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Fluent RPvar list for molar-weight

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Old   February 18, 2011, 04:07
Default Fluent RPvar list for molar-weight
  #1
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Pierre-Louis Schmitt
Join Date: Jan 2011
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Hello,

I'm now making a UDF on which I have to use the molar-weight of some species.

Does anyone know the name of the corresponding Rpvar like in the sequences
RP_Get_Real("operating-pressure") or is there a list of all the accessible variables in Fluent

Thanks a lot.
Pilou
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Old   February 18, 2011, 07:02
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  #2
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Martin Knob
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...this is for Fluent 6.3:

(sizing-function/max-resolution 30)
(sizing-function/resolution 1)
(dynamesh/collapse/skew-max 0.9)
(smooth-mesh/min-skew 0.8)
(adapt/coarsen/marker/visible? #t)
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(adapt/refine/marker/visible? #t)
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(adapt/refine/cell/filled? #f)
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(wetsteam/amg-beta 0.7)
(wetsteam/amg-alpha 0.1)
(wetsteam/relax 0.1)
(wetsteam/solve? #t)
(mixing-plane/reduce-backflow? #f)
(mixing-plane/ave-method 0)
(mixing-plane/verbos-t-enthalpy? #f)
(mixing-plane/conserve-t-enthalpy? #f)
(mixing-plane/verbos-swirl? #f)
(mixing-plane/conserve-swirl? #f)
(mixing-plane/fix-pressure-level? #f)
(mixing-plane/omega 1)
(mixing-planes ())
(mfinlet/allow-reverse-flow? #t)
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(pinlet/enhanced-backflow? #f)
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(ignition/fuel-species "")
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(ignition/knock? #f)
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(ignition/off? #t)
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(spark/fixed-sphere? #f)
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(spark/y-height 0.002)
(spark/x-height 0.002)
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(spark/radius 0.002)
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(spark/y-loc 0)
(spark/x-loc 0)
(spark/off? #t)
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(crevice/unit-roundoff 1e-06)
(crevice/relax 0.8)
(crevice/exit-pressure 101325)
(crevice/mid-gap-cd 0.7)
(crevice/pressures (101325 101325 101325 101325 101325))
(crevice/bot-ring-gap (1e-05 1e-05 1e-05))
(crevice/mid-ring-gap (4e-06 4e-06 4e-06))
(crevice/top-ring-gap (1e-05 1e-05 1e-05))
(crevice/land-length (0.00391 0.00391 0.00391))
(crevice/ring-spacing (0.00391 0.00391 0.00391))
(crevice/ring-mass (0.00375 0.00375 0.00375))
(crevice/ring-thickness (0.002 0.002 0.002))
(crevice/ring-width (0.00375 0.00375 0.00375))
(crevice/piston-bore-clearance 5.08e-05)
(crevice/sector-angle 360)
(crevice/piston-temperature 400)
(crevice/output-file "crev.out")
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(acoustics/auto-prune? #t)
(acoustics/interior-list ())
(acoustics/write-only? #f)
(acoustics/write? #f)
(acoustics/source-files ())
