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October 8, 2004, 11:56 |
Multicomponent fluid
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#1 |
Guest
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Hi all...
I need set 2 different mixture in 2 different zone of the domain. I'm using CFX 4.4 In the first zone there is N2 (0.77 mass fraction) and O2 (0.23). In the second zone there is H20 (0.6) and H2 (0.4). I set N2 as background fluid. At the second inlet I set O2 = 0.23 like boundary condition. At the first inlet I set H20 =0.6 and H2 0.4 (so N2 =0)but run stop (error 65?) If I set H20 = 1 the solver run. The solver run only if H2 at the first inlet is bigger than 0.3 (error 65). I develop a routine USRVIS e USRCND to update the gas property in the zone whitout N2. Where is the mistake? Thank for the help. Andrea PS I use the properties: N2 background fluid HYD MFraction1 O2 MF2 WATER MF3 >>COMPRESSIBILITY PARAMETERS FULLY COMPRESSIBLE UNIVERSAL GAS CONSTANT 8.3140E+03 FLUID MOLECULAR WEIGHT 28.010E+00 REFERENCE PRESSURE 3.0390E+05 >>FLUID PARAMETERS VISCOSITY 2.01E-5 >>HEAT TRANSFER PARAMETERS THERMAL CONDUCTIVITY 0.2900E-01 FLUID SPECIFIC HEAT 1.00375E3 ENTHALPY REFERENCE TEMPERATURE 3.500E+02 >>MASS TRANSFER PARAMETERS >>DIFFUSIVITIES MASS FRACTIONS 3.83E-6 9.997E-7 1.07E-6 >>MOLECULAR WEIGHTS MASS FRACTIONS 2.0160 3.199E+1 1.8E+01 >>SPECIFIC HEATS HYD 1.434E+04 O2 0.93015E+3 WATER 2.0037E+3 |
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October 8, 2004, 15:15 |
Re: Multicomponent fluid
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#2 |
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Post your full input file and the top part of the result file i.e. everthing except the calculation results.
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October 11, 2004, 05:12 |
Re: Multicomponent fluid
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#3 |
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Thank you for the help. Andrea
