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(cpld/temp-laplace-dissipation? #f)
(cpld/temp-laplace-dissipation-coeff 0.3)
(cpld/temp-flux-recompute-face-thermodynamic-state? #f)
(cpld/temp-pressure-discontinuity-sensor? #f)
(cpld/temp-pressure-discontinuity-sensor-jump-min 0.125)
(cpld/temp-pressure-discontinuity-sensor-jump-max 0.25)
(cpld/temp-pressure-discontinuity-sensor-relax-factor 1.)
(cpld/temp-pressure-discontinuity-sensor-extra-layers 1)
(cpld/temp-pressure-discontinuity-sensor-cfl? #f)
(cpld/temp-pressure-discontinuity-sensor-cfl-factor 0.5)
(cpld/temp-pressure-discontinuity-sensor-cfl-max 2.)
(cpld/temp-pressure-discontinuity-sensor-grad-reduction? #f)
(cpld/temp-pressure-discontinuity-sensor-grad-reduction-factor 1.)
(cpld/temp-high-speed-numerics-type 0)
(structure/partition-count 0)
(nonconformal/pl/n-modes 10)
(nonconformal/pl/method 1)
(nonconformal/pl/n-init-cycles 1)
(nonconformal/pl/relax 0.7)
(nonconformal/pl/n-signals 1)
(nonconformal/pl/signals ((1 0 1)))
(dynamesh/per/real-only? #t)
(dynamesh/per/dispx ())
(dynamesh/per/dispy ())
(dynamesh/per/dispz ())
(dynamesh/per/freq ())
(dynamesh/per/amp ())
(dynamesh/per/phase-angle ())
(residuals/window 0)
(pressure/coupled-velocity-delta-form? #t)
(fmu/para-unit ())
(fmu/para-value ())
(mp/reg-trans/gentop/clustering-method 0)
(mp/reg-trans/gentop/surface-tension-force-active? #t)
(mp/mt//area-influence-coeff 4.)
(omega/damping-deltan 0.001)
(omega/damping-cons 10.)
(omega/damping-activate? #f)
(omega/damping-lscale-method 0)
(prepdf/nonadia-fla-uniform-cold-grid? #t)
(dpm/low-order-intersection-factor 0.)
(dpm/subtet/hanging-node-compatibility? #t)
(dpm/spray-suite/madabhushi-smallest-diameter 5e-05)
(dpm/consider-transient-mesh-movement? #t)
(dpm/lowest-mass 5.236e-25)
(soot-mom/surf-soot-src-under-relax 0.1)
(soot-mom/max_iter_stiff_solver 2)
(sc/use-tref-in-htc-calculation? #f)
(turbo-temp-aero? #f)
(wall/nonorth-limiter? #f)
(wall/nonorth-limiter-fmin 0.5)
(wall/nonorth-limiter-fmax 0.7)
(strategy/solution-strategy/modifications ((type . list-class) (min-length . 0) (max-length . #f) (curr-length . 0) (member-vars)))
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(strategy/solution-strategy/before-init-modification ((type . struct-class) (members-state (active? (value . #f) (type . boolean-class)) (name (value . "Pre-Initialization") (type . string-class)) (command (value . "") (type . string-class)) (count (type . integer-class) (value . 0) (min . 0) (max . #f)))))
(strategy/initialization-strategy ((selection . init-from-case) (type . union-class) (members-state (init-from-case . #f) (init-from-data-file (type . file-class) (value . "") (remote-file? . #t) (file-pattern . "*.dat*")) (init-from-solution (selection . init-from-case) (type . union-class) (members-state (init-from-case . #f) (init-from-data-file (type . file-class) (value . "") (remote-file? . #t) (file-pattern . "*.dat*")))))))
(fluent-case-version 201)
(wetsteam/relax 0.1)
(mpm/variable-width-bands? #f)
(domains (((1 geom-domain mixture) (children) (material . air))))
(monitor/report-definitions (((name . "yplus-ave") (report-definition surface-facetavg (field . "y-plus") (old-props) (surface-ids 1) (surface-names walls) (per-surface? . #f) (average-over . 1) (phase . "mixture") (report-type . "") (retain-instantaneous-values? . #f))) ((name . "temp-ave") (report-definition surface-massavg (field . "temperature") (old-props) (surface-ids 2) (surface-names outlet) (per-surface? . #f) (average-over . 1) (phase . "mixture") (report-type . "") (retain-instantaneous-values? . #f))) ((name . "massflow") (report-definition flux-massflow (zone-ids 5 6 7) (zone-names inlet1 inlet2 outlet) (old-props) (per-zone? . #f) (average-over . 1) (phase . "mixture") (report-type . "") (retain-instantaneous-values? . #f)))))
(monitor/plotsets (((name . "yplus-ave-rplot") (plot-window . 1) (old-props) (frequency . 1) (flow-frequency . 1) (frequency-of . "iteration") (report-defs "yplus-ave") (print? . #f) (title . "") (x-label . "iteration") (y-label . "Facet Average of y-plus") (active? . #t) (plot-instantaneous-values? . #f)) ((name . "temp-ave-rplot") (plot-window . 2) (old-props) (frequency . 1) (flow-frequency . 1) (frequency-of . "iteration") (report-defs "temp-ave") (print? . #f) (title . "") (x-label . "iteration") (y-label . "Mass-Weighted Average of temperature") (active? . #t) (plot-instantaneous-values? . #f)) ((name . "massflow-rplot") (plot-window . 3) (old-props) (frequency . 1) (flow-frequency . 1) (frequency-of . "iteration") (report-defs "massflow") (print? . #f) (title . "") (x-label . "iteration") (y-label . "Mass Flow Rate") (active? . #t) (plot-instantaneous-values? . #f))))
(monitor/convergencesets ((frequency . 1) (condition . #f) (conv-reports ((name . "cond1") (old-props) (previous-values-to-consider . 20) (initial-values-to-ignore . 20) (iteration-at-creation-or-edit . 0) (stop-criterion . 0.0001) (report-defs . "temp-ave") (print? . #t) (active? . #t) (previous-values))) (check-for . #f)))
(graphics/contours (((name . "contour-1") (field . "velocity-magnitude") (filled? . #t) (boundary-values? . #t) (contour-lines? . #f) (node-values? . #t) (surfaces-list 4 3 0) (range-option auto-range-on (global-range? . #t)) (coloring smooth . #f) (color-map (visible? . #t) (size . 20) (color . "bgr") (log-scale? . #f) (format . "%0.2e") (user-skip . 1) (show-all . #t) (position . 1) (font-name . "Helvetica") (font-automatic . #t) (font-size . 0.032) (length . 0.54) (width . 6.)) (draw-mesh? . #f) (mesh-object . ""))))
(autosave/run-number 1)
(last-casefile-name "case.cas.h5")
(wetsteam/pseudo-relax 0.75)
(pseudo-transient-formulation? #t)
(dpm/subtet/ignore-acceleration-for-intersections? #t)
(dpm/subtet/reflect-pathlines-from-walls? #f)
(dpm/check-for-local-min-max? #f)
(amg-scalar/group-size-3d 6)
(amg/greedy-coarsening? #t)
(amg-coupled/greedy-coarsening? #t)
(amg-coupled/group-size-3d 6)
(prepdf/equil-exclude-species ("no" "no2" "n2o" "h2o<l>" "n" "nh" "nh2" "nh3" "nnh" "hcn" "hno" "cn" "h2cn" "hcnn" "hcno" "hocn" "hnco"))
(pdf/dynamic-fvar? #f)
(retheta/scheme 0)
(intermit/scheme 0)
(omega/default 87.81303161988511)
(omega/scheme 0)
(kl/scheme 0)
(k/default 0.0008823529424438472)
(k/scheme 0)
(mp/reg-trans/gentop/surface-force-off-non-gentop? #f)
(flow/scheme 24)
(species/isat-file "D:\Dropbox\my_lectures_course\turbulence\my_course_slices_docs\tutorials_fluent\tut6_3d_elbow\3dpipe_files\dp0\SYS\MECH\SYS")
(temperature/default 294.3264705935159)
(sigma-sbc 5.6696e-08)
(momentum/pbns/delta-form? #f)
(pressure/reference-choice 1)
(pressure/reference/method 0)
(pressure/flow-init-type 2)
(pressure/default -1.164153218269348e-10)
(time/parameters/hybrid-coefficient 0)
(time/incremental-time 1000.)
(z-velocity/default 3.759661782390122e-16)
(y-velocity/default 0.07058823561096164)
(x-velocity/default 0.3764705881296794)
(residuals/n-display 100)
(residuals/settings ((continuity #t 0. #t 0.001 0. 0.05) (x-velocity #t 0. #t 0.001 0. 0.05) (y-velocity #t 0. #t 0.001 0. 0.05) (z-velocity #t 0. #t 0.001 0. 0.05) (energy #t 0. #t 1e-06 0. 0.05) (k #t 0. #t 0.001 0. 0.05) (omega #t 0. #t 0.001 0. 0.05)))
(mesh/interpolate-in-time? #f)
(dynamesh/motion-history/basename "D:\Dropbox\my_lectures_course\turbulence\my_course_slices_docs\tutorials_fluent\tut6_3d_elbow\3dpipe_files\dp0\SYS\MECH\SYS")
(dynamesh/in-cyn/crank-period 10000000000.)
(dynamesh/in-cyn/crank-rpm 0.1666666666666667)
(dynamesh/remesh/repartition-interface-threshold 10.)