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(acoustics/frequency 1)
(models/timer-cutoff 0.1)
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(electric-conductivity/enabled? #f)
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(save-cell-residuals? #f)
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(hide-cell/max-skewness 0.98)
(hide-cell/thread-pairs ())
(virtual-cells ())
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(turbo-search/method (1))
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(turbo/zones/theta-max ())
(turbo/zones/theta-min ())
(turbo/zones/shroud ())
(turbo/zones/hub ())
(turbo/topology-list ())
(turbo? #f)
(network/history-file "")
(save-network-history? #f)
(oned/library-case "")
(oned/library-name "none")
(glass-model? #f)
(shell/ignore-partition-check? #f)
(in-plane/zero-dir (0 1 0))
(heatxc/inlet-temp/urf 0.8)
(heatxc/cross-flow? #t)
(heatxc/groups ())
(heatxc/geom ())
(heatxc/ntu-approach? #t)
(heatxc/sv-ratio 1)
(heatxc/verbosity 0)
(heatxc/models (("default-model" (0.8 0.3 0.08 6 0.2 8 -0.5) ((1 1 0.67)))))
(heatxc/on? #f)
(case-file-units "si")
(airpak-specific? #f)
(temperature/split-source-by-ratio? #f)
(atm-ht-v5? #f)
(planar-conduction? #f)
(init-fans? #f)
(icepak? #f)
(monitor/commands ())
(monitor/volume ())
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(monitor/surfaces ())
(statistics/window -1)
(statistics/plot? #f)
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(statistics/monitors #f)
(fmon/cm/rvz 0)
(fmon/cm/rvy 0)
(fmon/cm/rvx 0)
(fmon/cm/about-axis "Z-Axis")
(fmon/cm/window -1)
(fmon/cm/per-zone? #f)
(fmon/cm/plot? #f)
(fmon/cm/file-name "cm-history")
(fmon/cm/write? #f)
(fmon/cm/print? #f)
(fmon/cm/data? #f)
(fmon/cm/thread-list ())
(fmon/cl/fvz 0)
(fmon/cl/fvy 1)
(fmon/cl/fvx 0)
(fmon/cl/window -1)
(fmon/cl/per-zone? #f)
(fmon/cl/plot? #f)
(fmon/cl/file-name "cl-history")
(fmon/cl/write? #f)
(fmon/cl/print? #f)
(fmon/cl/data? #f)
(fmon/cl/thread-list ())
(fmon/cd/window -1)
(fmon/cd/fvz 0)
(fmon/cd/fvy 0)
(fmon/cd/fvx 1)
(fmon/cd/per-zone? #f)
(fmon/cd/plot? #f)
(fmon/cd/file-name "cd-history")
(fmon/cd/write? #f)
(fmon/cd/print? #f)
(fmon/cd/data? #f)
(fmon/cd/thread-list ())
(file-write/particle-vars ())
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(autosave/frequency/case 0)
(soot/inlet-diffusion? #t)
(soot/two-magnus 4)
(soot/two-beta 8e-14)
(soot/two-alpha 100000)
(soot/two-activ-energ 90000)
(soot/two-exp 2.32e+17)
(soot/two-linear 1e-15)
(soot/two-branch 100)
(soot/two-limit 1e-10)
(soot/one-magnus 4)
(soot/one-activ-energ 20000)
(soot/one-equi-max 3)
(soot/one-equi-min 1.67)
(soot/one-equi-exp 3)
(soot/one-cf 1.5)
(soot/oxid-soot "")
(soot/fuel-soot "")
(soot/fuel-stoich 3.6363)
(soot/soot-stoich 2.6667)
(soot/soot-mean-dens 2000)
(soot/soot-mean-diam 2.2e-08)
(soot/radio-soot-general? #f)
(soot/radio-soot-none? #t)
(soot/two-step? #f)
(soot/one-step? #f)
(sox/h-oh-f (2.2e+10 -2 0))
(sox/so-o-r (1.90546e+14 0 124404))
(sox/so-o-f (8.70965e+09 -1.8 0))
(sox/sh-h-r (8.66961e+14 0 91247))
(sox/sh-h-f (1096.48 0 0))
(sox/so-o2-r (1663410 0 18189))
(sox/so-o2-f (446683 0 6458))
(sox/h2s-o-r (9.88553e+08 0 14420))
(sox/h2s-o-f (4365.16 0 3298))
(sox/sh-o-r (2.98539e+09 0 40484))
(sox/sh-o-f (3.54814e+08 0 642))
(sox/so-oh-r (7.6913e+09 0 28358))
(sox/so-oh-f (1.62181e+08 0 613))