INPUT FILE .fc >>CFX4 :>OPTIONS THREE DIMENSIONS BODY FITTED GRID CARTESIAN COORDINATES POROUS FLOW LAMINAR FLOW HEAT TRANSFER COMPRESSIBLE FLOW STEADY STATE MAXIMUM DEGREE OF POLYNOMIAL DEPENDENCE ON T 0 USER SCALAR EQUATIONS 6 MASS FRACTION EQUATIONS 3 >>USER FORTRAN /* USRVIS*/ /* USRDIF USRSRC*/ /* USRINT USRCND */ /* USRCVG USRBCS*/ >>VARIABLE NAMES MASS FRACTION1 'HYD' MASS FRACTION2 'O2' MASS FRACTION3 'WATER' USER SCALAR1 'USRDCC EREV' USER SCALAR2 'USRDCC I' USER SCALAR3 'USRDCC NACT' USER SCALAR4 'USRDCC NMEM' USER SCALAR5 'USRDCC PROVA' USER SCALAR6 'USRDCC Q' /* USER SCALAR7 'USRDCC PROVA'*/ /* USER SCALAR1 'MASS RESIDUAL'*/ #CALC KOST=1.29E-4; I=1E4; AMEA=2.5E-3; ACH=1E-6; T=353; P=3*1E5; XW=0.6; XH=1-XW; XO=0.23; V_H=KOST*I*AMEA*T/(ACH*XH*P); V_O=KOST/2*I*AMEA*T/(ACH*XO*P); #ENDCALC >>MODEL TOPOLOGY :>MODIFY PATCH OLD PATCH NAME 'SOLCON_GRAF' NEW PATCH GROUP NUMBER 1 :>MODIFY PATCH OLD PATCH NAME 'SOLCON_MEMB' NEW PATCH GROUP NUMBER 2 >>MODEL DATA /* >>RHIE CHOW SWITCH MODIFIED RESISTANCE TREATMENT RECTANGULAR VELOCITY CORRECTIONS*/ :>TITLE PROBLEM TITLE 'INTRODUCTORY EXAMPLE 1' :>PHYSICAL PROPERTIES >>SOLID HEAT TRANSFER PARAMETERS PATCH GROUP NUMBER 1 SCALAR CONDUCTIVITY 150.6 :>SOLID HEAT TRANSFER PARAMETERS PATCH GROUP NUMBER 2 SCALAR CONDUCTIVITY 0.455 >>COMPRESSIBILITY PARAMETERS FULLY COMPRESSIBLE UNIVERSAL GAS CONSTANT 8.3140E+03 FLUID MOLECULAR WEIGHT 28.010E+00 REFERENCE PRESSURE 3.0390E+05 >>FLUID PARAMETERS VISCOSITY 2.01E-5 >>HEAT TRANSFER PARAMETERS THERMAL CONDUCTIVITY 0.2900E-01 FLUID SPECIFIC HEAT 1.00375E3 ENTHALPY REFERENCE TEMPERATURE 3.500E+02 >>POROUS REGION PARAMETERS VOLUME POROSITY 4.0000E-01 >>MASS TRANSFER PARAMETERS >>DIFFUSIVITIES MASS FRACTIONS 3.83E-6 9.997E-7 1.07E-6 >>MOLECULAR WEIGHTS MASS FRACTIONS 2.0160 3.199E+1 1.8E+01 >>SPECIFIC HEATS HYD 1.434E+04 O2 0.93015E+3 WATER 2.0037E+3 >>SOLVER DATA :>PROGRAM CONTROL MAXIMUM NUMBER OF ITERATIONS 2000 MASS SOURCE TOLERANCE 5.0000E-10 :>MODEL BOUNDARY CONDITIONS :>PRESSURE BOUNDARIES PATCH NAME 'PRESS' PRESSURE 0.0000E+00 >>INLET BOUNDARIES PATCH NAME 'INLET_H' NORMAL VELOCITY #V_H TEMPERATURE 353 HYD 0.4 /* HYD #XH*/ /* WATER #XW*/ /* WATER 0.7*/ /* O2 1*/ >>INLET BOUNDARIES PATCH NAME 'INLET_O' NORMAL VELOCITY #V_O TEMPERATURE 353 /*WATER #XW*/ O2 #XO /* >>WALL BOUNDARIES PATCH NAME 'WALL_D' TEMPERATURE 3.5300E+02 >>WALL BOUNDARIES PATCH NAME 'WALL_TOP' TEMPERATURE 3.5300E+02 */ /*>>OUTPUT OPTIONS :>INTERMEDIATE RESTART FILES ITERATION INTERVAL 100*/ :>STOP ************************************************** ***** OUTPUT FILE .fo ************************************************** ***** 131 1 10 7 7 HIGH K 2 1 WALL WALL_TOP 9 1 10 1 10 1 1 LOW K 5 1 WALL WALL_TOP 10 1 10 1 131 1 1 LOW K 6 1 WALL WALL_TOP 11 1 10 131 131 1 7 HIGH J 1 1 WALL WALL 12 1 1 1 131 1 7 LOW I 1 1 WALL WALL 13 10 10 1 9 1 7 HIGH I 1 2 WALL CONDUCTING WALL 14 10 10 10 128 1 7 HIGH I 1 1 WALL WALL 15 1 131 1 1 1 7 LOW J 2 1 WALL WALL 16 1 9 10 10 1 7 HIGH J 2 2 WALL CONDUCTING WALL 17 10 128 10 10 1 7 HIGH J 2 1 WALL WALL 18 131 131 1 10 1 7 HIGH I 2 1 WALL WALL 19 4 10 1 10 1 1 LOW K 3 1 WALL WALL 20 4 10 1 1 1 7 LOW J 3 1 WALL WALL 21 4 10 10 10 1 7 HIGH J 3 1 WALL WALL 22 1 1 1 10 1 7 LOW I 3 1 WALL WALL 23 10 10 1 10 1 7 HIGH I 3 2 WALL CONDUCTING WALL 24 1 10 131 131 1 7 HIGH J 4 1 WALL WALL 25 1 1 1 9 1 7 LOW I 4 2 WALL CONDUCTING WALL 26 1 1 10 128 1 7 LOW I 4 1 WALL WALL 27 10 10 1 131 1 7 HIGH I 4 1 WALL WALL 28 4 10 1 10 7 7 HIGH K 5 1 WALL WALL 29 4 10 1 1 1 7 LOW J 5 1 WALL WALL 30 4 10 10 10 1 7 HIGH J 5 1 WALL WALL 31 1 1 1 10 1 7 LOW I 5 1 WALL WALL 32 10 10 1 10 1 7 HIGH I 5 2 WALL CONDUCTING WALL 33 1 10 131 131 1 7 HIGH J 6 1 WALL WALL 34 1 1 1 9 1 7 LOW I 6 2 WALL CONDUCTING WALL 35 1 1 10 128 1 7 LOW I 6 1 WALL WALL 36 10 10 1 131 1 7 HIGH I 6 1 WALL WALL 37 1 5 1 131 1 1 LOW K 7 1 WALL WALL 38 16 25 1 9 1 1 LOW K 7 2 WALL CONDUCTING WALL 39 36 40 1 131 1 1 LOW K 7 1 WALL WALL 40 16 25 10 128 1 1 LOW K 7 1 WALL WALL 41 1 40 1 1 1 6 LOW J 7 1 WALL WALL 42 1 40 131 131 1 6 HIGH J 7 1 WALL WALL 43 1 1 1 131 1 6 LOW I 7 1 WALL WALL 44 40 40 1 131 1 6 HIGH I 7 1 WALL WALL 45 1 40 1 131 1 1 HIGH K 8 2 WALL CONDUCTING WALL 46 1 40 1 1 1 1 LOW J 8 1 WALL WALL 47 1 40 131 131 1 1 HIGH J 8 1 WALL WALL 48 1 1 1 131 1 1 LOW I 8 1 WALL WALL 49 40 40 1 131 1 1 HIGH I 8 1 WALL WALL 50 1 40 1 131 1 1 LOW K 10 2 WALL CONDUCTING WALL 51 1 40 1 1 1 1 LOW J 10 1 WALL WALL 52 1 40 131 131 1 1 HIGH J 10 1 WALL WALL 53 1 1 1 131 1 1 LOW I 10 1 WALL WALL 54 40 40 1 131 1 1 HIGH I 10 1 WALL WALL 55 1 5 1 131 6 6 HIGH K 11 1 WALL WALL 56 16 25 1 9 6 6 HIGH K 11 2 WALL CONDUCTING WALL 57 36 40 1 131 6 6 HIGH K 11 1 WALL WALL 58 16 25 10 128 6 6 HIGH K 11 1 WALL WALL 59 1 40 1 1 1 6 LOW J 11 1 WALL WALL 60 1 40 131 131 1 6 HIGH J 11 1 WALL WALL 