(dynamesh/remesh/repartition-interval 10)
(number-of-iterations 1000)
(nonconformal/auto-create/naming-option 0)
(materials ((water-liquid fluid (chemical-formula . h2o<l>) (density (constant . 998.2) (compressible-liquid 101325 998.2 2200000000. 7.15 1.1 0.9)) (specific-heat (constant . 4182) (polynomial piecewise-linear (280 . 4201) (300 . 4181) (320 . 4181) (340 . 4188) (360 . 4202) (373 . 4216) (380 . 4224) (400 . 4256) (420 . 4299) (440 . 4357) (460 . 4433) (480 . 4533) (500 . 4664) (520 . 4838) (540 . 5077) (560 . 5424) (580 . 5969))) (latent-heat (constant . 2263073)) (vaporization-temperature (constant . 284)) (boiling-point (constant . 373)) (volatile-fraction (constant . 1)) (binary-diffusivity (film-averaged (averaging-coefficient 0.3333) (film-diffusivity (polynomial piecewise-linear (273 . 2.2e-05) (300 . 2.59e-05) (313 . 2.92e-05) (350 . 3.4e-05) (373 . 3.8e-05) (400 . 4.29e-05) (450 . 5.28e-05) (473 . 5.76e-05)) (constant . 3.05e-05))) (constant . 3.05e-05)) (thermal-conductivity (constant . 0.6)) (viscosity (constant . 0.001003)) (dpm-surften (constant . 0.0719404) (polynomial piecewise-polynomial (50 641 0.0649503 0.000246819 -9.28884e-07 6.01831e-10))) (vapor-pressure (polynomial piecewise-linear (273 . 610) (274 . 657) (275 . 706) (280 . 1002) (284 . 1329) (290 . 1937) (295 . 2658) (300 . 3565) (307 . 5316) (310 . 6275) (315 . 7974) (320 . 10612) (325 . 13289) (330 . 17308) (340 . 26579) (350 . 41877) (356 . 53158) (360 . 62498) (370 . 90935) (371 . 94295) (372 . 97757) (373 . 101000) (393 . 202000) (425 . 505000) (453 . 1000000) (486 . 2000000) (507 . 3000000) (537 . 5000000) (584 . 10000000) (615 . 15000000) (639 . 20000000) (647.14 . 22064000)) (constant . 2658)) (molecular-weight (constant . 18.0152)) (species-phase (constant . 1)) (formation-enthalpy (constant . -285841220.)) (reference-temperature (constant . 298)) (lennard-jones-length (constant . 1.)) (lennard-jones-energy (constant . 100.)) (formation-entropy (constant . 69902.211)) (therm-exp-coeff (constant . 0)) (speed-of-sound (none . #f))) (air fluid (chemical-formula . #f) (density (constant . 1.225) (compressible-liquid 101325 1.225 142000. 1 1.1 0.9)) (specific-heat (constant . 1006.43) (polynomial piecewise-polynomial (100 1000 1161.48214452351 -2.36881890191577 0.0148551108358867 -5.03490927522584e-05 9.9285695564579e-08 -1.11109658897742e-10 6.54019600406048e-14 -1.57358768447275e-17) (1000 3000 -7069.81410143802 33.7060506468204 -0.0581275953375815 5.42161532229608e-05 -2.936678858119e-08 9.237533169567681e-12 -1.56555339604519e-15 1.11233485020759e-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 . 78.59999999999999)) (thermal-accom-coefficient (constant . 0.9137)) (velocity-accom-coefficient (constant . 0.9137)) (formation-entropy (constant . 194336)) (reference-temperature (constant . 298.15)) (critical-pressure (constant . 3758000.)) (critical-temperature (constant . 132.3)) (acentric-factor (constant . 0.033)) (critical-volume (constant . 0.002857)) (therm-exp-coeff (constant . 0)) (speed-of-sound (none . #f))) (aluminum solid (chemical-formula . al) (density (constant . 2719)) (specific-heat (constant . 871)) (atomic-number (constant . 13)) (thermal-conductivity (constant . 202.4)) (formation-entropy (constant . 164448.08)) (electric-conductivity (constant . 35410000.)) (magnetic-permeability (constant . 1.257e-06)) (struct-youngs-modulus (constant . 70000000000.)) (struct-poisson-ratio (constant . 0.32)))))
(partition/auto/mwp-cell-zone-info (2 10))
(parallel/si-cleanup-interval 20)
(parallel/separate-and-order 0)
(parallel/nprocs_string "4")
(parallel/function "fluent 3ddp -r21.1.0   -ic=default -node -t4")
(case-config ((rp-seg? . #t) (rp-acoustics? . #f) (rp-atm? . #f) (rp-axi? . #f) (rp-des? . #f) (rp-dpm-cache? . #f) (rp-dpm-cache-serial? . #f) (rp-unsteady? . #f) (rp-dual-time? . #f) (rp-amg? . #f) (rf-energy? . #t) (rp-hvac? . #f) (rp-inviscid? . #f) (rp-ke? . #f) (rp-kklw? . #f) (rp-kw? . #t) (rp-lam? . #f) (rp-les? . #f) (rp-structure? . #f) (rp-structure-damping? . #f) (rp-structure-linear? . #f) (rp-structure-nonlinear? . #f) (rp-structure-time? . #f) (rp-lsf? . #f) (rp-net? . #f) (rp-react? . #f) (rp-sa? . #f) (rp-sas? . #f) (rp-sge? . #f) (rp-spe? . #f) (rp-spe-part? . #f) (rp-potential? . #f) (rp-lithium? . #f) (rp-electro-chem? . #f) (rp-spe-site? . #f) (rp-spe-surf? . #f) (rp-transition-model . none) (rp-trans-one-eqn? . #f) (rp-trans-sst? . #f) (rp-trb-scl? . #t) (rp-turb? . #t) (rp-absorbing-media? . #f) (rp-visc? . #t) (rp-v2f? . #f) (sg-cylindrical? . #f) (sg-disco? . #f) (sg-montecarlo? . #f) (sg-bee-gees? . #f) (sg-crev? . #f) (sg-dpm? . #f) (sg-dqmom-iem? . #f) (sg-dtrm? . #f) (sg-dynmesh? . #f) (sg-overset? . #f) (sg-ecfm? . #f) (sg-geqn? . #f) (sg-hg? . #f) (sg-inert? . #f) (sg-ignite? . #f) (sg-network? . #f) (sg-node-udm? . #f) (sg-noniterative? . #f) (sg-nox? . #f) (sg-melt? . #f) (sg-micro-mix? . #f) (sg-mphase? . #f) (sg-p1? . #f) (rp-sootspecies? . #f) (sg-par-premix? . #f) (sg-pb? . #f) (sg-pdf? . #f) (sg-pdf-transport? . #f) (sg-premixed? . #f) (sg-pull? . #f) (sg-rosseland? . #f) (sg-rsm? . #f) (sg-s2s? . #f) (sg-soot? . #f) (sg-sox? . #f) (sg-spark? . #f) (sg-swirl? . #f) (sg-twotemp? . #f) (sg-udm? . #f) (sg-uds? . #f) (sg-addon? . #f) (sg-addon-loaded? . #f) (sg-vfr? . #f) (sg-solar? . #f) (sg-wetsteam? . #f) (sg-moistair? . #f) (sg-wallfilm? . #f) (hyb-init? . #t) (rp-spe-surf-rc? . #f) (rp-3d? . #t) (rp-double? . #t) (rp-graphics? . #t) (rp-host? . #t) (rp-thread? . #f) (dpm-cache? . #t) (rp-wallfilm? . #t)))
(reference-thread 2)
(synthetic-turb-generator-nk 21)
(synthetic-turb-generator-q 0.9)
(delta-time-sampled-dpm-volfrac 0.)
(delta-time-sampled-species (0.))
(export/cgns-hdf5? #f)
(cfd-post-mesh-info ((0 0 (solid) (inlet1 velocity-inlet solid) (inlet2 velocity-inlet solid) (outlet pressure-outlet solid) (walls wall solid) (symmetry symmetry solid))))
(context/current-r17+ ("coupled-pseudo-transient" "default"))
(context/map-r17+ (("default" 0 (lambda () #t) (lambda () #f) #f) ("update derivatives after flow-solve" 90 (lambda () (rpgetvar 'context/auto-detect?)) (lambda () #t) (mom/update-derivatives-after-flow-solve? #t boolean #f #t #t)) ("pseudo-transient IF (single-phase) PBNS steady" 100 (lambda () (and (rpgetvar 'context/auto-detect?) (not (cdr (assq 'sg-mphase? (%rp-config #f)))) (cdr (assq 'rp-seg? (%rp-config #f))) (not (cdr (assq 'rp-unsteady? (%rp-config #f)))))) (lambda () #t) (pseudo-transient-formulation? #t boolean #f #t #f ("Pseudo transient formulation:                    ~a" (("enabled" . #t) ("disabled" . #f))))) ("NOT pseudo-transient IF (single-phase) transient" 120 (lambda () (and (rpgetvar 'context/auto-detect?) (not (cdr (assq 'sg-mphase? (%rp-config #f)))) (cdr (assq 'rp-unsteady? (%rp-config #f))))) (lambda () #t) (pseudo-transient-formulation? #f boolean #f #f #f ("Pseudo transient formulation:                    ~a" (("enabled" . #t) ("disabled" . #f))))) ("compr. enh. num. + press.-cpld. F cycle IF (single-phase) PBNS" 130 (lambda () (and (rpgetvar 'context/auto-detect?) (not (cdr (assq 'sg-mphase? (%rp-config #f)))) (cdr (assq 'rp-seg? (%rp-config #f))))) (lambda () #t) (compress/enhanced-numerics/on? #t boolean #f #t #t) (pressure-coupled/cycle-type 3 integer #f 3 3 ("Multigrid cycle type for the pressure coupled:   ~a" ((0 . "Flexible") (1 . "V-Cycle") (2 . "W-Cycle") (3 . "F-Cycle"))))) ("HOTR IF (single-phase) except PBNS Transient" 140 (lambda () (and (rpgetvar 'context/auto-detect?) (not (cdr (assq 'sg-mphase? (%rp-config #f)))) (not (and (cdr (assq 'rp-seg? (%rp-config #f))) (cdr (assq 'rp-unsteady? (%rp-config #f))))))) (lambda () #t) (recon/relax/relax? #t boolean #f #t #f ("HOTR:                                            ~a" (("enabled" . #t) ("disabled" . #f))))) ("coupled IF (single-phase) PBNS steady" 150 (lambda () (and (rpgetvar 'context/auto-detect?) (not (cdr (assq 'sg-mphase? (%rp-config #f)))) (cdr (assq 'rp-seg? (%rp-config #f))) (not (cdr (assq 'rp-unsteady? (%rp-config #f)))))) (lambda () #t) (density/relax 0.5 real #f 0.5 1 ("Under-Relaxation Factor for density              ~a")) (density/pseudo-relax 0.5 real #f 0.5 1.) (flow/scheme 24 integer #f 24 20 ("P-V coupling method:                             ~a" (("SIMPLE" . 20) ("SIMPLEC" . 21) ("PISO" . 22) ("Fractional Step" . 25) ("Coupled" . 24) ("Phase Coupled SIMPLE" . 23) ("Phase Coupled PISO" . 