(sox/h2s-oh-r (31045600 0 29111))
(sox/h2s-oh-f (138.039 0 894))
(sox/h2s-h-r (9375620 0 14940))
(sox/h2s-h-f (18197000 0 1788))
(sox/so3-o-r (100 0 9500))
(sox/so3-o-f (1200000 0 9500))
(sox/so2-o-r (7.41e+14 -1 82689))
(sox/so2-o-f (363 0 -1000))
(sox/h2-h-ratio 1)
(sox/h-o-ratio 0.5)
(sox/product-intermed? #f)
(sox/product-so3? #f)
(sox/fuel-chars-h2s-frac 0)
(sox/fuel-chars-so2-frac 1)
(sox/fuel-chars-convfrac 1)
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(sox/fuel-volts-convfrac 1)
(sox/fuel-fuels-h2s-frac 1)
(sox/fuel-fuels-so2-frac 0)
(sox/fuel-fuels-convfrac 1)
(sox/fuel-char-s-to 0)
(sox/fuel-s-intermediate 0)
(sox/fuel-ys-char 0)
(sox/fuel-ys-volatile 0)
(sox/fuel-ys-fuel 0)
(sox/fuel-species "")
(sox/fuel-type 1)
(sox/oh-mode 1)
(sox/o-mode 0)
(sox/turbulent-pdf-hot #f)
(sox/turbulent-nint 10)
(sox/turbulent-spe1 "")
(sox/turbulent-mode 0)
(sox/turbulent? #f)
(sox/inlet-diffusion? #t)
(sox/user-replace? #f)
(sox/user-sox? #f)
(nox/sncr-urea-n2o-m-f (6.9e+17 -2.5 64760))
(nox/sncr-urea-n2o-oh-f (2000000 0 10000))
(nox/sncr-urea-nco-oh-f (10000000 0 0))
(nox/sncr-urea-nco-no-f (10000000 0 -390))
(nox/sncr-urea-hnco-m-f (2.4e+08 0.85 68000))
(nox/sncr-urea-decomp-2 (61300 0 20980))
(nox/sncr-urea-decomp-1 (12700 0 15540))
(nox/sncr-nh3-no-f2 (0.35 7.65 125300))
(nox/sncr-nh3-n2-f2 (424 5.3 83600))
(nox/sncr-nh3-no-f (2.21e+14 0 38160))
(nox/sncr-nh3-n2-f (2.45e+14 0 29400))
(nox/reburn-oh-h2-r (452000 1.6 80815))
(nox/reburn-oh-h2-f (102000 1.6 13802))
(nox/reburn-ch1-peq-ch0 (580000 -2.64 -77077))
(nox/reburn-ch1-peq-ch1 (63000000 -3.33 15090))
(nox/reburn-ch1-peq-ch2 (0 0 0))
(nox/reburn-ch2-peq-ch0 (1.3e+08 -2.64 -77077))
(nox/reburn-ch2-peq-ch1 (1.4e+10 -3.33 15090))
(nox/reburn-ch2-peq-ch2 (2300000 -1.54 27977))
(nox/reburn-ch3-peq-ch0 (2.1e+10 -2.64 -77077))
(nox/reburn-ch3-peq-ch1 (2.3e+12 -3.33 15090))
(nox/reburn-ch3-peq-ch2 (3.7e+08 -1.54 27977))
(nox/reburn-ch4-peq-ch0 (3.06e+11 -2.64 -77077))
(nox/reburn-ch4-peq-ch1 (3.31e+13 -3.33 15090))
(nox/reburn-ch4-peq-ch2 (5.3e+09 -1.54 27977))
(nox/reburn-ch3-no (200000 0 0))
(nox/reburn-ch2-no (1400000 0 550))
(nox/reburn-ch1-no (1e+08 0 0))
(nox/n2opath-n2o-no1-r (1.45e-29 9.259 11651))
(nox/n2opath-n2o-no1-f (29000000 0 11651))
(nox/n2opath-n2-n2o-r (4e+08 0 28234))
(nox/n2opath-n2-n2o-f (4.44e+32 -8.358 28234))
(nox/fuel-char-no (230 0 34100))
(nox/fuel-nh3-no-r (1.8e+08 0 27000))
(nox/fuel-nh3-no-f (4000000 0 32000))
(nox/fuel-hcn-no-r (3e+12 0 60000))
(nox/fuel-hcn-no-f (1e+10 0 67000))
(nox/prompt-no (6400000 0 72500))
(nox/thermal-oh-pe (212.9 -0.57 4595))
(nox/thermal-o-fe (397000 -0.5 31090))
(nox/thermal-o-pe (36.64 0.5 27123))
(nox/thermal-z3-r (1.7e+08 0 24560))
(nox/thermal-z3-f (71000000 0 450))
(nox/thermal-z2-r (3810 1 20820))
(nox/thermal-z2-f (18000 1 4680))
(nox/thermal-z1-r (38000000 0 425))
(nox/thermal-z1-f (1.8e+08 0 38370))
(nox/urea-to-hnco-frac 0.45)
(nox/urea-to-nh3-frac 0.55)
(nox/urea-decomp-model 0)
(nox/sncr-co-shift-const (17.5 68))
(nox/sncr-co-shift? #f)
(nox/sncr-o2vf-limit 0)
(nox/sncr-temp-max 1373)
(nox/sncr-temp-min 1073)
(nox/sncr-chem-model 1)
(nox/sncr-pdf-f-reagent 1)
(nox/sncr-pdf-stream-id 1)
(nox/sncr-species "")
(nox/sncr-injection-type 0)
(nox/reburn-modhcn-rate 0.0004)
(nox/reburn-modno-rate 0.0004)
(nox/reburn-fuel-species-list ())