61 1 1 1 131 1 6 LOW I 11 1 WALL WALL 62 40 40 1 131 1 6 HIGH I 11 1 WALL WALL 63 1 40 1 1 1 3 LOW J 9 1 CNDBDY CNDBDY 64 1 40 131 131 1 3 HIGH J 9 1 CNDBDY CNDBDY 65 1 1 1 131 1 3 LOW I 9 1 CNDBDY CNDBDY 66 40 40 1 131 1 3 HIGH I 9 1 CNDBDY CNDBDY 67 1 10 10 126 1 1 LOW K 12 1 CNDBDY CNDBDY 68 1 10 1 126 7 7 HIGH K 12 1 CNDBDY CNDBDY 69 1 10 1 1 1 7 LOW J 12 1 CNDBDY CNDBDY 70 1 1 10 126 1 7 LOW I 12 1 CNDBDY CNDBDY 71 10 10 10 126 1 7 HIGH I 12 1 CNDBDY CNDBDY 72 1 10 1 126 1 1 LOW K 13 1 CNDBDY CNDBDY 73 1 10 10 126 7 7 HIGH K 13 1 CNDBDY CNDBDY 74 1 10 1 1 1 7 LOW J 13 1 CNDBDY CNDBDY 75 1 1 10 126 1 7 LOW I 13 1 CNDBDY CNDBDY 76 10 10 10 126 1 7 HIGH I 13 1 CNDBDY CNDBDY 77 10 10 1 9 1 7 HIGH I 1 1 BLKBDY GLUE-PATCH----1HIGH-I-BLK----1 78 1 1 1 9 1 7 LOW I 12 1 BLKBDY GLUE-PATCH----2LOW--I-BLK---12 79 10 10 129 131 1 7 HIGH I 1 1 BLKBDY GLUE-PATCH----3HIGH-I-BLK----1 80 1 3 1 1 1 7 LOW J 3 1 BLKBDY GLUE-PATCH----4LOW--J-BLK----3 81 1 10 1 131 1 1 LOW K 1 1 BLKBDY GLUE-PATCH----5LOW--K-BLK----1 82 6 15 1 131 6 6 HIGH K 11 1 BLKBDY GLUE-PATCH----6HIGH-K-BLK---11 83 1 9 10 10 1 7 HIGH J 2 1 BLKBDY GLUE-PATCH----7HIGH-J-BLK----2 84 1 1 1 9 1 7 LOW I 13 1 BLKBDY GLUE-PATCH----8LOW--I-BLK---13 85 129 131 10 10 1 7 HIGH J 2 1 BLKBDY GLUE-PATCH----9HIGH-J-BLK----2 86 1 3 1 1 1 7 LOW J 5 1 BLKBDY GLUE-PATCH---10LOW--J-BLK----5 87 1 131 1 10 1 1 LOW K 2 1 BLKBDY GLUE-PATCH---11LOW--K-BLK----2 88 6 15 1 131 1 1 LOW K 7 1 BLKBDY GLUE-PATCH---12LOW--K-BLK----7 89 10 10 1 10 1 7 HIGH I 3 1 BLKBDY GLUE-PATCH---13HIGH-I-BLK----3 90 1 10 126 126 1 7 HIGH J 12 1 BLKBDY GLUE-PATCH---14HIGH-J-BLK---12 91 1 3 10 10 1 7 HIGH J 3 1 BLKBDY GLUE-PATCH---15HIGH-J-BLK----3 92 1 1 129 131 1 7 LOW I 4 1 BLKBDY GLUE-PATCH---16LOW--I-BLK----4 93 1 3 1 10 1 1 LOW K 3 1 BLKBDY GLUE-PATCH---17LOW--K-BLK----3 94 16 25 129 131 6 6 HIGH K 11 1 BLKBDY GLUE-PATCH---18HIGH-K-BLK---11 95 1 1 1 9 1 7 LOW I 4 1 BLKBDY GLUE-PATCH---19LOW--I-BLK----4 96 10 10 1 9 1 7 HIGH I 12 1 BLKBDY GLUE-PATCH---20HIGH-I-BLK---12 97 1 10 1 131 1 1 LOW K 4 1 BLKBDY GLUE-PATCH---21LOW--K-BLK----4 98 26 35 1 131 6 6 HIGH K 11 1 BLKBDY GLUE-PATCH---22HIGH-K-BLK---11 99 10 10 1 10 1 7 HIGH I 5 1 BLKBDY GLUE-PATCH---23HIGH-I-BLK----5 100 1 10 126 126 1 7 HIGH J 13 1 BLKBDY