 6 6 J J M M S S 31 31 1 54 1 31 1 54 1 31 Case b.c. data item identified --->SSVI RPM TWALL 0.000000 0.000000 # #---> Blade Surfaces # SSVI 6 6 K K P P S S 1 1 13 43 1 26 13 43 1 26 K=1 b.c. data item identified --->SSVI RPM TWALL -5411.500000 0.000000 SSVI 6 6 K K M M S S 31 31 13 43 1 26 13 43 1 26 K=KL b.c. data item identified --->SSVI RPM TWALL -5411.500000 0.000000 # #---> Upstream (Inlet) # MBCAVG 6 5 I I P M S S 1 54 1 31 1 31 1 31 1 31 INL b.c. data item identified --->MBCAVG NBLKS 1 BLKNO LFACE LDIR LLIM M2LIM1 M2LIM2 N2LIM1 N2LIM2 5 I M 54 1 31 1 31 Parsed Data for MBCAVG Specification 5 I M 54 1 31 1 31 # #---> Downstream (Exit) # MBCAVG 6 7 I I M P L L 54 1 1 31 1 31 1 31 1 31 INL b.c. data item identified --->MBCAVG NBLKS 1 BLKNO LFACE LDIR LLIM M2LIM1 M2LIM2 N2LIM1 N2LIM2 7 I P 1 1 31 1 31 Parsed Data for MBCAVG Specification 7 I P 1 1 31 1 31 ############################################################################### ############################################################################### ############### ########### ############### BLADE ROW 7 ---> Stator 3 ########### ############### ########### ############################################################################### ############################################################################### # #---> Periodic boundary # PATCH 7 7 K K P M I J 1 31 1 12 1 31 1 12 1 31 K=1 b.c. data item identified --->PATCH PATCH 7 7 K K M P I J 31 1 1 12 1 31 1 12 1 31 K=KL b.c. data item identified --->PATCH PATCH 7 7 K K P M I J 1 31 42 62 1 31 42 62 1 31 K=1 b.c. data item identified --->PATCH PATCH 7 7 K K M P I J 31 1 42 62 1 31 42 62 1 31 K=KL b.c. data item identified --->PATCH PATCH 7 7 K K P M I J 1 31 12 42 1 6 12 42 1 6 K=1 b.c. data item identified --->PATCH PATCH 7 7 K K M P I J 31 1 12 42 1 6 12 42 1 6 K=KL b.c. data item identified --->PATCH # #---> Hub surface # SSVI 7 7 J J P P S S 1 1 1 62 1 31 1 62 1 31 Hub b.c. data item identified --->SSVI RPM TWALL 0.000000 0.000000 # #---> Case Surface # SSVI 7 7 J J M M S S 31 31 1 62 1 31 1 62 1 31 Case b.c. data item identified --->SSVI RPM TWALL 0.000000 0.000000 # #---> Blade Surfaces # SSVI 7 7 K K P P S S 1 1 12 42 6 31 12 42 6 31 K=1 b.c. data item identified --->SSVI RPM TWALL 0.000000 0.000000 SSVI 7 7 K K M M S S 31 31 12 42 6 31 12 42 6 31 K=KL b.c. data item identified --->SSVI RPM TWALL 0.000000 0.000000 # #---> Upstream (Inlet) # MBCAVG 7 6 I I P M S S 1 54 1 31 1 31 1 31 1 31 INL b.c. data item identified --->MBCAVG NBLKS 1 