(nox/reburn-fuel-species "")
(nox/reburn-fuel-type 0)
(nox/reburn-model 0)
(nox/n2opath-oh-mode 0)
(nox/n2opath-o-mode 0)
(nox/n2opath-n2o-model 0)
(nox/fuel-nh3-switch 1)
(nox/fuel-charn-nh3-frac 0)
(nox/fuel-charn-hcn-frac 0)
(nox/fuel-charn-nox-frac 1)
(nox/fuel-charn-convfrac 1)
(nox/fuel-char-n-to 3)
(nox/fuel-bet-area 25000)
(nox/fuel-yn-char 0)
(nox/fuel-yn-volatile 0)
(nox/fuel-yn-fuel 0)
(nox/fuel-voltn-nh3-frac 0)
(nox/fuel-voltn-hcn-frac 1)
(nox/fuel-voltn-nox-frac 0)
(nox/fuel-voltn-convfrac 1)
(nox/fuel-fueln-nh3-frac 0)
(nox/fuel-fueln-hcn-frac 1)
(nox/fuel-fueln-nox-frac 0)
(nox/fuel-fueln-convfrac 1)
(nox/fuel-n-intermediate 2)
(nox/fuel-fuel-species "")
(nox/fuel-type 0)
(nox/prompt-equivalence-ratio 1)
(nox/prompt-carbon-number 1)
(nox/prompt-fuel-species-list ())
(nox/prompt-fuel-species "")
(nox/thermal-limit-switch 0)
(nox/thermal-oh-mode 0)
(nox/thermal-o-mode 0)
(nox/turbulent-pdf-hot #f)
(nox/turbulent-nint 10)
(nox/turbulent-spe1 "")
(nox/turbulent-mode 0)
(nox/turbulent? #f)
(nox/inlet-diffusion? #t)
(nox/sncr-udf-replace? #f)
(nox/n2opath-udf-replace? #f)
(nox/fuel-udf-replace? #f)
(nox/prompt-udf-replace? #f)
(nox/thermal-udf-replace? #f)
(nox/user-nox? #f)
(nox/sncr-nox? #f)
(nox/reburn-nox? #f)
(nox/n2opath-nox? #f)
(nox/fuel-nox? #f)
(nox/prompt-nox? #f)
(nox/thermal-nox? #f)
(nox/max-rbfuel-spec 5)
(nox/max-fuel-spec 10)
(pollut_soot/eq_start 12)
(pollut_sox/eq_start 7)
(pollut_nuclei/patch 0)
(pollut_soot/patch 0)
(pollut_so/patch 0)
(pollut_sh/patch 0)
(pollut_so3/patch 0)
(pollut_h2s/patch 0)
(pollut_so2/patch 0)
(pollut_nco/patch 0)
(pollut_hnco/patch 0)
(pollut_urea/patch 0)
(pollut_n2o/patch 0)
(pollut_nh3/patch 0)
(pollut_hcn/patch 0)
(pollut_no/patch 0)
(pollutant/patch (0 0 0 0 0 0 0 0 0 0 0 0 0 0))
(pollutant/default (0 0 0 0 0 0 0 0 0 0 0 0 0 0))
(pollutant/amg-stabilization (0 0 0 0 0 0 0 0 0 0 0 0 0 0))
(pollutant/amg-method (0 0 0 0 0 0 0 0 0 0 0 0 0 0))
(pollutant/cycle-type (0 0 0 0 0 0 0 0 0 0 0 0 0 0))
(pollutant/amg-beta (0.7 0.7 0.7 0.7 0.7 0.7 0.7 0.7 0.7 0.7 0.7 0.7 0.7 0.7))
(pollutant/amg-alpha (0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.1))
(pollutant/scheme (0 0 0 0 0 0 0 0 0 0 0 0 0 0))
(pollutant/relax (0.9 0.9 0.9 0.9 0.9 0.9 0.9 0.9 0.9 0.9 0.9 0.9 0.9 0.9))
(pollutant/solve? (#f #f #f #f #f #f #f #f #f #f #f #f #f #f))
(pollutant/active? (#f #f #f #f #f #f #f #f #f #f #f #f #f #f))
(dpm/latent-heat-at-boiling? #t)
(dpm/absolute-pressure? #t)
(dpm/raoult? #f)
(dpm/multicomponent-boiling? #t)
(dpm/cp-correction? #t)
(dpm/rkmulticomponent? #t)
(dpm/gauss-random 0.5)
(dpm/random-gauss? #t)
(dpm/uniform-random 0.5)
(dpm/random-uniform? #t)
(dpm/tracking-order-randomizations 0)
(dpm/rkvaporization? #f)
(dpm/minimum-vapor-fraction 0.01)
(dpm/virtual-mass-factor 0.5)
(dpm/pressure-force-explicit? #f)
(dpm/flush-sources-at-timestep? #t)
(dpm/fluid-flow-time-stepping? #t)
(dpm/create-particles-with-particle-time-step? #f)
(dpm/last-time-step 0)
(dpm/n-time-steps 1)
(dpm/time-step 0)
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Old   February 18, 2011, 07:03
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Martin Knob
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makula is on a distinguished road
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Old   February 18, 2011, 07:04
