42.3. Field Variables Listed by Category

The field variables available in each category are summarized in the following tables:

In these tables, the following restrictions apply to marked variables:

2d	available only for 2D flows
2da	available only for 2D axisymmetric flows (with or without swirl)
2dasw	available only for 2D axisymmetric swirl flows
3d	available only for 3D flows
adj	available only with data from the adjoint solver
adis	available only for adjoint calculations that use the dissipation stabilization scheme
adt	available only when the turbulence adjoint equations are solved
adnn	available only when the neural network model is applied for turbulence model optimization
adjtr	available only after offline training for turbulence model optimization
aen	available only when the energy adjoint equation is solved
ark	available only with the Aungier-Redlich-Kwong real gas model
asfft	available only when created using the Acoustic Sources FFT Dialog Box or related text commands
awe	available only with the acoustics wave equation model
bcde	available only with the bounded central differencing scheme, when boundedness is specified by an expression
bns	available only for broadband noise source models
bnv	node values available at boundaries
cgq	available only when the cell gradient quality criterion is enabled for poor mesh numerics
cmp	available only for compressible flow
con	available only for contact detection simulations using the contact marks method
cpl	available only in the density-based solvers
cv	available only for cell values (Node Values option disabled)
cve	available only for cell values and only cell values are exported to Common Fluids Format - Post.
ddpm	available only when the DDPM model is used
des	available when the turbulence model includes the DES turbulence model
dil	not available with full multicomponent diffusion
dm	available only for dynamic mesh calculations
do	available only when the discrete ordinates radiation model is used
dpm	available only for coupled discrete phase calculations
dpmean	available only when Mean Values are enabled in the DPM dialog box
dprms	available only when RMS Values are enabled in the DPM dialog box
dtrm	available only when the discrete transfer radiation model is used
fwh	available only with the Ffowcs Williams and Hawkings acoustics model
e	available only for energy calculations
echem	available only with the Electrochemical Reactions model
edc	available only with the EDC model for turbulence-chemistry interaction
emm	available only when the Eulerian multiphase model is used
ewf	available only with the Eulerian Wall Film model
ewt	available only with the enhanced wall treatment
fv	available for face values
fm	available only when the frame motion option is used
gap	available only if a gap region is created as part of the gap model
gran	available only if a granular phase is present
h2o	available only when the mixture contains water
hn	available only for hanging node adaption
id	available only when the ideal gas law is enabled for density
ke	available when one of the - turbulence models is used
kklo	available when the - - model is used
kw	available when one of the - turbulence models is used
les	available when the LES turbulence model is used
lwf	available only when the Lagrangian wall film model is used
mc	available only when the Monte Carlo model is used
mcv	available only when check-verbosity is set to 2
melt	available only when the melting and solidification model is used
mix	available only when the multiphase mixture model is used
mm	available only when the mesh motion option is used
mp	available only for multiphase models
netm	available only for porous cell zones with the non-equilibrium thermal model enabled
nox	available only for NOx calculations
nv	uses explicit node value function
nvs	uses explicit node value solutions
os	available only when overset meshing is used
p1	available only when the P-1 radiation model is used
pdf	available only for non-premixed combustion calculations
pmx	available only for premixed combustion calculations
pot	available only when the potential equation is solved
ppmx	available only for partially premixed combustion calculations
r	available only when the Rosseland radiation model is used
rad	available only for radiation heat transfer calculations
rc	available only for finite-rate reactions
ret	available only if the `solve/set/advanced/retain-cell-residuals` text command is enabled
rg	available only for the real gas models
rsm	available when the Reynolds stress turbulence model is used
s2s	available only when the surface-to-surface radiation model is used
sa	available when the Spalart-Allmaras turbulence model is used
sas	available when the turbulence model includes Scale-Adaptive Simulation (SAS)
sbes	available when the turbulence model includes the Stress-Blended Eddy Simulation (SBES) turbulence model
scq	available only when the solution and cell quality criterion is enabled for poor mesh numerics
sdes	available when the turbulence model includes the Shielded Detached Eddy Simulation (SDES) turbulence model
seg	available only in the pressure-based solver
sol	available only when the solar model is used
soot	available only for soot calculations
sp	available only for species calculations
spo	available only when a sponge layer is defined
sr	available only for surface reactions
sst	available when the Transition SST model is used
stat	available only with data sampling for transient statistics
stcm	available only for stiff chemistry calculations
strc	available only when a structural model is selected
t	available only for turbulent flows
th	available only when thin walls are present
trn	available only for transient flow calculations
turbo	available only when a turbomachinery topology has been defined
udm	available only when a user-defined memory is used
uds	available only when a user-defined scalar is used
v	available only for viscous flows
vof-dpm	available only for VOF-to-DPM model transition calculations
w	available only when one or more walls are present