BLKNO LFACE LDIR LLIM M2LIM1 M2LIM2 N2LIM1 N2LIM2 6 I M 54 1 31 1 31 Parsed Data for MBCAVG Specification 6 I M 54 1 31 1 31 # #---> Downstream (Exit) # EXITT 7 7 I I M M L L 62 62 1 31 1 31 1 31 1 31 INL b.c. data item identified --->EXITT PEXIT 1.245000 0.000000 0.000000 ENDDATA b.c. data item identified --->ENDDATA boundary data successfully entered ********************************** N B L L L L L L L L L L M M N N M M N N U C B B F F D D S S 1 2 1 1 1 1 2 2 2 2 M T L L A A I I P P L L L L L L L L L L B Y O O C C R R E E I I I I I I I I I I E P C C E E 1 2 C C M M M M M M M M M M R E K K 1 2 1 2 1 2 1 2 1 2 1 2 1 2 ------ -- -- -- -- -- -- -- -- --- --- --- --- --- --- --- --- --- --- 1 PATCH 1 1 K K P M I J 1 31 1 24 1 31 1 24 1 31 2 PATCH 1 1 K K M P I J 31 1 1 24 1 31 1 24 1 31 3 PATCH 1 1 K K P M I J 1 31 54 65 1 31 54 65 1 31 4 PATCH 1 1 K K M P I J 31 1 54 65 1 31 54 65 1 31 5 SSVI 1 1 J J P P S S 1 1 1 65 1 31 1 65 1 31 6 SSVI 1 1 J J M M S S 31 31 1 65 1 31 1 65 1 31 7 SSVI 1 1 K K P P S S 1 1 24 54 1 31 24 54 1 31 8 SSVI 1 1 K K M M S S 31 31 24 54 1 31 24 54 1 31 9 INLETT 1 1 I I P P S S 1 1 1 31 1 31 1 31 1 31 10 MBCAVG 1 2 I I M P L L 65 1 1 31 1 31 1 31 1 31 11 PATCH 2 2 K K P M I J 1 31 1 12 1 31 1 12 1 31 12 PATCH 2 2 K K M P I J 31 1 1 12 1 31 1 12 1 31 13 PATCH 2 2 K K P M I J 1 31 42 54 1 31 42 54 1 31 14 PATCH 2 2 K K M P I J 31 1 42 54 1 31 42 54 1 31 15 PATCH 2 2 K K P M I J 1 31 12 42 26 31 12 42 26 31 16 PATCH 2 2 K K M P I J 31 1 12 42 26 31 12 42 26 31 17 SSVI 2 2 J J P P S S 1 1 1 54 1 31 1 54 1 31 18 SSVI 2 2 J J M M S S 31 31 1 54 1 31 1 54 1 31 19 SSVI 2 2 K K P P S S 1 1 12 42 1 26 12 42 1 26 20 SSVI 2 2 K K M M S S 31 31 12 42 1 26 12 42 1 26 21 MBCAVG 2 1 I I P M S S 1 65 1 31 1 31 1 31 1 31 22 MBCAVG 2 3 I I M P L L 54 1 1 31 1 31 1 31 1 31 23 PATCH 3 3 K K P M I J 1 31 1 13 1 31 1 13 1 31 24 PATCH 3 3 K K M P I J 31 1 1 13 1 31 1 13 1 31 25 PATCH 3 3 K K P M I J 1 31 43 55 1 31 43 55 1 31 26 PATCH 3 3 K K M P I J 31 1 43 55 1 31 43 55 1 31 27 PATCH 3 3 K K P M I J 1 31 13 43 1 6 13 43 1 6 28 PATCH 3 3 K K M P I J 31 1 13 43 1 6 13 43 1 6 29 SSVI 3 3 J J P P S S 1 1 1 55 1 31 1 55 1 31 30 SSVI 3 3 J J M M S S 31 31 1 55 1 31 1 55 1 31 31 SSVI 3 3 K K P P S S 1 1 13 43 6 31 13 43 6 31 32 SSVI 3 3 K K M M S S 31 31 13 43 6 31 13 43 6 31 33 MBCAVG 3 2 I I P M S S 1 54 1 31 1 31 1 31 1 31 34 MBCAVG 3 4 I I M P L L 55 1 1 31 1 31 1 31 1 31 35 PATCH 4 4 K K P M I J 1 31 1 13 1 31 1 13 1 31 36 PATCH 4 4 K K M P I J 31 1 1 13 1 31 1 13 1 31 37 