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Martin Knob
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(title "")
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Old   February 18, 2011, 07:05
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Martin Knob
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makula is on a distinguished road
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(ke-udf-wall? #f)
(ke-enh-wall? #f)
(ke-non-eqm #f)
(ke-std-wall? #t)
(sa-des-inlet-turb-i 0)
(sa-des-all-lengths-modified? #t)
(sa-des-maxedge? #t)
(rke-des-cdes 0.61)
(sst-des-cdes 0.61)
(sa-des-cdes 0.65)
(nut-imp-diff? #t)
(nut-prod-const 2)
(nut-prod-modify? #f)
(nut-kappa 0.41)
(nut-cw3 2)
(nut-cw2 0.3)
(nut-prt 0.667)
(nut-cv1 7.1)
(nut-cb2 0.622)
(nut-cb1 0.1355)
(vm-grid-scale 1.5)
(vm-ls-constant? #f)
(vm-n-travel 50)
(delta-time-sampled-wall 0)
(delta-time-sampled-heat-flux 0)
(delta-time-sampled-shear 0)
(delta-time-sampled 0)
(number-of-samples 0)
(save-time-statistics-species ())
(save-time-statistics-wall? #t)
(save-time-statistics-heat-flux? #t)
(save-time-statistics-shear? #t)
(save-time-statistics? #f)
(les-inlet-random? #f)
(les-utau-newton-iter? #t)
(les-enh-wall-fn? #t)
(les-ww-wall? #f)
(les-mixed-sgs-on? #f)
(les-dynamic-const-max 0.23)
(les-dynamic-const-clip? #t)
(les-dynamic-species-on? #f)
(les-dynamic-energy-on? #f)
(les-dynamic-smag-on? #f)
(les-dynamic-sgske-on? #f)
(les-sgske-on? #f)
(les-wale-sgs-on? #f)
(les-rng-sgs-on? #f)
(les-fvar-const 0.5)
(les-sgske-ceps 1)
(les-sgske-prt 1)
(les-sgske-visc-const 0.05)
(les-wale-const 0.325)
(les-rng-const 0.157)
(les-smag-const 0.1)
(les-2d? #f)
(les-cpld-diss-coeff 0.2)
(test-low-diffusion-inviscid-flux? #f)
(omega/nk 1)
(omega/nj 0)
(omega/ni 0)
(omega 0)
(residual-smoothing/iterations 0)
(residual-smoothing/factor 0.5)
(precon/n-update-uref2 10)
(mg/relax-spe 1)
(solid/relax 1)
(recon/bc-minmax-id 1)
(first-to-second-order-blending 1)
(cpld/consistent-viscous-linearization? #t)
(cpld/rdq 1)
(enable-beta-dbns-features? #f)
(cpld/aratio-cutoff 20)
(cpld/enable-newtimestep? #f)
(cpld/inlet-diffusion? #t)
(recon/lim/sigp 0.05)
(recon/lim/allneighbors? #f)
(recon/lim/method 6)
(recon/lim/newimpl? #f)
(cpld-lsq-ncycles 5)
(recon/cycle-vel-limit? #f)
(recon/lim/list-sort? #t)
(recon/lim/type 0)
(recon/enthalpy? #t)
(recon/density? #t)
(recon/cpld-use-lsq-deriv? #t)
(recon/node-grad-diffusion? #f)
(recon/node-boundary-lsq? #t)
(recon/node-scale-id 2)
(recon/node-cell-weight? #t)
(recon/node-weight-clip? #t)
(recon/node-all-lsq? #f)
(recon/node-gradient-lsq? #f)
(recon/density-node-lsq? #t)
(recon/pressure-node-based? #f)
(recon/pressure-node-lsq? #f)
(recon/cell-lsq/wf 2)
(recon/cell-lsq/cortype 1)
(recon/cell-lsq? #f)
(recon/node-lsq? #f)
(recon/length-based? #f)
(recon/limit/epsilon 0.01)
(recon/limit? #t)
(recon/k-exact? #f)
(recon/freeze? #f)
(recon/off? #f)
(export/icecore-hdf5/chunk-size 16328)
(export/icecore-hdf5/chunked-data? #t)
(export/icecore-hdf5/ziplevel -1)
(export/fieldview/filetype 3)
(export/abaqus/structural? #t)
(export/write-thermal-load? #f)
(export/vki-verbose? #f)
(export/write-structural-load? #t)
(export/ensight/functions ())
(export/ensight/filename "")
(export/ensight/phase 1)
(export/ensight/gold_binary? #t)