30))))) ("simpleC IF (single-phase) PBNS transient" 170 (lambda () (and (rpgetvar 'context/auto-detect?) (not (cdr (assq 'sg-mphase? (%rp-config #f)))) (cdr (assq 'rp-seg? (%rp-config #f))) (cdr (assq 'rp-unsteady? (%rp-config #f))))) (lambda () #t) (pressure/relax 0.8 real #f 0.8 0.3 ("Under-Relaxation Factor for pressure:            ~a")) (mom/relax 0.7 real #f 0.7 0.7 ("Under-Relaxation Factor for momentum:            ~a")) (simplec/skew-iter 1 integer #f 1 0 ("Skewness Correction for SIMPLEC                  ~a")) (density/relax 1 real #f 1 1 ("Under-Relaxation Factor for density              ~a")) (density/pseudo-relax 1 real #f 1 1.) (pressure-coupled/courant-number 10000000000. real #f 10000000000. 200. ("CFL number for the coupled flow equation system: ~a")) (flow/scheme 21 integer #f 21 20 ("P-V coupling method:                             ~a" (("SIMPLE" . 20) ("SIMPLEC" . 21) ("PISO" . 22) ("Fractional Step" . 25) ("Coupled" . 24) ("Phase Coupled SIMPLE" . 23) ("Phase Coupled PISO" . 30))))) ("impl. Cou. num. IF (single-phase) DBNS incompressible" 180 (lambda () (and (rpgetvar 'context/auto-detect?) (not (cdr (assq 'sg-mphase? (%rp-config #f)))) (not (cdr (assq 'rp-seg? (%rp-config #f)))) (not (is-compressible?)))) (lambda () #t) (courant-number/implicit 1000 real #f 1000 5. ("CFL value for the implicit dbns coupled solver:  ~a"))) ("impl. Cou. num. IF (single-phase) DBNS transient compressible" 200 (lambda () (and (rpgetvar 'context/auto-detect?) (not (cdr (assq 'sg-mphase? (%rp-config #f)))) (not (cdr (assq 'rp-seg? (%rp-config #f)))) (cdr (assq 'rp-unsteady? (%rp-config #f))) (is-compressible?))) (lambda () #t) (courant-number/implicit 50 real #f 50 5. ("CFL value for the implicit dbns coupled solver:  ~a"))) ("PRESTO! IF (single-phase) PBNS steady buoyant OR swirl" 210 (lambda () (and (rpgetvar 'context/auto-detect?) (not (cdr (assq 'sg-mphase? (%rp-config #f)))) (cdr (assq 'rp-seg? (%rp-config #f))) (not (cdr (assq 'rp-unsteady? (%rp-config #f)))) (or (and (cdr (assq 'rp-axi? (%rp-config #f))) (cdr (assq 'sg-swirl? (%rp-config #f)))) (have-boussinesq?)))) (lambda () #t) (pressure/scheme 14 integer #f 14 12 ("Spatial discretization for pressure:             ~a" (("First Order Upwind" . 0) ("Second Order Upwind" . 1) ("Power Law" . 2) ("Central Differencing" . 3) ("QUICK" . 4) ("Modified HRIC" . 5) ("Third-Order MUSCL" . 6) ("Bounded Central Differencing" . 7) ("CICSAM" . 8) ("Low Diffusion Second Order" . 9) ("Standard" . 10) ("Linear" . 11) ("Second Order" . 12) ("Body Force Weighted" . 13) ("PRESTO!" . 14) ("Continuity Based" . 15) ("Geo-Reconstruct" . 16) ("Donor-Acceptor" . 17) ("SIMPLE" . 20) ("SIMPLEC" . 21) ("PISO" . 22) ("Phase Coupled SIMPLE" . 23) ("Coupled" . 24) ("Fractional Step" . 25) ("Compressive" . 28) ("BGM" . 29) ("Phase Coupled PISO" . 30))))) ("PRESTO! IF sing.-eq. multi-phase" 230 (lambda () (and (rpgetvar 'context/auto-detect?) (let ((sgm (cdr (assq 'sg-mphase? (%rp-config #f))))) (and sgm (or (eq? 'drift-flux sgm) (eq? 'homogeneous sgm) (eq? 'vof sgm)))))) (lambda () #t) (pressure/scheme 14 integer #f 14 12 ("Spatial discretization for pressure:             ~a" (("First Order Upwind" . 0) ("Second Order Upwind" . 1) ("Power Law" . 2) ("Central Differencing" . 3) ("QUICK" . 4) ("Modified HRIC" . 5) ("Third-Order MUSCL" . 6) ("Bounded Central Differencing" . 7) ("CICSAM" . 8) ("Low Diffusion Second Order" . 9) ("Standard" . 10) ("Linear" . 11) ("Second Order" . 12) ("Body Force Weighted" . 13) ("PRESTO!" . 14) ("Continuity Based" . 15) ("Geo-Reconstruct" . 16) ("Donor-Acceptor" . 17) ("SIMPLE" . 20) ("SIMPLEC" . 21) ("PISO" . 22) ("Phase Coupled SIMPLE" . 23) ("Coupled" . 24) ("Fractional Step" . 25) ("Compressive" . 28) ("BGM" . 29) ("Phase Coupled PISO" . 30))))) ("Flow: transient; DPM: coupled" 10 (lambda () (and (cdr (assq 'rp-unsteady? (%rp-config #f))) (cdr (assq 'sg-dpm? (%rp-config #f))))) (lambda () (or (cdr (assq 'sg-dpm? (%rp-config #f))) (dpm-bcs-available?))) (dpm/sources-every-flow-iteration? #t boolean #f #t #f ("Update DPM source terms every flow iteration?:   ~a" (("enabled" . #t) ("disabled" . #f))))) ("Flow: transient; DPM: unsteady, coupled" 12 (lambda () (and (cdr (assq 'sg-dpm? (%rp-config #f))) (and (cdr (assq 'rp-unsteady? (%rp-config #f))) (rpgetvar 'dpm/unsteady-tracking?)))) (lambda () (or (cdr (assq 'sg-dpm? (%rp-config #f))) (dpm-bcs-available?))) (dpm/relax 0.9 real #f 0.9 0.5 ("DPM source terms under-relaxation factor:        ~a"))) ("DPM: Unsteady" 14 (lambda () (rpgetvar 'dpm/unsteady-tracking?)) (lambda () (or (cdr (assq 'sg-dpm? (%rp-config #f))) (dpm-bcs-available?))) (dpm/max-steps 500 integer #f 500 50000 ("DPM maximum number of steps:                     ~a"))) ("VOF: Implicit and Steady State" 16 (lambda () (and (eq? (cdr (assq 'sg-mphase? (%rp-config #f))) 'vof) (not (cdr (assq 'rp-unsteady? (%rp-config #f)))) (eqv? (rpgetvar 'mp/scheme-type) 0))) (lambda () #t) (flow/scheme 24 integer #f 24 20 ("P-V coupling method:                             ~a" (("SIMPLE" . 20) ("SIMPLEC" . 21) ("PISO" . 22) ("Fractional Step" . 25) ("Coupled" . 24) ("Phase Coupled SIMPLE" . 23) ("Phase Coupled PISO" . 30)))) (pseudo-transient-formulation? #t boolean #f #t #f ("Pseudo transient for steady state VOF:           ~a" (("enabled" . #t) ("disabled" . #f))))) ("Wall Film: EWF with DPM collection" 18 (lambda () (if (and (rp-3d?) (cdr (assq 'rp-wallfilm? (%rp-config #f)))) (and (cdr (assq 'sg-wallfilm? (%rp-config #f))) (dpm-bcs-available?)) #f)) (lambda () (if (and (rp-3d?) (cdr (assq 'rp-wallfilm? (%rp-config #f)))) (let* ((film-vars (rpgetvar 'wall-film/model-parameters)) (dpm-collection? (cdr (assq 'dpm-collection? film-vars))) (dpm-splashing? (cdr (assq 'dpm-splashing? film-vars))) (sg-wallfilm? (cdr (assq 'sg-wallfilm? (%rp-config #f))))) (or (not sg-wallfilm?) (and dpm-collection? dpm-splashing?))) #f)) (dpm/orourke-splash-fraction? #f boolean #f #f #t ("O'Rourke splash fraction formulation:            ~a" (("enabled" . #t) ("disabled" . #f)))) (dpm/splash-pdf-tail-limiting? #f boolean #f #f #t ("Splash PDF distribution tail limiting:           ~a" (("enabled" . #t) ("disabled" . #f))))) ("MP: NITA defaults" 20 (lambda () (and (equal? (cdr (assq 'sg-mphase? (%rp-config #f))) 'multi-fluid) (eqv? (rpgetvar 'flow/scheme) 23) (cdr (assq 'sg-noniterative? (%rp-config #f))))) (lambda () #f) (piso/neighbor-option 1 integer #f 1 0 ("Piso neighbor option:                            ~a")) (piso/neighbor-add-option 1 integer #f 1 0 ("Piso neighbor add option:                        ~a")) (piso/neighbor-iter 2 integer #f 2 1 ("Piso neighbor iterations:                        ~a")) (mp/vof-piso-corrector? #t boolean #f #t #f ("Multiphase Piso vof corrector:                   ~a" (("enabled" . #t) ("disabled" . #f))))) ("MP: NITA defaults r182a" 22 (lambda () (and (equal? (cdr (assq 'sg-mphase? (%rp-config #f))) 'multi-fluid) (eqv? (rpgetvar 'flow/scheme) 23) (cdr (assq 'sg-noniterative? (%rp-config #f))))) (lambda () #f) (pressure/max-iter 0 integer #f 0 10 ("Pressure skewness correction:                    ~a"))) ("MP: NITA defaults r190" 26 (lambda () (and (equal? (cdr (assq 'sg-mphase? (%rp-config #f))) 'multi-fluid) (eqv? (rpgetvar 'flow/scheme) 23) (cdr (assq 'sg-noniterative? (%rp-config #f))) (eqv? (rpgetvar 'mp/scheme-type) 0))) (lambda () #f) (mp/max-iter 1 integer #f 1 5 ("Max. no. of MP NITA sub iterations:              ~a"))) ("MP: NITA: override mp/max-iter from 'defaults r190' with higher number if mp/vof-piso-corrector is Off" 30 (lambda () (and (equal? (cdr (assq 'sg-mphase? (%rp-config #f))) 'multi-fluid) (eqv? (rpgetvar 'flow/scheme) 23) (cdr (assq 'sg-noniterative? (%rp-config #f))) (eqv? (rpgetvar 'mp/scheme-type) 0) (not (rpgetvar 'mp/vof-piso-corrector?)))) (lambda () #f) (mp/max-iter 5 integer #f 5 5 ("Max. no. of MP NITA sub iterations:              ~a"))) ("MP: NITA defaults r192" 27 (lambda () (and (equal? (cdr (assq 'sg-mphase? (%rp-config #f))) 'multi-fluid) (eqv? (rpgetvar 'flow/scheme) 23) (cdr (assq 'sg-noniterative? (%rp-config #f))))) (lambda () #f) (pressure/explicit-relax 0.5 real #f 0.5 1 ("Explicit Relaxation Factor for Pressure:         ~a")) (mom/explicit-relax 0.7 real #f 0.7 1. ("Explicit Relaxation Factor for Momentum:         ~a"))) ("DPM with NITA" 24 (lambda () (cdr (assq 'sg-noniterative? (%rp-config #f)))) (lambda () (and (cdr (assq 'sg-dpm? (%rp-config #f))) (dpm-bcs-available?))) (dpm/relax 1. real #f 1. 