Table 42.1: Expressions Category

Category Variable

Category	Variable
Expressions...	Supported expressions must: be of type Double or Double Vector. If it is of type Double Vector, the components and magnitude are available for postprocessing. evaluate to a field (and not a single-value) be fully specified. For example, if the expression computes mass fraction, the specie must also be included in the definition (`MassFraction(species='co2')`). Similarly, for a multiphase case, the phase must be specified, where required (`VolumeFraction(phase='water')`).

Expressions...

Supported expressions must:

be of type Double or Double Vector. If it is of type Double Vector, the components and magnitude are available for postprocessing.
evaluate to a field (and not a single-value)
be fully specified. For example, if the expression computes mass fraction, the specie must also be included in the definition (MassFraction(species='co2')). Similarly, for a multiphase case, the phase must be specified, where required (VolumeFraction(phase='water')).

Table 42.2: Pressure and Density Categories

Category	Variable
Pressure...	Static Pressure (bnv) Pressure Coefficient Dynamic Pressure Absolute Pressure (bnv) Total Pressure (bnv) Relative Total Pressure Capillary-Pressure (emm) Pressure Discontinuity Sensor (cpl)
Density...	Density Density All Schlieren (cmp) Rescaled Schlieren (cmp) Rescaled Streamwise Schlieren (cmp) Logarithmic Streamwise Schlieren (cmp)

Category

Variable

Pressure...

Static Pressure (bnv)

Pressure Coefficient

Dynamic Pressure

Absolute Pressure (bnv)

Total Pressure (bnv)

Relative Total Pressure

Capillary-Pressure (emm)

Pressure Discontinuity Sensor (cpl)

Density...

Density

Density All

Schlieren (cmp)

Rescaled Schlieren (cmp)

Rescaled Streamwise Schlieren (cmp)

Logarithmic Streamwise Schlieren (cmp)

Table 42.3: Velocity Category

Category	Variable
Velocity...	Velocity Magnitude (bnv) X Velocity (bnv) Y Velocity (bnv) Z Velocity (3d, bnv) Swirl Velocity (2dasw, bnv) Axial Velocity (2da or 3d) Radial Velocity Stream Function (2d) Tangential Velocity Mach Number (id or rg) Relative Velocity Magnitude (bnv) Relative X Velocity (bnv) Relative Y Velocity (bnv) Relative Z Velocity (3d, bnv) Relative Axial Velocity (2da) Relative Radial Velocity (2da) Relative Swirl Velocity (2dasw, bnv) Relative Tangential Velocity Relative Mach Number (id or rg) Mesh X-Velocity (nv) Mesh Y-Velocity (nv) Mesh Z-Velocity (3d, nv) Velocity Angle Relative Velocity Angle Vorticity Magnitude (v) Helicity (v, 3d) X-Vorticity (v, 3d) Y-Vorticity (v, 3d) Z-Vorticity (v, 3d) Cell Reynolds Number (v, cve) Compressible Wall Reynolds Number (e,fv,v,cmp) Cell Convective Courant Number (seg, cve) Moving Mesh Courant Number (trn, fm or mm or dm) Multiphase Minimum Time Scale (trn, fm or mm or dm) Cell Acoustic Courant Number (cmp, seg, cve) Preconditioning Reference Velocity (cpl) Q Criterion Normalized Q Criterion Raw Lambda 2 Criterion

Category

Variable

Velocity...