(export/ensight/transient/separate-file? #f)
(export/ensight/last-iter-no 0)
(export/ensight/transient? #f)
(export/ensight/fl-start-num 1)
(export/ensight/frequency 1)
(export/ensight/particle-time-values ())
(export/ensight/time-values ())
(export/functions ())
(export/filetype "CGNS")
(export/fem-map? #f)
(export/write-surfaces-only? #t)
(import/process-node-sets? #f)
(import/cfx-merge-tolerance 1e-08)
(visual-kinematics? #t)
(export/time-average-htc? #f)
(export/marked-cells? #f)
(fem-map/thread-id-list ())
(ms-levels/viscous-ta (#t #t #t #t))
(ms-levels/dissipation-ta (#t #t #t #t))
(ms-coefficients-ta (0.25 0.333333 0.5 1))
(ms-levels/viscous (#t #t #t #t #t))
(ms-levels/dissipation (#t #t #t #t #t))
(ms-coefficients (0.2075 0.5915 1))
(inviscid-flux-new? #f)
(dual-time/use-transient-scaling? #t)
(dual-time/use-prec? #t)
(residual-verbosity 0)
(flow-warnings? #t)
(limiter-warnings? #t)
(precondition? #t)
(time-step 0)
(physical-time-step 1)
(courant-number/implicit 5)
(courant-number/explicit 1)
(matching-tolerance 0.05)
(max-flow-time -1)
(flow-time 0)
(smooth-mesh/boundary-nodes? #f)
(smooth-mesh/method "skewness")
(smooth-mesh/only-marked-cells? #f)
(smooth-mesh/skew-max 0.9)
(smooth-mesh/relax 0.1)
(smooth-mesh/niter 4)
(draw/domain/list ())))
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Old   February 18, 2011, 08:37
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  #6
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Pierre-Louis Schmitt
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Thank you for the answer. As far as I understand this part concern the fluid material :
(materials ((air fluid (chemical-formula . #f) (density (constant . 1.225)) (specific-heat (constant . 1006.43) (polynomial piecewise-polynomial (100 1000 1161.4821 -2.3688189 0.014855111 -5.0349093e-05 9.9285696e-08 -1.1110966e-10 6.540196e-14 -1.5735877e-17) (1000 3000 -7069.8141 33.706051 -0.058127595 5.4216153e-05 -2.9366789e-08 9.2375332e-12 -1.5655534e-15 1.1123349e-19))) (thermal-conductivity (constant . 0.0242)) (viscosity (constant . 1.7894e-05) (sutherland 1.716e-05 273.11 110.56) (power-law 1.716e-05 273.11 0.666)) (molecular-weight (constant . 28.966)) (lennard-jones-length (constant . 3.711)) (lennard-jones-energy (constant . 78.6)) (thermal-accom-coefficient (constant . 0.9137)) (velocity-accom-coefficient (constant . 0.9137)) (therm-exp-coeff (constant . 0)) (degrees-of-freedom (constant . 0)) (speed-of-sound (none . #f))) (aluminum solid (chemical-formula . al) (density (constant . 2719)) (specific-heat (constant . 871)) (thermal-conductivity (constant . 202.4)) (formation-entropy (constant . 164448.08)) (electric-conductivity (constant . 35410000)) (magnetic-permeability (constant . 1.257e-06)))))

Do you have an idea of the command to extract the molecular weight in a UDF.

Thanks
Pilou
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Old   February 21, 2011, 03:08
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Martin Knob
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Sorry, gave you the list of all accessible rpvars;-)
For molecular weights I recommend you a #define directive- if you want the same data as in Fluent, you find them e.g. in fluent_directory//cpropep/data/thermo.dat;-)
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