0.5 ("DPM source term under-relaxation factor:         ~a"))) ("Aggressive NITA" 240 (lambda () (and (cdr (assq 'sg-noniterative? (%rp-config #f))) (rpgetvar 'nita/aggressive?) (not (equal? (cdr (assq 'sg-mphase? (%rp-config #f))) 'multi-fluid)))) (lambda () #f) (pressure/max-iter 0 integer #f 0 10 ("Max. no. of Pressure NITA sub iterations:             ~a")) (mom/max-iter 1 integer #f 1 5 ("Max. no. of Momentum NITA sub iterations:             ~a")) (temperature/max-iter 1 integer #f 1 5 ("Max. no. of Temperature NITA sub iterations:          ~a")) (enthalpy/max-iter 1 integer #f 1 5 ("Max. no. of Enthalpy sub iterations:                  ~a")) (mp/max-iter 1 integer #f 1 5 ("Max. no. of Multiphase NITA sub iterations:           ~a")) (potential/max-iter 1 integer #f 1 5 ("Max. no. of Potential NITA sub iterations:            ~a")) (dqmom-iem/max-iter 1 integer #f 1 5 ("Max. no. of DQMOM NITA sub iterations:                ~a")) (granular-temperature/max-iter 1 integer #f 1 5 ("Max. no. of Granular-Temperature NITA sub iterations: ~a")) (w-swirl/max-iter 1 integer #f 1 5 ("Max. no. of Swirl NITA sub iterations:                ~a")) (nut/max-iter 1 integer #f 1 5 ("Max. no. of Turbulence(NU) NITA sub iterations:       ~a")) (k/max-iter 1 integer #f 1 5 ("Max. no. of Turbulence(K) NITA sub iterations:        ~a")) (epsilon/max-iter 1 integer #f 1 5 ("Max. no. of Turbulence(Epsilon) NITA sub iterations:  ~a")) (v2/max-iter 1 integer #f 1 5 ("Max. no. of Turbulence(V2) NITA sub iterations:       ~a")) (f/max-iter 1 integer #f 1 5 ("Max. no. of Turbulence(f) NITA sub iterations:        ~a")) (kl/max-iter 1 integer #f 1 5 ("Max. no. of Turbulence(kl) NITA sub iterations:       ~a")) (omega/max-iter 1 integer #f 1 5 ("Max. no. of Turbulence(Omega) NITA sub iterations:    ~a")) (intermit/max-iter 1 integer #f 1 5 ("Max. no. of Turbulence(Intermit) NITA sub iterations: ~a")) (retheta/max-iter 1 integer #f 1 5 ("Max. no. of Turbulence(retheta) NITA sub iterations:  ~a")) (drsm/max-iter 1 integer #f 1 5 ("Max. no. of Turbulence(drsm) NITA sub iterations:     ~a")) (fmean/max-iter 1 integer #f 1 5 ("Max. no. of fmean NITA sub iterations:                ~a")) (fmean2/max-iter 1 integer #f 1 5 ("Max. no. of fmean2 NITA sub iterations:               ~a")) (fvar/max-iter 1 integer #f 1 5 ("Max. no. of fvar NITA sub iterations:                 ~a")) (fvar2/max-iter 1 integer #f 1 5 ("Max. no. of fvar2 NITA sub iterations:                ~a")) (premixc/max-iter 1 integer #f 1 5 ("Max. no. of Premix NITA sub iterations:               ~a")) (premix-g-eqn/max-iter 1 integer #f 1 5 ("Max. no. of Premix-G-Eq NITA sub iterations:          ~a")) (premix-g-var/max-iter 1 integer #f 1 5 ("Max. no. of Premix-G-Var NITA sub iterations:         ~a")) (pdftss/max-iter 1 integer #f 1 5 ("Max. no. of PDF-tss NITA sub iterations:              ~a")) (pull/max-iter 1 integer #f 1 5 ("Max. no. of Pollutant NITA sub iterations:            ~a")) (soot-mom/max-iter 1 integer #f 1 5 ("Max. no. of Soots NITA sub iterations:                ~a")) (tvar/max-iter 1 integer #f 1 5 ("Max. no. of Tvar NITA sub iterations:                 ~a")) (pressure/amg-alpha 0.01 real #f 0.01 0.1 ("Multigrid termination for the pressure:               ~a")) (pressure/cycle-type 3 integer #f 3 1 ("Multigrid cycle type for the pressure:                ~a" ((0 . "Flexible") (1 . "V-Cycle") (2 . "W-Cycle") (3 . "F-Cycle")))) (flow/scheme 25 integer #f 25 20 ("Flow Scheme is:                                       ~a" (("SIMPLE" . 20) ("SIMPLEC" . 21) ("PISO" . 22) ("Fractional Step" . 25) ("Coupled" . 24) ("Phase Coupled SIMPLE" . 23) ("Phase Coupled PISO" . 30)))) (nita/flux/extrapolate? #t boolean #f #t #f ("Mass flux extrapolation:                              ~a" (("enabled" . #t) ("disabled" . #f))))) ("constant density NITA" 241 (lambda () (and (cdr (assq 'sg-noniterative? (%rp-config #f))) (eqv? (rpgetvar 'nita/single-phase/hybrid/option) 1) (not (cdr (assq 'sg-mphase? (%rp-config #f)))))) (lambda () #t) (pressure/max-iter 0 integer #f 0 10 ("Max. no. of Pressure NITA sub iterations:             ~a")) (mom/max-iter 1 integer #f 1 5 ("Max. no. of Momentum NITA sub iterations:             ~a")) (temperature/max-iter 1 integer #f 1 5 ("Max. no. of Temperature NITA sub iterations:          ~a")) (enthalpy/max-iter 1 integer #f 1 5 ("Max. no. of Enthalpy sub iterations:                  ~a")) (w-swirl/max-iter 1 integer #f 1 5 ("Max. no. of Swirl NITA sub iterations:                ~a")) (nut/max-iter 1 integer #f 1 5 ("Max. no. of Turbulence(NU) NITA sub iterations:       ~a")) (k/max-iter 1 integer #f 1 5 ("Max. no. of Turbulence(K) NITA sub iterations:        ~a")) (epsilon/max-iter 1 integer #f 1 5 ("Max. no. of Turbulence(Epsilon) NITA sub iterations:  ~a")) (v2/max-iter 1 integer #f 1 5 ("Max. no. of Turbulence(V2) NITA sub iterations:       ~a")) (f/max-iter 1 integer #f 1 5 ("Max. no. of Turbulence(f) NITA sub iterations:        ~a")) (kl/max-iter 1 integer #f 1 5 ("Max. no. of Turbulence(kl) NITA sub iterations:       ~a")) (omega/max-iter 1 integer #f 1 5 ("Max. no. of Turbulence(Omega) NITA sub iterations:    ~a")) (intermit/max-iter 1 integer #f 1 5 ("Max. no. of Turbulence(Intermit) NITA sub iterations: ~a")) (retheta/max-iter 1 integer #f 1 5 ("Max. no. of Turbulence(retheta) NITA sub iterations:  ~a")) (drsm/max-iter 1 integer #f 1 5 ("Max. no. of Turbulence(drsm) NITA sub iterations:     ~a")) (fmean/max-iter 1 integer #f 1 5 ("Max. no. of fmean NITA sub iterations:                ~a")) (fmean2/max-iter 1 integer #f 1 5 ("Max. no. of fmean2 NITA sub iterations:               ~a")) (fvar/max-iter 1 integer #f 1 5 ("Max. no. of fvar NITA sub iterations:                 ~a")) (fvar2/max-iter 1 integer #f 1 5 ("Max. no. of fvar2 NITA sub iterations:                ~a")) (premixc/max-iter 1 integer #f 1 5 ("Max. no. of Premix NITA sub iterations:               ~a")) (premix-g-eqn/max-iter 1 integer #f 1 5 ("Max. no. of Premix-G-Eq NITA sub iterations:          ~a")) (premix-g-var/max-iter 1 integer #f 1 5 ("Max. no. of Premix-G-Var NITA sub iterations:         ~a")) (pdftss/max-iter 1 integer #f 1 5 ("Max. no. of PDF-tss NITA sub iterations:              ~a")) (pull/max-iter 1 integer #f 1 5 ("Max. no. of Pollutant NITA sub iterations:            ~a")) (soot-mom/max-iter 1 integer #f 1 5 ("Max. no. of Soots NITA sub iterations:                ~a")) (tvar/max-iter 1 integer #f 1 5 ("Max. no. of Tvar NITA sub iterations:                 ~a")) (pressure/cycle-type 3 integer #f 3 1 ("Multigrid cycle type for the pressure:                ~a" ((0 . "Flexible") (1 . "V-Cycle") (2 . "W-Cycle") (3 . "F-Cycle")))) (pressure/amg-alpha 0.01 real #f 0.01 0.1 ("Multigrid termination for the pressure:               ~a")) (mom/residual-tolerance 0.001 real #f 0.001 0.0001 ("Residual-tolerance for momentum:                 ~a")) (pressure/residual-tolerance 0.01 real #f 0.01 0.0001 ("Residual-tolerance for pressure:                 ~a")) (temperature/residual-tolerance 0.001 real #f 0.001 0.0001 ("Residual-tolerance for temperature:              ~a")) (enthalpy/residual-tolerance 0.001 real #f 0.001 0.0001 ("Residual-tolerance for enthalpy:                 ~a")) (w-swirl/residual-tolerance 0.001 real #f 0.001 0.0001 ("Residual-tolerance for w-swirl:                  ~a")) (nut/residual-tolerance 0.001 real #f 0.001 0.0001 ("Residual-tolerance for turbulence (nu):          ~a")) (k/residual-tolerance 0.001 real #f 0.001 0.0001 ("Residual-tolerance for turbulence (k):           ~a")) (epsilon/residual-tolerance 0.001 real #f 0.001 0.0001 ("Residual-tolerance for turbulence (epsilon):     ~a")) (v2/residual-tolerance 0.001 real #f 0.001 0.0001 ("Residual-tolerance for turbulence (V2):          ~a")) (f/residual-tolerance 0.001 real #f 0.001 0.0001 ("Residual-tolerance for turbulence (f):           ~a")) (kl/residual-tolerance 0.001 real #f 0.001 0.0001 ("Residual-tolerance for turbulence (kl):          ~a")) (omega/residual-tolerance 0.001 real #f 0.001 0.0001 ("Residual-tolerance for turbulence (Omega):       ~a")) (intermit/residual-tolerance 0.001 real #f 0.001 0.0001 ("Residual-tolerance for turbulence (Intermit):    ~a")) (retheta/residual-tolerance 0.001 real #f 0.001 0.0001 ("Residual-tolerance for turbulence (retheta):     ~a")) (drsm/residual-tolerance 0.001 real #f 0.001 0.0001 ("Residual-tolerance for turbulence (drsm):       ~a")) (flow/scheme 25 integer #f 25 20 ("Flow Scheme is:                                       ~a" (("SIMPLE" . 20) ("SIMPLEC" . 21) ("PISO" . 22) ("Fractional Step" . 25) ("Coupled" . 24) ("Phase Coupled SIMPLE" . 23) ("Phase Coupled PISO" . 