PATCH 4 4 K K P M I J 1 31 43 54 1 31 43 54 1 31 38 PATCH 4 4 K K M P I J 31 1 43 54 1 31 43 54 1 31 39 PATCH 4 4 K K P M I J 1 31 13 43 26 31 13 43 26 31 40 PATCH 4 4 K K M P I J 31 1 13 43 26 31 13 43 26 31 41 SSVI 4 4 J J P P S S 1 1 1 54 1 31 1 54 1 31 42 SSVI 4 4 J J M M S S 31 31 1 54 1 31 1 54 1 31 43 SSVI 4 4 K K P P S S 1 1 13 43 1 26 13 43 1 26 44 SSVI 4 4 K K M M S S 31 31 13 43 1 26 13 43 1 26 45 MBCAVG 4 3 I I P M S S 1 55 1 31 1 31 1 31 1 31 46 MBCAVG 4 5 I I M P L L 54 1 1 31 1 31 1 31 1 31 47 PATCH 5 5 K K P M I J 1 31 1 12 1 31 1 12 1 31 48 PATCH 5 5 K K M P I J 31 1 1 12 1 31 1 12 1 31 49 PATCH 5 5 K K P M I J 1 31 42 54 1 31 42 54 1 31 50 PATCH 5 5 K K M P I J 31 1 42 54 1 31 42 54 1 31 51 PATCH 5 5 K K P M I J 1 31 12 42 1 6 12 42 1 6 52 PATCH 5 5 K K M P I J 31 1 12 42 1 6 12 42 1 6 53 SSVI 5 5 J J P P S S 1 1 1 54 1 31 1 54 1 31 54 SSVI 5 5 J J M M S S 31 31 1 54 1 31 1 54 1 31 55 SSVI 5 5 K K P P S S 1 1 12 42 6 31 12 42 6 31 56 SSVI 5 5 K K M M S S 31 31 12 42 6 31 12 42 6 31 57 MBCAVG 5 4 I I P M S S 1 54 1 31 1 31 1 31 1 31 58 MBCAVG 5 6 I I M P L L 54 1 1 31 1 31 1 31 1 31 59 PATCH 6 6 K K P M I J 1 31 1 13 1 31 1 13 1 31 60 PATCH 6 6 K K M P I J 31 1 1 13 1 31 1 13 1 31 61 PATCH 6 6 K K P M I J 1 31 43 54 1 31 43 54 1 31 62 PATCH 6 6 K K M P I J 31 1 43 54 1 31 43 54 1 31 63 PATCH 6 6 K K P M I J 1 31 13 43 26 31 13 43 26 31 64 PATCH 6 6 K K M P I J 31 1 13 43 26 31 13 43 26 31 65 SSVI 6 6 J J P P S S 1 1 1 54 1 31 1 54 1 31 66 SSVI 6 6 J J M M S S 31 31 1 54 1 31 1 54 1 31 67 SSVI 6 6 K K P P S S 1 1 13 43 1 26 13 43 1 26 68 SSVI 6 6 K K M M S S 31 31 13 43 1 26 13 43 1 26 69 MBCAVG 6 5 I I P M S S 1 54 1 31 1 31 1 31 1 31 70 MBCAVG 6 7 I I M P L L 54 1 1 31 1 31 1 31 1 31 71 PATCH 7 7 K K P M I J 1 31 1 12 1 31 1 12 1 31 72 PATCH 7 7 K K M P I J 31 1 1 12 1 31 1 12 1 31 73 PATCH 7 7 K K P M I J 1 31 42 62 1 31 42 62 1 31 74 PATCH 7 7 K K M P I J 31 1 42 62 1 31 42 62 1 31 75 PATCH 7 7 K K P M I J 1 31 12 42 1 6 12 42 1 6 76 PATCH 7 7 K K M P I J 31 1 12 42 1 6 12 42 1 6 77 SSVI 7 7 J J P P S S 1 1 1 62 1 31 1 62 1 31 78 SSVI 7 7 J J M M S S 31 31 1 62 1 31 1 62 1 31 79 SSVI 7 7 K K P P S S 1 1 12 42 6 31 12 42 6 31 80 SSVI 7 7 K K M M S S 31 31 12 42 6 31 12 42 6 31 81 MBCAVG 7 6 I I P M S S 1 54 1 31 1 31 1 31 1 31 82 EXITT 7 7 I I M M L L 62 62 1 31 1 31 1 31 1 31 set up block data: ****************** cell area terms calculated for grid block # 1 cell area terms calculated for grid block # 2 cell area terms calculated for grid block # 3 