GLUE-PATCH---24HIGH-J-BLK---13 101 1 3 10 10 1 7 HIGH J 5 1 BLKBDY GLUE-PATCH---25HIGH-J-BLK----5 102 1 1 129 131 1 7 LOW I 6 1 BLKBDY GLUE-PATCH---26LOW--I-BLK----6 103 1 3 1 10 7 7 HIGH K 5 1 BLKBDY GLUE-PATCH---27HIGH-K-BLK----5 104 16 25 129 131 1 1 LOW K 7 1 BLKBDY GLUE-PATCH---28LOW--K-BLK----7 105 1 10 1 131 7 7 HIGH K 6 1 BLKBDY GLUE-PATCH---29HIGH-K-BLK----6 106 26 35 1 131 1 1 LOW K 7 1 BLKBDY GLUE-PATCH---30LOW--K-BLK----7 107 1 1 1 9 1 7 LOW I 6 1 BLKBDY GLUE-PATCH---31LOW--I-BLK----6 108 10 10 1 9 1 7 HIGH I 13 1 BLKBDY GLUE-PATCH---32HIGH-I-BLK---13 109 1 40 1 131 6 6 HIGH K 7 1 BLKBDY GLUE-PATCH---33HIGH-K-BLK----7 110 1 40 1 131 1 1 LOW K 8 1 BLKBDY GLUE-PATCH---34LOW--K-BLK----8 111 16 25 1 9 1 1 LOW K 7 1 BLKBDY GLUE-PATCH---35LOW--K-BLK----7 112 1 10 1 9 7 7 HIGH K 13 1 BLKBDY GLUE-PATCH---36HIGH-K-BLK---13 113 1 40 1 131 1 1 HIGH K 8 1 BLKBDY GLUE-PATCH---37HIGH-K-BLK----8 114 1 40 1 131 1 1 LOW K 9 1 BLKBDY GLUE-PATCH---38LOW--K-BLK----9 115 1 40 1 131 3 3 HIGH K 9 1 BLKBDY GLUE-PATCH---39HIGH-K-BLK----9 116 1 40 1 131 1 1 LOW K 10 1 BLKBDY GLUE-PATCH---40LOW--K-BLK---10 117 1 40 1 131 1 1 HIGH K 10 1 BLKBDY GLUE-PATCH---41HIGH-K-BLK---10 118 1 40 1 131 1 1 LOW K 11 1 BLKBDY GLUE-PATCH---42LOW--K-BLK---11 119 16 25 1 9 6 6 HIGH K 11 1 BLKBDY GLUE-PATCH---43HIGH-K-BLK---11 120 1 10 1 9 1 1 LOW K 12 1 BLKBDY GLUE-PATCH---44LOW--K-BLK---12 121 1 10 1 126 1 7 12 1 SOLCON SOLCON_GRAF 122 1 10 1 126 1 7 13 1 SOLCON SOLCON_GRAF 123 1 40 1 131 1 3 9 2 SOLCON SOLCON_MEMB 124 1 40 1 131 1 6 7 1 POROUS POROUS 125 1 40 1 131 1 1 8 1 POROUS POROUS 126 1 40 1 131 1 1 10 1 POROUS POROUS 127 1 40 1 131 1 6 11 1 POROUS POROUS 128 1 10 1 131 1 7 1 1 USER3D USER3D_A 129 1 10 1 10 1 7 3 1 USER3D USER3D_A 130 1 10 1 131 1 7 4 1 USER3D USER3D_A 131 1 40 1 131 1 1 10 1 USER3D USER3D_A 132 1 40 1 131 1 6 11 1 USER3D USER3D_A 133 1 131 1 10 1 7 2 1 USER3D USER3D_C 134 1 10 1 10 1 7 5 1 USER3D USER3D_C 135 1 10 1 131 1 7 6 1 USER3D USER3D_C 136 1 40 1 131 1 6 7 1 USER3D USER3D_C 137 1 40 1 131 1 1 8 1 USER3D USER3D_C 138 1 10 1 131 1 7 1 1 USER3D USER3D_CHA 139 1 10 1 10 1 7 3 1 USER3D USER3D_CHA 140 1 10 1 131 1 7 4 1 USER3D USER3D_CHA 141 1 131 1 10 1 7 2 1 USER3D USER3D_CHC 142 1 10 1 10 1 7 5 1 USER3D USER3D_CHC 143 1 10 1 131 1 7 6 1 