30)))) (nita/flux/extrapolate? #t boolean #f #t #f ("Mass flux extrapolation:                              ~a" (("enabled" . #t) ("disabled" . #f)))) (nita/residual-tolerance/iter 2 integer #f 2 1 ("Number of iterations with residual-tolerance:         ~a")) (nita/outer-iter 2 integer #f 2 1 ("Max. no. of outer iterations:                         ~a")) (mom/relax 1 real #f 1 0.7 ("Under-relaxation for momentum             ~a")) (pressure/relax 1 real #f 1 0.3 ("Under-relaxation for pressure             ~a")) (w-swirl/relax 1 real #f 1 0.9 ("Under-relaxation for swirl                ~a")) (nut/relax 1 real #f 1 0.8 ("Under-relaxation for turbulence(nut)      ~a")) (k/relax 1 real #f 1 0.8 ("Under-relaxation for turbulence(k)        ~a")) (epsilon/relax 1 real #f 1 0.8 ("Under-relaxation for turbulence(epsilon)  ~a")) (v2/relax 1 real #f 1 0.8 ("Under-relaxation for turbulence(v2)       ~a")) (f/relax 1 real #f 1 0.8 ("Under-relaxation for turbulence(f)        ~a")) (kl/relax 1 real #f 1 0.8 ("Under-relaxation for turbulence(kl)       ~a")) (omega/relax 1 real #f 1 0.8 ("Under-relaxation for turbulence(omega)    ~a")) (intermit/relax 1 real #f 1 0.8 ("Under-relaxation for turbulence(intermit) ~a")) (retheta/relax 1 real #f 1 0.8 ("Under-relaxation for turbulence(retheta)  ~a")) (drsm/relax 1 real #f 1 0.5 ("Under-relaxation for turbulence(dtrsm)    ~a"))) ("variable density NITA" 242 (lambda () (and (cdr (assq 'sg-noniterative? (%rp-config #f))) (eqv? (rpgetvar 'nita/single-phase/hybrid/option) 2) (not (cdr (assq 'sg-mphase? (%rp-config #f)))))) (lambda () #t) (pressure/max-iter 0 integer #f 0 10 ("Max. no. of Pressure NITA sub iterations:             ~a")) (mom/max-iter 1 integer #f 1 5 ("Max. no. of Momentum NITA sub iterations:             ~a")) (temperature/max-iter 1 integer #f 1 5 ("Max. no. of Temperature NITA sub iterations:          ~a")) (enthalpy/max-iter 1 integer #f 1 5 ("Max. no. of Enthalpy sub iterations:                  ~a")) (species/max-iter (1) integer-list #f (1) (5) ("Max. no. of Species  sub iterations:                  ~a")) (w-swirl/max-iter 1 integer #f 1 5 ("Max. no. of Swirl NITA sub iterations:                ~a")) (nut/max-iter 1 integer #f 1 5 ("Max. no. of Turbulence(NU) NITA sub iterations:       ~a")) (k/max-iter 1 integer #f 1 5 ("Max. no. of Turbulence(K) NITA sub iterations:        ~a")) (epsilon/max-iter 1 integer #f 1 5 ("Max. no. of Turbulence(Epsilon) NITA sub iterations:  ~a")) (v2/max-iter 1 integer #f 1 5 ("Max. no. of Turbulence(V2) NITA sub iterations:       ~a")) (f/max-iter 1 integer #f 1 5 ("Max. no. of Turbulence(f) NITA sub iterations:        ~a")) (kl/max-iter 1 integer #f 1 5 ("Max. no. of Turbulence(kl) NITA sub iterations:       ~a")) (omega/max-iter 1 integer #f 1 5 ("Max. no. of Turbulence(Omega) NITA sub iterations:    ~a")) (intermit/max-iter 1 integer #f 1 5 ("Max. no. of Turbulence(Intermit) NITA sub iterations: ~a")) (retheta/max-iter 1 integer #f 1 5 ("Max. no. of Turbulence(retheta) NITA sub iterations:  ~a")) (drsm/max-iter 1 integer #f 1 5 ("Max. no. of Turbulence(drsm) NITA sub iterations:     ~a")) (fmean/max-iter 1 integer #f 1 5 ("Max. no. of fmean NITA sub iterations:                ~a")) (fmean2/max-iter 1 integer #f 1 5 ("Max. no. of fmean2 NITA sub iterations:               ~a")) (fvar/max-iter 1 integer #f 1 5 ("Max. no. of fvar NITA sub iterations:                 ~a")) (fvar2/max-iter 1 integer #f 1 5 ("Max. no. of fvar2 NITA sub iterations:                ~a")) (premixc/max-iter 1 integer #f 1 5 ("Max. no. of Premix NITA sub iterations:               ~a")) (premix-g-eqn/max-iter 1 integer #f 1 5 ("Max. no. of Premix-G-Eq NITA sub iterations:          ~a")) (premix-g-var/max-iter 1 integer #f 1 5 ("Max. no. of Premix-G-Var NITA sub iterations:         ~a")) (pdftss/max-iter 1 integer #f 1 5 ("Max. no. of PDF-tss NITA sub iterations:              ~a")) (pull/max-iter 1 integer #f 1 5 ("Max. no. of Pollutant NITA sub iterations:            ~a")) (soot-mom/max-iter 1 integer #f 1 5 ("Max. no. of Soots NITA sub iterations:                ~a")) (tvar/max-iter 1 integer #f 1 5 ("Max. no. of Tvar NITA sub iterations:                 ~a")) (pressure/cycle-type 3 integer #f 3 1 ("Multigrid cycle type for the pressure:                ~a" ((0 . "Flexible") (1 . "V-Cycle") (2 . "W-Cycle") (3 . "F-Cycle")))) (pressure/amg-alpha 0.01 real #f 0.01 0.1 ("Multigrid termination for the pressure       :        ~a")) (mom/residual-tolerance 0.001 real #f 0.001 0.0001 ("Residual-tolerance for momentum:                 ~a")) (pressure/residual-tolerance 0.01 real #f 0.01 0.0001 ("Residual-tolerance for pressure:                 ~a")) (temperature/residual-tolerance 0.001 real #f 0.001 0.0001 ("Residual-tolerance for temperature:              ~a")) (enthalpy/residual-tolerance 0.001 real #f 0.001 0.0001 ("Residual-tolerance for enthalpy:                 ~a")) (w-swirl/residual-tolerance 0.001 real #f 0.001 0.0001 ("Residual-tolerance for w-swirl:                  ~a")) (nut/residual-tolerance 0.001 real #f 0.001 0.0001 ("Residual-tolerance for turbulence (nu):          ~a")) (k/residual-tolerance 0.001 real #f 0.001 0.0001 ("Residual-tolerance for turbulence (k):           ~a")) (epsilon/residual-tolerance 0.001 real #f 0.001 0.0001 ("Residual-tolerance for turbulence (epsilon):     ~a")) (v2/residual-tolerance 0.001 real #f 0.001 0.0001 ("Residual-tolerance for turbulence (V2):          ~a")) (f/residual-tolerance 0.001 real #f 0.001 0.0001 ("Residual-tolerance for turbulence (f):           ~a")) (kl/residual-tolerance 0.001 real #f 0.001 0.0001 ("Residual-tolerance for turbulence (kl):          ~a")) (omega/residual-tolerance 0.001 real #f 0.001 0.0001 ("Residual-tolerance for turbulence (Omega):       ~a")) (intermit/residual-tolerance 0.001 real #f 0.001 0.0001 ("Residual-tolerance for turbulence (Intermit):    ~a")) (retheta/residual-tolerance 0.001 real #f 0.001 0.0001 ("Residual-tolerance for turbulence (retheta):     ~a")) (drsm/residual-tolerance 0.001 real #f 0.001 0.0001 ("Residual-tolerance for turbulence (drsm):        ~a")) (species/residual-tolerance (0.001) real-list #f (0.001) (0.0001) ("Residual-tolerance for species:                  ~a")) (potential/residual-tolerance 0.001 real #f 0.001 1e-06 ("Residual-tolerance for potential:                ~a")) (dqmom-iem/residual-tolerance 0.001 real #f 0.001 0.0001 ("Residual-tolerance for DQMOM:                    ~a")) (fmean/residual-tolerance 0.001 real #f 0.001 0.0001 ("Residual-tolerance for fmean:                    ~a")) (fmean2/residual-tolerance 0.001 real #f 0.001 0.0001 ("Residual-tolerance for fmean2:                   ~a")) (fvar/residual-tolerance 0.001 real #f 0.001 0.0001 ("Residual-tolerance for fvar:                     ~a")) (fvar2/residual-tolerance 0.001 real #f 0.001 0.0001 ("Residual-tolerance for fvar2:                    ~a")) (premixc/residual-tolerance 0.001 real #f 0.001 0.0001 ("Residual-tolerance for premixc:                  ~a")) (pdftss/residual-tolerance 0.001 real #f 0.001 0.0001 ("Residual-tolerance for pdftss:                   ~a")) (pull/residual-tolerance 0.001 real #f 0.001 0.0001 ("Residual-tolerance for pull:                     ~a")) (soot-mom/residual-tolerance 0.001 real #f 0.001 0.0001 ("Residual-tolerance for soot-mom:                 ~a")) (tvar/residual-tolerance 0.001 real #f 0.001 0.0001 ("Residual-tolerance for tvar:                     ~a")) (premix-g-eqn/residual-tolerance 0.001 real #f 0.001 0.0001 ("Residual-tolerance for premix-g-eqn:            ~a")) (premix-g-var/residual-tolerance 0.001 real #f 0.001 0.0001 ("Residual-tolerance for premix-g-var:            ~a")) (flow/scheme 25 integer #f 25 20 ("Flow Scheme is:                                       ~a" (("SIMPLE" . 20) ("SIMPLEC" . 21) ("PISO" . 22) ("Fractional Step" . 25) ("Coupled" . 24) ("Phase Coupled SIMPLE" . 23) ("Phase Coupled PISO" . 30)))) (nita/flux/extrapolate? #f boolean #f #f #f ("Mass flux extrapolation:                              ~a" (("enabled" . #t) ("disabled" . #f)))) (nita/outer-iter 10 integer #f 10 1 ("Max. no. of outer iterations:                         ~a")) (models/equation-order 1 integer #f 1 0 ("Changing equation order                               ~a" (("Standard" . 0) ("Optimized-for-volumetric-expansion" . 1)))) (density/relax 0.75 real #f 0.75 1 ("Under-Relaxation Factor for density                   ~a")) (dpm/relax 0.75 real #f 0.75 0.5 ("DPM source terms under-relaxation factor:             ~a")) (fvar/relax 0.9 real #f 0.9 0.9 ("Under-relaxation factor for mean-fraction             ~a")) (mom/relax 0.75 real #f 0.75 0.7 ("Under-Relaxation Factor for momentum                 ~a")) (premixc/relax 0.9 real #f 0.9 0.9 ("Under-relaxation factor for premix-c                  ~a")) (pressure/relax 0.75 real #f 0.75 0.3 ("Under-Relaxation Factor for pressure  ~a"))) ("Multi Phase PISO" 32 (lambda () (and (equal? (cdr (assq 'sg-mphase? (%rp-config #f))) 'multi-fluid) (eqv? (rpgetvar 'flow/scheme) 30))) (lambda () #f) (pressure/max-iter 0 integer #f 0 10 ("Pressure skewness correction:         ~a")) (piso/coupling? #f boolean #f #f #t ("Skewness neighbor coupling:           ~a"))) ("Fast Transient SIMPLEC" 243 (lambda () (and (or (cdr (assq 'sg-pdf? (%rp-config #f))) (cdr (assq 'sg-par-premix? (%rp-config #f)))) (cdr (assq 'rp-unsteady? (%rp-config #f))) (not (cdr (assq 'sg-noniterative? (%rp-config #f)))) (rpgetvar 'pdf/activate-ft-simplec?))) (lambda () #f) (models/equation-order 1 integer #f 1 0 ("Equation order:                              ~a" (("Standard" . 