cell area terms calculated for grid block # 4 cell area terms calculated for grid block # 5 cell area terms calculated for grid block # 6 cell area terms calculated for grid block # 7 calculating cell volumes for grid block # 1 calculating cell volumes for grid block # 2 calculating cell volumes for grid block # 3 calculating cell volumes for grid block # 4 calculating cell volumes for grid block # 5 calculating cell volumes for grid block # 6 calculating cell volumes for grid block # 7 Mesh Cell Expansion Ratio Table ******************************** Block I Index I J K J Index I J K K Index I J K | Numbr Expans. Max Max Max Expans. Max Max Max Expans. Max Max Max | N Ratio Ratio Ratio V ----- -------- ---- ---- ---- -------- ---- ---- ---- -------- ---- ---- ---- -- 1 1.20026 49 2 30 1.40084 18 2 14 1.30685 25 2 17 * 2 1.20338 28 22 30 1.40087 15 30 5 1.44001 13 2 15 * 3 1.20220 27 30 19 1.40084 55 2 16 1.45822 14 24 17 * 4 1.20348 29 30 28 1.40082 26 30 26 1.46123 14 31 15 * 5 1.20268 26 31 25 1.40084 2 2 25 1.45859 13 23 17 * 6 1.20276 29 30 28 1.40119 54 2 29 1.45765 14 3 15 * 7 1.20321 26 30 24 1.40099 49 30 2 1.46067 13 23 17 * * - WARNING!! ********* Solution Accuracy and Convergence May Be Adversely Affected By Large Mesh Cell Expansion Ratios --- Mesh Blocks indicated by a * in the final column Possess Coordinate Mesh Cell Expansion Ratios Which Exceed the Recommended Maximum Value of 1.300000 starting imploop 1 calling impupd convergence history ---> mesh level 1 **************************************** cycle log10 <--- max ----> log10 #ss mass mass number max error rms pts. flow flow error bl# i j k error in out ------ --------- --- --- --- --- --------- ----- -------------- ------------ 1 -0.5839 6 34 12 31 -4.3898 0 0.192384 0.109122 2 -0.7343 6 31 14 29 -4.4334 0 0.191499 0.089546 3 -0.6962 6 37 12 29 -4.4037 0 0.190736 0.070532 4 -0.7928 6 36 13 26 -4.4193 0 0.190101 0.053105 5 -0.7728 6 35 2 29 -4.4277 0 0.189583 0.038078 6 -0.8022 4 35 2 27 -4.4396 0 0.189172 0.029307 7 -0.8281 6 35 2 26 -4.4497 0 0.188865 0.024735 8 -0.8607 6 35 2 24 -4.4551 0 0.188663 0.021803 9 -0.8569 4 36 2 28 -4.4620 0 0.188556 0.019889 turbulence model activated at iteration # 10 10 -0.8293 6 54 15 23 -4.4691 0 0.188517 0.019013 new restart file name psad.restart.new number of blocks: (nblks) = 7 ADPAC Viscous Surface y+ Summary ******************************** This table summarizes near surface y+ values for individual no-slip surfaces in the ADPAC solution (SSVI, SS2DVI, LAMSS, LAM2DS, and