Velocity Magnitude (bnv)

X Velocity (bnv)

Y Velocity (bnv)

Z Velocity (3d, bnv)

Swirl Velocity (2dasw, bnv)

Axial Velocity (2da or 3d)

Radial Velocity

Stream Function (2d)

Tangential Velocity

Mach Number (id or rg)

Relative Velocity Magnitude (bnv)

Relative X Velocity (bnv)

Relative Y Velocity (bnv)

Relative Z Velocity (3d, bnv)

Relative Axial Velocity (2da)

Relative Radial Velocity (2da)

Relative Swirl Velocity (2dasw, bnv)

Relative Tangential Velocity

Relative Mach Number (id or rg)

Mesh X-Velocity (nv)

Mesh Y-Velocity (nv)

Mesh Z-Velocity (3d, nv)

Velocity Angle

Relative Velocity Angle

Vorticity Magnitude (v)

Helicity (v, 3d)

X-Vorticity (v, 3d)

Y-Vorticity (v, 3d)

Z-Vorticity (v, 3d)

Cell Reynolds Number (v, cve)

Compressible Wall Reynolds Number (e,fv,v,cmp)

Cell Convective Courant Number (seg, cve)

Moving Mesh Courant Number (trn, fm or mm or dm)

Multiphase Minimum Time Scale (trn, fm or mm or dm)

Cell Acoustic Courant Number (cmp, seg, cve)

Preconditioning Reference Velocity (cpl)

Q Criterion Normalized

Q Criterion Raw

Lambda 2 Criterion

Table 42.4: Temperature, Radiation, Solidification/Melting, and Two-Temperature Model Categories

Category	Variable
Temperature...	Static Temperature (e, bnv, nv) User Energy Source (e) User Volumetric Energy Source (e) Total Temperature (e, nv) Sensible Enthalpy (e, nv) Enthalpy (e, nv) Relative Total Enthalpy (e, nv) Relative Total Temperature (e) Rothalpy (e, nv) Fine Scale Temperature (edc,e) Wall Temperature (fv, e, v) Wall Temperature (Thin) (th, fv, e, v) Wall Adjacent Temperature (fv, e) Total Enthalpy (e) Total Enthalpy Deviation (e) Entropy (e) Total Energy (e) Internal Energy (e) Non-Equilibrium Thermal Model Source (e, netm) NLBF Averaged Temperature (emm) Yplus Based Heat Transfer Reference Temperature (fv, e, v)
Radiation...	Absorption Coefficient (r, p1, do, mc, or dtrm) Scattering Coefficient (r, p1, do, or mc) Refractive Index (do or mc) Radiation Temperature (p1,do, or mc) Incident Radiation (p1, do, or mc) Incident Radiation (Band n) (p1 (non-gray), do (non-gray), or mc (non-gray)) Volumetric Absorbed Radiation (p1, do, or mc) Volumetric Emitted Radiation (p1, do, or mc) Wall Irradiation Flux.Normalized Std Deviation (mc) Radiation Intensity.Normalized Std Deviation (mc) Surface Cluster ID (fv, s2s)
Solidification/ Melting	Liquid Fraction (melt) Contact Resistivity (fv, melt) X Pull Velocity (melt (if calculated)) Y Pull Velocity (melt (if calculated)) Z Pull Velocity (melt (if calculated), 3d) Axial Pull Velocity (melt (if calculated), 2da) Radial Pull Velocity (melt (if calculated), 2da) Swirl Pull Velocity (melt (if calculated), 2dasw)
Two-Temperature Model	Translational-Rotational Temperature (e, cpl) Vibrational-Electronic Temperature (e, cpl) Internal Energy (e, cpl) Translational-Rotational Energy (e, cpl) Vibrational-Electronic Energy (e, cpl) Translational-Rotational over Vibrational-Electronic Temperature (e, cpl) Vibrational-Electronic Conductivity (e, cpl) Vibrational-Electronic Specific Heat (e, cpl) Mass-Averaged Relaxation Time (e, cpl) Frozen Sound Speed (e, cpl) Dissociation Vibration Source (e, cpl)