0) ("Optimized-for-volumetric-expansion" . 1)))) (flow/scheme 21 integer #f 21 20 ("P-V coupling method is:                      ~a" (("SIMPLE" . 20) ("SIMPLEC" . 21) ("PISO" . 22) ("Fractional Step" . 25) ("Coupled" . 24) ("Phase Coupled SIMPLE" . 23) ("Phase Coupled PISO" . 30)))) (pressure/cycle-type 3 integer #f 3 1 ("AMG cycle type for pressure equation:          ~a" ((0 . "Flexible") (1 . "V-Cycle") (2 . "W-Cycle") (3 . "F-Cycle")))) (pressure/scheme 12 integer #f 12 12 ("Pressure discretization scheme:                ~a" (("First Order Upwind" . 0) ("Second Order Upwind" . 1) ("Power Law" . 2) ("Central Differencing" . 3) ("QUICK" . 4) ("Modified HRIC" . 5) ("Third-Order MUSCL" . 6) ("Bounded Central Differencing" . 7) ("CICSAM" . 8) ("Low Diffusion Second Order" . 9) ("Standard" . 10) ("Linear" . 11) ("Second Order" . 12) ("Body Force Weighted" . 13) ("PRESTO!" . 14) ("Continuity Based" . 15) ("Geo-Reconstruct" . 16) ("Donor-Acceptor" . 17) ("SIMPLE" . 20) ("SIMPLEC" . 21) ("PISO" . 22) ("Phase Coupled SIMPLE" . 23) ("Coupled" . 24) ("Fractional Step" . 25) ("Compressive" . 28) ("BGM" . 29) ("Phase Coupled PISO" . 30)))) (pressure/amg-alpha 0.01 real #f 0.01 0.1 ("Multigrid termination for the pressure:          ~a")) (pressure/relax 0.75 real #f 0.75 0.3 ("Under-Relaxation Factor for pressure:            ~a")) (mom/relax 0.75 real #f 0.75 0.7 ("Under-Relaxation Factor for momentum:            ~a")) (dpm/relax 0.75 real #f 0.75 0.5 ("Under-Relaxation Factor for dpm:                 ~a")) (density/relax 0.75 real #f 0.75 1 ("Under-Relaxation Factor for density:             ~a")) (max-iterations-per-step 10 integer #f 10 20 ("Max. no. of iterations per time step:            ~a"))) ("FGM Robustness Improvements" 244 (lambda () (and (cdr (assq 'sg-par-premix? (%rp-config #f))) (cdr (assq 'rp-unsteady? (%rp-config #f))) (rpgetvar 'prepdf/prmx-flamelet?) (eqv? (rpgetvar 'pdf/prmx-fla-turb-chem-model) 0) (cdr (assq 'sg-dpm? (%rp-config #f))))) (lambda () #f) (premixc/fgm-src-method-1? #t boolean #f #t #f ("Enable convergence method 1:                     ~a")) (premixc/fgm-src-method-3? #t boolean #f #t #f ("Enable convergence method 3:                     ~a"))) ("preview-defaults" 1000 (lambda () (rpgetvar 'solver/mode/preview-defaults)) (lambda () #f)) ("fast" 1000 (lambda () (rpgetvar 'solver/mode/fast)) (lambda () #f)) ("robust" 1000 (lambda () (rpgetvar 'solver/mode/robust)) (lambda () #f)) ("preview-defaults-base" 1003 (lambda () (rpgetvar 'solver/mode/preview-defaults)) (lambda () #t) (amg-coupled/greedy-coarsening? #t boolean #f #t #f ("Aggressive AMG coarsening for coupled equations: ~a" (("enabled" . #t) ("disabled" . #f)))) (amg/greedy-coarsening? #t boolean #f #t #f ("Aggressive AMG coarsening for scalar equations: ~a" (("enabled" . #t) ("disabled" . #f)))) (amg-coupled/group-method-fallback 2 integer #f 2 0) (amg/group-method-fallback 2 integer #f 2 0) (amg-coupled/group-size-3d 6 integer #f 6 8 ("AMG Group size for coupled equations: ~a")) (amg-scalar/group-size-3d 6 integer #f 6 8 ("AMG Group size for scalar equations: ~a")) (partition/smooth/after-read-case/aspect-ratio 10. real #f 10. -1. ("Laplace partitioning cutoff aspect ratio: ~a"))) ("preview-defaults-pbns-base" 1003 (lambda () (and (cdr (assq 'rp-seg? (%rp-config #f))) (rpgetvar 'solver/mode/preview-defaults))) (lambda () #t) (residuals/new-continuity-scaling? #t boolean #f #t #f ("Scale the continuity residual locally based on the enhanced formulation: ~a" (("enabled" . #t) ("disabled" . #f))))) ("preview-defaults-transient-pbns-base" 1003 (lambda () (and (cdr (assq 'rp-unsteady? (%rp-config #f))) (cdr (assq 'rp-seg? (%rp-config #f))) (rpgetvar 'solver/mode/preview-defaults))) (lambda () #t) (pressure/relax 0.8 real #f 0.8 0.3 ("Under-Relaxation Factor for pressure: ~a")) (mom/relax 0.7 real #f 0.7 0.7 ("Under-Relaxation Factor for momentum: ~a")) (simplec/skew-iter 1 integer #f 1 0 ("Skewness Correction for SIMPLEC: ~a")) (density/relax 1 real #f 1 1 ("Under-Relaxation Factor for density: ~a")) (density/pseudo-relax 1 real #f 1 1.) (pressure-coupled/courant-number 10000000000. real #f 10000000000. 200. ("CFL number for the coupled flow equation system: ~a")) (flow/scheme 21 integer #f 21 20 ("Pressure-velocity coupling: ~a" (("SIMPLE" . 20) ("SIMPLEC" . 21) ("PISO" . 22) ("Fractional Step" . 25) ("Coupled" . 24) ("Phase Coupled SIMPLE" . 23) ("Phase Coupled PISO" . 30))))) ("robust-base" 1000 (lambda () (rpgetvar 'solver/mode/robust)) (lambda () #t) (pressure/presto/limit-pgrad? #t boolean #f #t #f ("Limit high order terms in PRESTO!: ~a" (("enabled" . #t) ("disabled" . #f)))) (mesh/bad/enable-quality-based-treatment? #t boolean #f #t #f ("Enable poor mesh numerics based on cell quality: ~a" (("enabled" . #t) ("disabled" . #f)))) (amg/divergence-epsilon 1000000. real #f 1000000. 1000. ("AMG divergence epsilon: ~a")) (partition/laplace/use? #t boolean #f #t #f ("Use Laplace partitioning: ~a" (("enabled" . #t) ("disabled" . #f))))) ("fast-base" 1000 (lambda () (rpgetvar 'solver/mode/fast)) (lambda () #t)) ("coupled-pseudo-transient" 1000 (lambda () (and (rpgetvar 'solver/mode/coupled-pseudo-transient) (and (not (cdr (assq 'rp-unsteady? (%rp-config #f)))) (cdr (assq 'rp-seg? (%rp-config #f))) (not (cdr (assq 'sg-mphase? (%rp-config #f)))) (not (cdr (assq 'sg-melt? (%rp-config #f)))) (not (or (rpgetvar 'battery/model-loaded?) (rpgetvar 'resolved-fc-model-loaded?) (rpgetvar 'sofc_01/sofc-loaded?) (rpgetvar 'pemfc-model-loaded?)))))) (lambda () #f) (flow/scheme 24 integer #f 24 20 ("Pressure-velocity coupling: ~a" (("SIMPLE" . 20) ("SIMPLEC" . 21) ("PISO" . 22) ("Fractional Step" . 25) ("Coupled" . 24) ("Phase Coupled SIMPLE" . 23) ("Phase Coupled PISO" . 30)))) (pseudo-transient-formulation? #t boolean #f #t #f ("Pseudo-transient: ~a" (("enabled" . #t) ("disabled" . #f)))) (amg-coupled/greedy-coarsening? #t boolean #f #t #f ("Aggressive AMG coarsening for coupled equations: ~a" (("enabled" . #t) ("disabled" . #f)))) (amg/greedy-coarsening? #t boolean #f #t #f ("Aggressive AMG coarsening for segregated equations: ~a" (("enabled" . #t) ("disabled" . #f)))) (amg-coupled/group-size-3d 6 integer #f 6 8 ("AMG group size for coupled equations: ~a")) (amg-scalar/group-size-3d 6 integer #f 6 8 ("AMG group size for segregated equations: ~a"))) ("reacting-flow-numerics" 1002 (lambda () (and (rpgetvar 'solver/mode/coupled-pseudo-transient) (not (cdr (assq 'rp-unsteady? (%rp-config #f)))) (cdr (assq 'rp-seg? (%rp-config #f))) (not (cdr (assq 'sg-mphase? (%rp-config #f)))) (= (rpgetvar 'flow/scheme) 24) (rpgetvar 'pseudo-transient-formulation?) (or (cdr (assq 'rp-react? (%rp-config #f))) (cdr (assq 'sg-pdf? (%rp-config #f))) (cdr (assq 'sg-pdf-transport? (%rp-config #f))) (cdr (assq 'sg-premixed? (%rp-config #f))) (cdr (assq 'sg-par-premix? (%rp-config #f)))))) (lambda () #t) (density/pseudo-relax 0.25 real #f 0.25 1. ("Density explicit underrelaxation factor: ~a")) (temperature/pseudo-specific? #t boolean #f #t #t) (tvar/pseudo-specific? #t boolean #f #t #f) (enthalpy/pseudo-specific? #t boolean #f #t #f) (species/pseudo-specific? (#t) boolean-list #f (#t) (#f)) (pollutant/pseudo-specific? (#t #t #t #t #t #t #t #t #t #t #t #t #t #t #t #t #t #t #t #t #t #t) boolean-list #f (#t #t #t #t #t #t #t #t #t #t #t #t #t #t #t #t #t #t #t #t #t #t) (#f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f)) (temperature/pseudo-time-scale-factor 1e+20 real #f 1e+20 1.) (tvar/pseudo-time-scale-factor 1e+20 real #f 1e+20 1.) (enthalpy/pseudo-time-scale-factor 1e+20 real #f 1e+20 1.) (species/pseudo-time-scale-factor (1e+20) real-list #f (1e+20) (1.)) (pollutant/pseudo-time-scale-factor (1e+20 1e+20 1e+20 1e+20 1e+20 1e+20 1e+20 1e+20 1e+20 1e+20 1e+20 1e+20 1e+20 1e+20 1e+20 1e+20 1e+20 1e+20 1e+20 1e+20 1e+20 1e+20 1e+20) real-list #f (1e+20 1e+20 1e+20 1e+20 1e+20 1e+20 1e+20 1e+20 1e+20 1e+20 1e+20 1e+20 1e+20 1e+20 1e+20 1e+20 1e+20 1e+20 1e+20 1e+20 1e+20 1e+20 1e+20) (1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1.))) ("species-numerics" 1001 (lambda () (and (rpgetvar 'solver/mode/coupled-pseudo-transient) (not (cdr (assq 'rp-unsteady? (%rp-config #f)))) (cdr (assq 'rp-seg? (%rp-config #f))) (not (cdr (assq 'sg-mphase? (%rp-config #f)))) (= (rpgetvar 'flow/scheme) 24) (rpgetvar 'pseudo-transient-formulation?) (cdr (assq 'rp-spe? (%rp-config #f))) (cdr (assq 'rp-seg? (%rp-config #f))))) (lambda () #t) (density/pseudo-relax 0.25 real #f 0.25 1. ("Density explicit underrelaxation factor: ~a"))) ("tight-amg" 1000 (lambda () (rpgetvar 'solver/mode/tight-amg)) (lambda () #t) (amg-coupled/max-cycles 100 