ENDTTA boundaries) BC Blk Blk Face Physical Y+ Num. Num IJK Index <--- Spacing (ft.) ---> <--- Value ---> Min Avg Max Min Avg Max ---- --- --- ---- --------- --------- --------- --------- --------- --------- 5 1 J 1 1.099E-04 1.118E-04 1.162E-04 10.9 18.3 22.4 6 1 J 31 1.100E-04 1.118E-04 1.161E-04 10.8 18.1 61.9 7 1 K 1 1.680E-04 1.924E-04 2.170E-04 14.0 23.4 28.5 8 1 K 31 1.680E-04 1.924E-04 2.170E-04 17.4 25.9 59.6 17 2 J 1 1.069E-04 1.085E-04 1.103E-04 0.879 16.0 67.7 18 2 J 31 1.065E-04 1.088E-04 1.112E-04 13.3 18.3 25.4 19 2 K 1 2.119E-04 2.607E-04 3.081E-04 1.84 27.8 72.1 20 2 K 31 2.119E-04 2.607E-04 3.081E-04 1.11 30.7 63.9 29 3 J 1 1.043E-04 1.056E-04 1.070E-04 15.9 18.1 24.1 30 3 J 31 1.040E-04 1.057E-04 1.075E-04 10.2 17.1 72.9 31 3 K 1 2.247E-04 2.657E-04 3.045E-04 18.0 28.3 78.7 32 3 K 31 2.247E-04 2.657E-04 3.045E-04 8.70 30.1 74.4 41 4 J 1 1.002E-04 1.019E-04 1.040E-04 0.708 15.8 68.6 42 4 J 31 1.003E-04 1.023E-04 1.043E-04 13.0 17.8 24.8 43 4 K 1 2.074E-04 2.546E-04 2.996E-04 1.54 27.9 69.9 44 4 K 31 2.074E-04 2.546E-04 2.996E-04 0.675 31.2 64.3 53 5 J 1 9.727E-05 9.926E-05 1.016E-04 15.2 17.6 23.7 54 5 J 31 9.736E-05 9.943E-05 1.023E-04 9.98 16.6 69.8 55 5 K 1 2.196E-04 2.587E-04 2.962E-04 17.1 27.5 77.7 56 5 K 31 2.196E-04 2.587E-04 2.962E-04 8.62 29.5 74.7 65 6 J 1 9.516E-05 9.629E-05 9.773E-05 0.752 15.5 65.2 66 6 J 31 9.483E-05 9.663E-05 9.842E-05 12.6 17.3 24.3 67 6 K 1 2.047E-04 2.493E-04 2.915E-04 1.53 27.1 68.3 68 6 K 31 2.047E-04 2.493E-04 2.915E-04 2.54 30.3 63.4 77 7 J 1 9.101E-05 9.361E-05 9.630E-05 14.5 17.1 23.2 78 7 J 31 9.097E-05 9.382E-05 9.719E-05 9.86 16.1 67.1 79 7 K 1 2.150E-04 2.523E-04 2.882E-04 15.7 26.9 75.9 80 7 K 31 2.150E-04 2.523E-04 2.882E-04 8.51 29.0 75.4 *** plot3d absolute output on unit 9 *** *** file psad.p3dabs *** plot3d relative output on unit 8 *** *** file psad.p3drel Approximate CPU Time Breakdown (Parallel Runs Only) --------------------------------------------------- TIMING INIT tinit 0.0000000000000000E+00 Initialization Time TIMING GRID tgrid 0.0000000000000000E+00 Grid Input Time TIMING COMM tcomm 0.0000000000000000E+00 Boundary Update Time TIMING SOLV tsolv 0.0000000000000000E+00 Flow Solver Time TIMING REST trest 0.0000000000000000E+00 Restart File Time TIMING OUT tout 0.0000000000000000E+00 Output file Time TIMING TOTAL tottim 0.0000000000000000E+00 processing completed execution normally terminated 622.8u 3.7s 12:15 85% 0+0k 480+1550io 129pf+0w Finished at --> Tue Jun 15 08:51:37 EDT 1999