Table 42.5: Turbulence Category

Category	Variable
Turbulence...	Turbulent Kinetic Energy (k) (ke, kw, kklo, sst, rsm, les; sbes, sdes, bnv, nv, or emm) Laminar Kinetic Energy (kklo) Total Fluctuation Energy (kklo) Turbulent Intensity (ke, kw, kklo, sst, rsm, les, sbes, sdes) Intermittency (sst, kw, sas, des, sbes, sdes) Intermittency Effective (sst, sbes (with Transition SST only), sdes (with Transition SST only)) Momentum Thickness Re (sst, sbes (with Transition SST only), sdes (with Transition SST only)) Geometric Roughness Height (sst, sbes (with Transition SST only), sdes (with Transition SST only)) UU Reynolds Stress (rsm; emm) VV Reynolds Stress (rsm; emm) WW Reynolds Stress (rsm; emm) UV Reynolds Stress (rsm; emm) UW Reynolds Stress (rsm, 3d; emm) VW Reynolds Stress (rsm, 3d; emm) Resolved UV Reynolds Stress (sas, des, sbes, sdes, les) Resolved UW Reynolds Stress (sas, des, sbes, sdes, les) Resolved VW Reynolds Stress (sas, des, sbes, sdes, les) Turbulent Dissipation Rate (Epsilon) (ke, kw, kklo, sst, sbes, sdes, or rsm; bnv (k-epsilon model only), nv (k-epsilon model only), or emm) Specific Dissipation Rate (Omega) (kw, kklo, sst, sbes, sdes, rsm) Production of k (ke, kw, kklo, sst, rsm, les; emm) Production of laminar k (kklo) Modified Turbulent Viscosity (sa, des) Turbulent Viscosity (sa, ke, kw, kklo, sst, sbes, sdes, rsm, sas, des, les) Turbulent Viscosity (large-scale) (kklo) Turbulent Viscosity (small-scale) (kklo) Effective Viscosity (sa, ke, kw, kklo, sst, sbes, sdes, rsm, des; emm) Turbulent Viscosity Ratio (ke, kw, kklo, sst, sbes, sdes, rsm, sa, des, les; emm) LES Subgrid Turbulent Viscosity (les) Subgrid Kinetic Energy (les) Subgrid Turbulent Viscosity (les) Subgrid Turbulent Viscosity Ratio (les) Subgrid Effective Viscosity (les) Subgrid Filter Length (les) Subgrid Test-Filter Length (les) Subgrid Dissipation Rate (les) Subgrid Dynamic Viscosity Const (les) Subgrid Dynamic Prandtl Number (les) Subgrid Dynamic Sc of Species (les) Subtest Kinetic Energy (les) Effective Thermal Conductivity (t, e) Effective Prandtl Number (t, e) Wall Ystar (fv, ke, kw, kklo, sst, sbes, sdes, rsm, les) Wall Yplus (fv, t) Turbulent Reynolds Number (Re_y) (ke, kw, kklo, sst, sbes, sdes, rsm; ewt) Relative Length Scale (DES) (des) DES TKE Dissipation Multiplier (des) Curvature Correction Function fr (sa, ke, kw, sst, sbes, sdes, sas, des) Shielding Function for SBES or SDES (sbes, sdes) Blending Function for GEKO (geko) Built-in Correlation for GEKO Blending Function (geko)

Category

Variable

Turbulence...

Turbulent Kinetic Energy (k) (ke, kw, kklo, sst, rsm, les; sbes, sdes, bnv, nv, or emm)

Laminar Kinetic Energy (kklo)

Total Fluctuation Energy (kklo)

Turbulent Intensity (ke, kw, kklo, sst, rsm, les, sbes, sdes)

Intermittency (sst, kw, sas, des, sbes, sdes)

Intermittency Effective (sst, sbes (with Transition SST only), sdes (with Transition SST only))

Momentum Thickness Re (sst, sbes (with Transition SST only), sdes (with Transition SST only))

Geometric Roughness Height (sst, sbes (with Transition SST only), sdes (with Transition SST only))

UU Reynolds Stress (rsm; emm)

VV Reynolds Stress (rsm; emm)

WW Reynolds Stress (rsm; emm)

UV Reynolds Stress (rsm; emm)

UW Reynolds Stress (rsm, 3d; emm)

VW Reynolds Stress (rsm, 3d; emm)

Resolved UV Reynolds Stress (sas, des, sbes, sdes, les)

Resolved UW Reynolds Stress (sas, des, sbes, sdes, les)

Resolved VW Reynolds Stress (sas, des, sbes, sdes, les)

Turbulent Dissipation Rate (Epsilon) (ke, kw, kklo, sst, sbes, sdes, or rsm; bnv (k-epsilon model only), nv (k-epsilon model only), or emm)

Specific Dissipation Rate (Omega) (kw, kklo, sst, sbes, sdes, rsm)