integer #f 100 10 ("Max cycles for coupled systems: ~a")) (amg-scalar/max-cycles 100 integer #f 100 30 ("Max cycles for scalar systems: ~a")) (amg/max-cycles 100 integer #f 100 30) (wd-phi/amg-alpha 0.0001 real #f 0.0001 0.1 ("AMG tolerances: ~a")) (dynamesh/smooth/laplace/amg-alpha 0.0001 real #f 0.0001 0.1) (x-mom/amg-alpha 0.0001 real #f 0.0001 0.1) (y-mom/amg-alpha 0.0001 real #f 0.0001 0.1) (z-mom/amg-alpha 0.0001 real #f 0.0001 0.1) (pressure/amg-alpha 0.0001 real #f 0.0001 0.1) (pressure-coupled/amg-alpha 0.0001 real #f 0.0001 0.1) (temperature/amg-alpha 0.0001 real #f 0.0001 0.1) (p1/amg-alpha 0.0001 real #f 0.0001 0.1) (disco/amg-alpha 0.0001 real #f 0.0001 0.1) (enthalpy/amg-alpha 0.0001 real #f 0.0001 0.1) (species/amg-alpha (0.0001) real-list #f (0.0001) (0.1)) (potential/amg-alpha 0.0001 real #f 0.0001 0.1) (dqmom-iem/amg-alpha 0.0001 real #f 0.0001 0.1) (uds/amg-alpha (0.0001) real-list #f (0.0001) (0.1)) (hyb-init/amg-alpha (0.0001 0.0001) real-list #f (0.0001 0.0001) (0.1 0.1)) (mp/amg-alpha 0.0001 real #f 0.0001 0.1) (granular-temperature/amg-alpha 0.0001 real #f 0.0001 0.1) (pb-disc/amg-alpha (0.0001) real-list #f (0.0001) (0.1)) (pb-qmom/amg-alpha (0.0001) real-list #f (0.0001) (0.1)) (pb-smm/amg-alpha (0.0001) real-list #f (0.0001) (0.1)) (pb-dqmom/amg-alpha (0.0001) real-list #f (0.0001) (0.1)) (iac/amg-alpha 0.0001 real #f 0.0001 0.1) (lsfun/amg-alpha 0.0001 real #f 0.0001 0.1) (w-swirl/amg-alpha 0.0001 real #f 0.0001 0.1) (nut/amg-alpha 0.0001 real #f 0.0001 0.1) (k/amg-alpha 0.0001 real #f 0.0001 0.1) (epsilon/amg-alpha 0.0001 real #f 0.0001 0.1) (v2/amg-alpha 0.0001 real #f 0.0001 0.1) (f/amg-alpha 0.0001 real #f 0.0001 0.1) (kl/amg-alpha 0.0001 real #f 0.0001 0.1) (omega/amg-alpha 0.0001 real #f 0.0001 0.1) (intermit/amg-alpha 0.0001 real #f 0.0001 0.1) (retheta/amg-alpha 0.0001 real #f 0.0001 0.1) (drsm/amg-alpha 0.0001 real #f 0.0001 0.1) (acoustics-waveeq/amg-alpha 0.0001 real #f 0.0001 0.1) (fmean/amg-alpha 0.0001 real #f 0.0001 0.1) (fmean2/amg-alpha 0.0001 real #f 0.0001 0.1) (fvar/amg-alpha 0.0001 real #f 0.0001 0.1) (fvar2/amg-alpha 0.0001 real #f 0.0001 0.1) (ic-fvar/amg-alpha 0.0001 real #f 0.0001 0.1) (vc-fvar/amg-alpha 0.0001 real #f 0.0001 0.1) (vd-fvar/amg-alpha 0.0001 real #f 0.0001 0.1) (ufla-y/amg-alpha 0.0001 real #f 0.0001 0.1) (premixc/amg-alpha 0.0001 real #f 0.0001 0.1) (pdftss/amg-alpha 0.0001 real #f 0.0001 0.1) (pull/amg-alpha 0.0001 real #f 0.0001 0.0001) (amg-c/amg-alpha 0.0001 real #f 0.0001 0.1) (soot-mom/amg-alpha 0.0001 real #f 0.0001 0.1) (tvar/amg-alpha 0.0001 real #f 0.0001 0.1) (ignition/amg-alpha 0.0001 real #f 0.0001 0.1) (ecfm-sigma/amg-alpha 0.0001 real #f 0.0001 0.1) (premix-g-eqn/amg-alpha 0.0001 real #f 0.0001 0.1) (premix-g-var/amg-alpha 0.0001 real #f 0.0001 0.1) (inert/amg-alpha 0.0001 real #f 0.0001 0.1) (wetsteam/amg-alpha 0.0001 real #f 0.0001 0.1)) ("default-urfs" 1000 (lambda () (rpgetvar 'solver/mode/default-urfs)) (lambda () #t) (pseudo-auto-time-step? #t boolean #f #t #t) (pseudo-auto-time-solid? #t boolean #f #t #t) (pseudo/autotime-lscale-option 1 integer #f 1 1) (pseudo-auto-time-step-scale-factor 1. real #f 1. 1.) (pressure-coupled/mom/pseudo-explicit-relax 0.5 real #f 0.5 0.5) (pressure-coupled/pressure/pseudo-explicit-relax 0.5 real #f 0.5 0.5) (potential/pseudo-relax 0.75 real #f 0.75 0.75) (potential-faradaic/pseudo-relax 0.1 real #f 0.1 0.1) (drift/pseudo-relax 0.1 real #f 0.1 0.1) (delh/pseudo-relax 0.9 real #f 0.9 0.9) (disco/pseudo-relax 1. real #f 1. 1.) (cvt/pseudo-relax 1. real #f 1. 1.) 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(lambda () #t) (k/scheme 0 integer #f 0 1 ("Changing Discretization Scheme for Turbulent Kinetic Energy:   ~a" (("First Order Upwind" . 0) ("Second Order Upwind" . 1) ("Power Law" . 2) ("Central Differencing" . 3) ("QUICK" . 4) ("Modified HRIC" . 5) ("Third-Order MUSCL" . 6) ("Bounded Central Differencing" . 7) ("CICSAM" . 8) ("Low Diffusion Second Order" . 9) ("Standard" . 10) ("Linear" . 11) ("Second Order" . 12) ("Body Force Weighted" . 13) ("PRESTO!" . 14) ("Continuity Based" . 15) ("Geo-Reconstruct" . 16) ("Donor-Acceptor" . 17) ("Modified Body Force Weighted" . 18) ("SIMPLE" . 20) ("SIMPLEC" . 21) ("PISO" . 22) ("Phase Coupled SIMPLE" . 23) ("Coupled" . 24) ("Fractional Step" . 25) ("Compressive" . 28) ("BGM" . 29) ("Phase Coupled PISO" . 30))))) ("RSM omega-based turbulence models are first-order in space" 97 (lambda () (let* ((rpconf (%rp-config #f)) (sgmphs (cdr (assq 'sg-mphase? rpconf)))) (or (eq? sgmphs 'multi-fluid) (eq? sgmphs 'drift-flux) (eq? sgmphs 'homogeneous) (and (cdr (assq 'sg-rsm? rpconf)) (drsm-omega-or-bsl-based?))))) (lambda () #t) (omega/scheme 0 integer #f 0 1 ("Changing Discretization Scheme for Specific Dissipation Rate:  ~a" (("First Order Upwind" . 0) ("Second Order Upwind" . 1) ("Power Law" . 2) ("Central Differencing" . 3) ("QUICK" . 4) ("Modified HRIC" . 5) ("Third-Order MUSCL" . 6) ("Bounded Central Differencing" . 7) ("CICSAM" . 8) ("Low Diffusion Second Order" . 9) ("Standard" . 10) ("Linear" . 11) ("Second Order" . 12) ("Body Force Weighted" . 13) ("PRESTO!" . 14) ("Continuity Based" . 15) ("Geo-Reconstruct" . 16) ("Donor-Acceptor" . 17) ("Modified Body Force Weighted" . 18) ("SIMPLE" . 20) ("SIMPLEC" . 21) ("PISO" . 22) ("Phase Coupled SIMPLE" . 23) ("Coupled" . 24) ("Fractional Step" . 25) ("Compressive" . 28) ("BGM" . 29) ("Phase Coupled PISO" . 30))))) ("DBNS Poor Mesh Numerics" 245 (lambda () (and (not (rp-seg?)) (rpgetvar 'mesh/bad/tmp-enhanced-pmn?))) (lambda () #f) (mesh/bad/enable-quality-based-treatment? #t boolean #f #t #f ("Quality Based Treatment?: ~a")) (mesh/bad/min-orthogonal-quality 0.2 real #f 0.2 0.05 ("Min Orthogonal Quality:   ~a")) (mesh/bad/tmp-limit-cfl? #t boolean #f #t #f ("Limit CFL?:               ~a")) (mesh/bad/tmp-cfl-limit 1. real #f 1. 1. ("CFL Limit:                ~a")) (mesh/bad/repair-sltn-mode 0 integer #f 0 0 ("Solution repair mode:     ~a")) (mesh/bad/repair-grad-mode 2 integer #f 2 2 ("Gradient repair mode:     ~a")))))
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(mrf-omega (constant . 0) (profile "" ""))
(mrf-grid-x-vel (constant . 0) (profile "" ""))
(mrf-grid-y-vel (constant . 0) (profile "" ""))
(mrf-grid-z-vel (constant . 0) (profile "" ""))
(mrf-x-origin (constant . 0) (profile "" ""))
(mrf-y-origin (constant . 0) (profile "" ""))
(mrf-z-origin (constant . 0) (profile "" ""))
(mrf-ai (constant . 0) (profile "" ""))
(mrf-aj (constant . 0) (profile "" ""))
(mrf-ak (constant . 1) (profile "" ""))
(mrf-udf-zmotion-name . "none")
(forcemrf . #f)
(mgrid-motion? . #f)
(mgrid-relative-to-thread . -1)
(mgrid-omega (constant . 0) (profile "" ""))
(mgrid-grid-x-vel (constant . 0) (profile "" ""))
(mgrid-grid-y-vel (constant . 0) (profile "" ""))
(mgrid-grid-z-vel (constant . 0) (profile "" ""))
(mgrid-x-origin (constant . 0) (profile "" ""))
(mgrid-y-origin (constant . 0) (profile "" ""))
(mgrid-z-origin (constant . 0) (profile "" ""))
(mgrid-ai (constant . 0) (profile "" ""))
(mgrid-aj (constant . 0) (profile "" ""))
(mgrid-ak (constant . 1) (profile "" ""))
(mgrid-udf-zmotion-name . "none")
(solid-relative-to-thread . -1)
(solid-omega (constant . 0) (profile "" ""))
(solid-grid-x-vel (constant . 0) (profile "" ""))
(solid-grid-y-vel (constant . 0) (profile "" ""))
(solid-grid-z-vel (constant . 0) (profile "" ""))
(solid-x-origin (constant . 0) (profile "" ""))
(solid-y-origin (constant . 0) (profile "" ""))
(solid-z-origin (constant . 0) (profile "" ""))
(solid-ai (constant . 0) (profile "" ""))
(solid-aj (constant . 0) (profile "" ""))
(solid-ak (constant . 1) (profile "" ""))
(solid-udf-zmotion-name . "none")
(forcemsolid . #f)
(deactivated? . #f)
(laminar? . #f)
(laminar-mut-zero? . #t)
(les-embedded-spec . 1)
(les-embedded-mom-scheme . 0)
(les-embedded-c-wale . 0.3250000000000001)
(les-embedded-c-smag . 0.1)
(porous? . #f)
(conical? . #f)
(direction-1/x (constant . 1) (profile "" ""))
(direction-1/y (constant . 0) (profile "" ""))
(direction-1/z (constant . 0) (profile "" ""))
(direction-2/x (constant . 0) (profile "" ""))
(direction-2/y (constant . 1) (profile "" ""))
(direction-2/z (constant . 0) (profile "" ""))
(cone-axis/x . 1)
(cone-axis/y . 0)
(cone-axis/z . 0)
(cone-axis-pt/x . 1)
(cone-axis-pt/y . 0)
(cone-axis-pt/z . 0)
(cone-angle . 0)
(rel-vel-resistance? . #t)
(porous-r/1 (constant . 211100000) (profile "" ""))
(porous-r/2 (constant . 211100000) (profile "" ""))
(porous-r/3 (constant . 211100000) (profile "" ""))
(alt-inertial-form? . #f)
(porous-c/1 (constant . 0) (profile "" ""))
(porous-c/2 (constant . 0) (profile "" ""))
(porous-c/3 (constant . 0) (profile "" ""))
(c0 . 0)
(c1 . 0)
(porosity (constant . 1) (profile "" ""))
(viscosity-ratio (constant . 1.))