USER3D USER3D_CHC 144 1 40 1 131 1 1 10 1 USER3D USER3D_CLA 145 1 40 1 131 1 1 8 1 USER3D USER3D_CLC 146 1 40 1 131 1 1 10 1 USER3D USER3D_ME_A 147 1 40 1 131 1 6 11 1 USER3D USER3D_ME_A 148 1 40 1 131 1 6 7 1 USER3D USER3D_ME_C 149 1 40 1 131 1 1 8 1 USER3D USER3D_ME_C NO. OF INTERBLOCK BOUNDARIES = 22 INTER-BLOCK BOUNDARY NO. 1 1ST. PATCH NAME = GLUE-PATCH----1HIGH-I-BLK----1 2ND. PATCH NAME = GLUE-PATCH----2LOW--I-BLK---12 ORIENTATION CHANGE = HIGH I HIGH J HIGH K INTER-BLOCK BOUNDARY NO. 2 1ST. PATCH NAME = GLUE-PATCH----3HIGH-I-BLK----1 2ND. PATCH NAME = GLUE-PATCH----4LOW--J-BLK----3 ORIENTATION CHANGE = HIGH J LOW I HIGH K INTER-BLOCK BOUNDARY NO. 3 1ST. PATCH NAME = GLUE-PATCH----5LOW--K-BLK----1 2ND. PATCH NAME = GLUE-PATCH----6HIGH-K-BLK---11 ORIENTATION CHANGE = HIGH I HIGH J HIGH K INTER-BLOCK BOUNDARY NO. 4 1ST. PATCH NAME = GLUE-PATCH----7HIGH-J-BLK----2 2ND. PATCH NAME = GLUE-PATCH----8LOW--I-BLK---13 ORIENTATION CHANGE = HIGH J HIGH I LOW K INTER-BLOCK BOUNDARY NO. 5 1ST. PATCH NAME = GLUE-PATCH----9HIGH-J-BLK----2 2ND. PATCH NAME = GLUE-PATCH---10LOW--J-BLK----5 ORIENTATION CHANGE = LOW I HIGH J LOW K INTER-BLOCK BOUNDARY NO. 6 1ST. PATCH NAME = GLUE-PATCH---11LOW--K-BLK----2 2ND. PATCH NAME = GLUE-PATCH---12LOW--K-BLK----7 ORIENTATION CHANGE = HIGH J HIGH I LOW K INTER-BLOCK BOUNDARY NO. 7 1ST. PATCH NAME = GLUE-PATCH---13HIGH-I-BLK----3 2ND. PATCH NAME = GLUE-PATCH---14HIGH-J-BLK---12 ORIENTATION CHANGE = LOW J HIGH I HIGH K INTER-BLOCK BOUNDARY NO. 8 1ST. PATCH NAME = GLUE-PATCH---15HIGH-J-BLK----3 2ND. PATCH NAME = GLUE-PATCH---16LOW--I-BLK----4 ORIENTATION CHANGE = LOW J HIGH I HIGH K INTER-BLOCK BOUNDARY NO. 9 1ST. PATCH NAME = GLUE-PATCH---17LOW--K-BLK----3 2ND. PATCH NAME = GLUE-PATCH---18HIGH-K-BLK---11 ORIENTATION CHANGE = LOW J HIGH I HIGH K INTER-BLOCK BOUNDARY NO. 10 1ST. PATCH NAME = GLUE-PATCH---19LOW--I-BLK----4 2ND. PATCH NAME = GLUE-PATCH---20HIGH-I-BLK---12 ORIENTATION CHANGE = HIGH I HIGH J HIGH K INTER-BLOCK BOUNDARY NO. 11 1ST. PATCH NAME = GLUE-PATCH---21LOW--K-BLK----4 2ND. PATCH NAME = GLUE-PATCH---22HIGH-K-BLK---11 ORIENTATION CHANGE = HIGH I HIGH J HIGH K INTER-BLOCK BOUNDARY NO. 12 1ST. PATCH NAME = GLUE-PATCH---23HIGH-I-BLK----5 2ND. PATCH NAME = GLUE-PATCH---24HIGH-J-BLK---13 ORIENTATION