Production of k (ke, kw, kklo, sst, rsm, les; emm)

Production of laminar k (kklo)

Modified Turbulent Viscosity (sa, des)

Turbulent Viscosity (sa, ke, kw, kklo, sst, sbes, sdes, rsm, sas, des, les)

Turbulent Viscosity (large-scale) (kklo)

Turbulent Viscosity (small-scale) (kklo)

Effective Viscosity (sa, ke, kw, kklo, sst, sbes, sdes, rsm, des; emm)

Turbulent Viscosity Ratio (ke, kw, kklo, sst, sbes, sdes, rsm, sa, des, les; emm)

LES Subgrid Turbulent Viscosity (les)

Subgrid Kinetic Energy (les)

Subgrid Turbulent Viscosity (les)

Subgrid Turbulent Viscosity Ratio (les)

Subgrid Effective Viscosity (les)

Subgrid Filter Length (les)

Subgrid Test-Filter Length (les)

Subgrid Dissipation Rate (les)

Subgrid Dynamic Viscosity Const (les)

Subgrid Dynamic Prandtl Number (les)

Subgrid Dynamic Sc of Species (les)

Subtest Kinetic Energy (les)

Effective Thermal Conductivity (t, e)

Effective Prandtl Number (t, e)

Wall Ystar (fv, ke, kw, kklo, sst, sbes, sdes, rsm, les)

Wall Yplus (fv, t)

Turbulent Reynolds Number (Re_y) (ke, kw, kklo, sst, sbes, sdes, rsm; ewt)

Relative Length Scale (DES) (des)

DES TKE Dissipation Multiplier (des)

Curvature Correction Function fr (sa, ke, kw, sst, sbes, sdes, sas, des)

Shielding Function for SBES or SDES (sbes, sdes)

Blending Function for GEKO (geko)

Built-in Correlation for GEKO Blending Function (geko)

Table 42.6: Runtime DFT Category

Category	Variable
Runtime DFT...	<dft-dataset-name>_<frequency>-ba-mag (stat, trn) <dft-dataset-name>_<frequency>-ta-mag (stat, trn) <dft-dataset-name>_<frequency>-ta-phase (stat, trn)

Category

Variable

Runtime DFT...

<dft-dataset-name>_<frequency>-ba-mag (stat, trn)

<dft-dataset-name>_<frequency>-ta-mag (stat, trn)

<dft-dataset-name>_<frequency>-ta-phase (stat, trn)

Table 42.7: Species, Reactions, Pdf, and Premixed Combustion Categories

Category	Variable
Species...	Mass fraction of `species-n` (sp, pdf, or ppmx; nv) Mole fraction of `species-n` (sp, pdf, or ppmx) *Mass Concentration of `species-n`* (Phase Level) (sp) Mass Concentration of `species-n` (Mixture Level)** (sp) Molar Concentration of `species-n` (sp, pdf, or ppmx) Lam Diff Coef of `species-n` (sp, dil) Eff Diff Coef of `species-n` (t, sp, dil) Thermal Diff Coef of `species-n` (sp) Enthalpy of `species-n` (sp) `species-n` Source Term (rc, cpl) Surface Deposition Rate of `species-n` (sr) Surface Coverage of `species-n` (sr) Porous Deposition Rate of `species-n` (sr) Relative Humidity (sp, pdf, or ppmx; h2o) Time Step Scale (sp, stcm) Fine Scale Mass fraction of `species-n` (edc) Cell Time Scale (edc) EDC Cell Volume Fraction (edc) DRG Reduced Number of Species (sp) Reactor Net Zone ID (sp) Reactor Net Temperature (sp) Reactor Net Mass fraction of `species-n` (sp) Surface Corrosion Rate of `species-n` (echem)
Reactions...	Rate of Reaction-n (rc) Kinetic Rate of Reaction-n (rc) Turbulent Rate of Reaction-n (rc, t) Heat of Reaction (e, rc) Net Reaction Rate of `Species-n` (edc, stcm) DRG Reduced Number of Reactions (sp) Echem Reaction Rate of Reaction-n (echem)
Pdf...	Mean Mixture Fraction (pdf or ppmx; nv) Secondary Mean Mixture Fraction (pdf or ppmx; nv) Mixture Fraction Variance (pdf or ppmx; nv) Secondary Mixture Fraction Variance (pdf or ppmx; nv) Fvar Prod (pdf or ppmx) Fvar2 Prod (pdf or ppmx) Scalar Dissipation (pdf or ppmx) Heat Release Rate (pdf or ppmx) PDF Table Adiabatic Enthalpy (pdf or ppmx) PDF Table Heat Loss/Gain (e, pdf or ppmx)
Premixed Combustion...	Progress Variable (pmx or ppmx; nv) Progress Variable Variance (ppmx; nv) Scalar Mass Fraction of `species-n` (ppmx) Forward Reaction Rate of `PDF scalar-n` (ppmx) Reverse Reaction Rate of `PDF scalar-n` (ppmx) Damkohler Number (pmx or ppmx) Stretch Factor (pmx or ppmx) Turbulent Flame Speed (pmx or ppmx) Static Temperature (pmx or ppmx) Product Formation Rate (pmx or ppmx) Laminar Flame Speed (pmx or ppmx) Critical Strain Rate (pmx or ppmx) Adiabatic Flame Temperature (pmx or ppmx) Unburnt Fuel Mass Fraction (pmx or ppmx) Strained Laminar Flame Speed (ppmx)