(equib-thermal? . #t)
(non-equib-thermal? . #f)
(solid-material . aluminum)
(area-density (constant . 1) (profile "" ""))
(heat-transfer-coeff (constant . 1) (profile "" ""))
(fanzone? . #f)
(fan-zone-list . 8)
(fan-thickness . 0)
(fan-hub-rad . 0)
(fan-tip-rad . 0)
(fan-x-origin . 0)
(fan-y-origin . 0)
(fan-z-origin . 0)
(fan-rot-dir . 0)
(fan-opert-angvel . 0)
(fan-inflection-point . 0.8300000000000001)
(limit-flow-fan . #f)
(max-flow-rate . 0)
(min-flow-rate . 0)
(tan-source-term . #f)
(rad-source-term . #f)
(axial-source-term . #f)
(fan-axial-source-method . 0)
(fan-pre-jump . 0)
(fan-curve-fit . 0)
(fan-poly-order . 0)
(fan-ini-flow . 0)
(fan-test-angvel . 0)
(fan-test-temp . 0)
(read-fan-curve . 1747639816)
))
(bc (interior-solid interior mixture) (
))
(bc (inlet1 velocity-inlet mixture) (
(velocity-spec . 2)
(frame-of-reference . 0)
(vmag (constant . 0.4) (profile "" ""))
(p_sup (constant . 0) (profile "" ""))
(coordinate-system . 0)
(u (constant . 0) (profile "" ""))
(v (constant . 0) (profile "" ""))
(w (constant . 0) (profile "" ""))
(ni (constant . 1) (profile "" ""))
(nj (constant . 0) (profile "" ""))
(nk (constant . 0) (profile "" ""))
(ai . 1)
(aj . 0)
(ak . 0)
(x-origin . 0)
(y-origin . 0)
(z-origin . 0)
(omega-swirl . 0)
(t (constant . 293.15) (profile "" ""))
(ke-spec . 2)
(k (constant . 1) (profile "" ""))
(o (constant . 1) (profile "" ""))
(turb-intensity . 0.05)
(turb-length-scale . 1)
(turb-hydraulic-diam . 1)
(turb-viscosity-ratio . 10)
(mixing-plane-thread? . #f)
(les-spec . 0)
))
(bc (inlet2 velocity-inlet mixture) (
(velocity-spec . 2)
(frame-of-reference . 0)
(vmag (constant . 1.2) (profile "" ""))
(p_sup (constant . 0) (profile "" ""))
(coordinate-system . 0)
(u (constant . 0) (profile "" ""))
(v (constant . 0) (profile "" ""))
(w (constant . 0) (profile "" ""))
(ni (constant . 1) (profile "" ""))
(nj (constant . 0) (profile "" ""))
(nk (constant . 0) (profile "" ""))
(ai . 1)
(aj . 0)
(ak . 0)
(x-origin . 0)
(y-origin . 0)
(z-origin . 0)
(omega-swirl . 0)
(t (constant . 313.15) (profile "" ""))
(ke-spec . 2)
(k (constant . 1) (profile "" ""))
(o (constant . 1) (profile "" ""))
(turb-intensity . 0.05)
(turb-length-scale . 1)
(turb-hydraulic-diam . 1)
(turb-viscosity-ratio . 10)
(mixing-plane-thread? . #f)
(les-spec . 0)
))
(bc (outlet pressure-outlet mixture) (
(frame-of-reference . 0)
(p (constant . 0) (profile "" ""))
(p-profile-multiplier . 1.)
(t0 (constant . 300) (profile "" ""))
(direction-spec . 1)
(coordinate-system . 0)
(ni (constant . 1) (profile "" ""))
(nj (constant . 0) (profile "" ""))
(nk (constant . 0) (profile "" ""))
(ai . 1)
(aj . 0)
(ak . 0)
(x-origin . 0)
(y-origin . 0)
(z-origin . 0)
(ke-spec . 2)
(k (constant . 1) (profile "" ""))
(o (constant . 1) (profile "" ""))
(turb-intensity . 0.05)
(turb-length-scale . 1)
(turb-hydraulic-diam . 1)
(turb-viscosity-ratio . 10)
(mixing-plane-thread? . #f)
(p-backflow-spec-gen . 0)
(prevent-reverse-flow? . #f)
(radial? . #f)
(avg-press-spec? . #f)
(avg-option . 0)
(targeted-mf-boundary? . #f)
(targeted-mf (constant . 1) (profile "" ""))
(targeted-mf-pmax (constant . 5000000.) (profile "" ""))
(targeted-mf-pmin (constant . 1) (profile "" ""))
))
(bc (walls wall mixture) (
(d . 0)
(q-dot (constant . 0) (profile "" ""))
(material . aluminum)
(thermal-bc . 1)
(t (constant . 300) (profile "" ""))
(q (constant . 0) (profile "" ""))
(h (constant . 0) (profile "" ""))
(tinf (constant . 300) (profile "" ""))
(planar-conduction? . #f)
(shell-conduction ((thickness . 0) (material . "aluminum") (qdot (constant . 0) (profile))))
(thin-wall ((thickness . 0) (material . "aluminum") (qdot (constant . 0) ((profile "" "")))))
(motion-bc . 0)
(shear-bc . 0)
(rough-bc . 0)
(relative? . #t)
(rotating? . #f)
(vmag (constant . 0) (profile "" ""))
(ni . 1)
(nj . 0)
(nk . 0)
(components? . #f)
(u (constant . 0) (profile "" ""))
(v (constant . 0) (profile "" ""))
(w (constant . 0) (profile "" ""))
(ex-emiss (constant . 1) (profile "" ""))
(trad (constant . 300) (profile "" ""))
(rough-nasa? . #f)
(rough-shin-et-al? . #f)
(rough-data? . #f)
(roughness-height (constant . 0) (profile "" ""))
(roughness-const (constant . 0.5) (profile "" ""))
(roughness-height-cp (constant . 0) (profile "" ""))
(roughness-const-cp (constant . 0.5) (profile "" ""))
(roughness-const-nasa (constant . 0.5) (profile "" ""))
(roughness-const-shin (constant . 0.5) (profile "" ""))
(roughness-const-data (constant . 0.5) (profile "" ""))
(variable-roughness (inactive . #f) (profile "" ""))
(free-stream-velocity . 1)
(free-stream-temp . 300)
(characteristic-length . 1)
(free-stream-temp-cp . 300)
(characteristic-length-cp . 1)
(liquid-content (constant . 1) (profile "" ""))
(liquid-content-cp (constant . 1) (profile "" ""))
(droplet-diameter (constant . 20) (profile "" ""))
(dpm/rq-roughness . 0)
(dpm/rsm-roughness . 0)
(dpm/bc-erosion-generic? . #t)
(dpm/bc-erosion-finnie? . #t)
(dpm/bc-erosion-finnie-k . 2.12e-07)
(dpm/bc-erosion-finnie-vel-exp . 2)
(dpm/bc-erosion-finnie-max-erosion-angle . 0.3228859000000001)
(dpm/bc-erosion-mclaury? . #t)
(dpm/bc-erosion-mclaury-a . 1.99e-07)
(dpm/bc-erosion-mclaury-vel-exp . 1.73)
(dpm/bc-erosion-mclaury-transition-angle . 0.2617994)
(dpm/bc-erosion-mclaury-b . -13.3)
(dpm/bc-erosion-mclaury-c . 7.85)
(dpm/bc-erosion-mclaury-w . 1)
(dpm/bc-erosion-mclaury-x . 1.09)
(dpm/bc-erosion-mclaury-y . 0.125)
(dpm/bc-erosion-oka? . #t)
(dpm/bc-erosion-oka-e90 . 0.0006154000000000001)
(dpm/bc-erosion-oka-hv . 1.8)
(dpm/bc-erosion-oka-n1 . 0.8)
(dpm/bc-erosion-oka-n2 . 1.3)
(dpm/bc-erosion-oka-k2 . 2.35)
(dpm/bc-erosion-oka-k3 . 0.19)
(dpm/bc-erosion-oka-dref . 0.000326)
(dpm/bc-erosion-oka-vref . 104)
(dpm/bc-erosion-dnv? . #t)
(dpm/bc-erosion-dnv-k . 2e-09)
(dpm/bc-erosion-dnv-n . 2.6)
(dpm/bc-erosion-dnv-ductile? . #t)
(dpm/bc-erosion-shear? . #t)
(dpm/bc-erosion-shear-v . 1.89e-08)
(dpm/bc-erosion-shear-c . 1.41)
(dpm/bc-erosion-shear-packing-limit . 0.6300000000000001)
(dpm/bc-erosion-shielding? . #t)
(per-dispx (constant . 0) (profile "" ""))
(per-dispy (constant . 0) (profile "" ""))
(per-dispz (constant . 0) (profile "" ""))
(per-imagx (constant . 0) (profile "" ""))
(per-imagy (constant . 0) (profile "" ""))
(per-imagz (constant . 0) (profile "" ""))
(freq (constant . 0) (profile "" ""))
(amp (constant . 0) (profile "" ""))
(nodal-diam . 0)
(pass-number (constant . 0) (profile "" ""))
(fwd? . #f)
(aero? . #f)
(cmplx? . #f)
(norm? . #f)
(omega (constant . 0) (profile "" ""))
(x-origin . 0)
(y-origin . 0)
(z-origin . 0)
(ai . 0)
(aj . 0)
(ak . 1)
(shear-x (constant . 0) (profile "" ""))
(shear-y (constant . 0) (profile "" ""))
(shear-z (constant . 0) (profile "" ""))
(fslip . 0)
(eslip . 0)
(surf-tens-grad . 0)
(specular-coeff . 0)
(caf (constant . 1) (profile "" ""))
(thermal-stabilization? . #f)
(scale-factor . 0)
(stab-method . 1)
))
(bc (symmetry symmetry mixture) (
))
(ni ((2 solid)(1 interior-solid)(5 inlet1)(6 inlet2)(7 outlet)(8 walls)(9 symmetry)))