CHANGE = LOW J HIGH I HIGH K INTER-BLOCK BOUNDARY NO. 13 1ST. PATCH NAME = GLUE-PATCH---25HIGH-J-BLK----5 2ND. PATCH NAME = GLUE-PATCH---26LOW--I-BLK----6 ORIENTATION CHANGE = LOW J HIGH I HIGH K INTER-BLOCK BOUNDARY NO. 14 1ST. PATCH NAME = GLUE-PATCH---27HIGH-K-BLK----5 2ND. PATCH NAME = GLUE-PATCH---28LOW--K-BLK----7 ORIENTATION CHANGE = LOW J HIGH I HIGH K INTER-BLOCK BOUNDARY NO. 15 1ST. PATCH NAME = GLUE-PATCH---29HIGH-K-BLK----6 2ND. PATCH NAME = GLUE-PATCH---30LOW--K-BLK----7 ORIENTATION CHANGE = HIGH I HIGH J HIGH K INTER-BLOCK BOUNDARY NO. 16 1ST. PATCH NAME = GLUE-PATCH---31LOW--I-BLK----6 2ND. PATCH NAME = GLUE-PATCH---32HIGH-I-BLK---13 ORIENTATION CHANGE = HIGH I HIGH J HIGH K INTER-BLOCK BOUNDARY NO. 17 1ST. PATCH NAME = GLUE-PATCH---33HIGH-K-BLK----7 2ND. PATCH NAME = GLUE-PATCH---34LOW--K-BLK----8 ORIENTATION CHANGE = HIGH I HIGH J HIGH K INTER-BLOCK BOUNDARY NO. 18 1ST. PATCH NAME = GLUE-PATCH---35LOW--K-BLK----7 2ND. PATCH NAME = GLUE-PATCH---36HIGH-K-BLK---13 ORIENTATION CHANGE = HIGH I HIGH J HIGH K INTER-BLOCK BOUNDARY NO. 19 1ST. PATCH NAME = GLUE-PATCH---37HIGH-K-BLK----8 2ND. PATCH NAME = GLUE-PATCH---38LOW--K-BLK----9 ORIENTATION CHANGE = HIGH I HIGH J HIGH K INTER-BLOCK BOUNDARY NO. 20 1ST. PATCH NAME = GLUE-PATCH---39HIGH-K-BLK----9 2ND. PATCH NAME = GLUE-PATCH---40LOW--K-BLK---10 ORIENTATION CHANGE = HIGH I HIGH J HIGH K INTER-BLOCK BOUNDARY NO. 21 1ST. PATCH NAME = GLUE-PATCH---41HIGH-K-BLK---10 2ND. PATCH NAME = GLUE-PATCH---42LOW--K-BLK---11 ORIENTATION CHANGE = HIGH I HIGH J HIGH K INTER-BLOCK BOUNDARY NO. 22 1ST. PATCH NAME = GLUE-PATCH---43HIGH-K-BLK---11 2ND. PATCH NAME = GLUE-PATCH---44LOW--K-BLK---12 ORIENTATION CHANGE = HIGH I HIGH J HIGH K SUMMARY OF GRID QUALITY MAX VALUE MIN VALUE ORTHOG. DEVIATION 5.34E+00 2.50E-06 GRID EXPANSION 2.67E+00 1.03E+00 CELL VOLUME 1.38E-11 2.86E-13 SKEW RATIO 1.04E+00 1.00E+00 TWIST ANGLE 5.71E+00 0.00E+00 TAPER RATIO 1.08E+00 1.00E+00 REAL BOUNDARY CONDITIONS *** ALL WALLS HAVE DEFAULT BOUNDARY CONDITIONS *** *** OF ZERO VELOCITY *** *** AND ZERO HEAT FLUX *** *** ALL CONDUCTING BOUNDARIES HAVE DEFAULT BOUNDARY CONDITIONS *** *** OF ZERO HEAT FLUX *** CFX-4.4 finished on Mon Oct 11 10:06:08 2004 |
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