Table 42.8: NOx, Soot, and Steady|Unsteady Statistics Categories

Category	Variable
NOx...	Mass fraction of Pollutant no (nox) Mass fraction of Pollutant hcn (nox) Mass fraction of Pollutant nh3 (nox) Mass fraction of Pollutant n2o (nox) Mole fraction of Pollutant no (nox) Mole fraction of Pollutant hcn (nox) Mole fraction of Pollutant nh3 (nox) Mole fraction of Pollutant n2o (nox) no Density (nox) hcn Density (nox) nh3 Density (nox) n2o Density (nox) RMS of Temperature (nox) Variance of Species (nox) Variance of Species 1 (nox) Variance of Species 2 (nox) Rate of NO (nox) Rate of Thermal NO (nox) Rate of Prompt NO (nox) Rate of Fuel NO (nox) Rate of N2OPath NO (nox) Rate of Reburn NO (nox) Rate of SNCR NO (nox) Rate of USER NO (nox)
Soot...	Average Number of Particles in Soot Aggregate (soot) Mass fraction of soot (soot) Mass fraction of Nuclei (soot) Mole fraction of soot (soot) Normalized Concentration of Nuclei (soot) Normalized Soot Aggregation Moments (soot) Normalized soot moments (soot) Primary Particle Diameter (soot) Rate of Coagulation (soot) Rate of Nuclei (soot) Rate of Nucleation (soot) Rate of Oxidation (soot) Rate of Soot (soot) Rate of Soot Mass Nucleation (soot) Rate of Surface Growth (soot) Soot Density (soot) Soot Mean Diameter (soot) Soot Surface Area (soot) Soot Volume fraction (soot)
Steady\|Unsteady DPM Statistics...	Accum DPM Parcels in Cell (dpm, stat) Accum DPM Particles in Cell (dpm, stat) Mean DPM n (dpm, stat) RMS DPM n (dpm, stat)
Steady\|Unsteady Statistics...	Mean n (stat) Mean- cff_n (stat) RMSE n (stat) RMSE- cff_n (stat)

Table 42.9: Phases, Discrete Phase Model, Granular Pressure, Granular Temperature, and Wall Film Categories

Category	Variable
Phase Interaction...	Heat of Heterogeneous Reaction Mass Transfer Rate `n` Saturation Vapor Pressure `n` Saturation Temperature `n` Latent Heat `n` Mass Transfer Coefficient (Kl) Flow Regime Blending Factors Fcc (mix) Flow Regime Blending Factors Fcd (mix) Flow Regime Blending Factors Fdc (mix) Flow Regime Blending Factors Fdd (mix) Slip X-velocity (mix) Slip Y-velocity (mix) Slip Z-velocity (mix, 3d) Relaxation Time (mix) Saturation Temperature (emm) Liquid Subcooling (emm) Wall Superheat (emm) Bubble Departure Diameter (emm) Bubble Departure Frequency (emm) Bubble Waiting Time (emm) Bubble Area Fraction (emm) Bubble Nucleation Site Density (emm)
Phases...	Smoothed VOF Gradient-dX (mp) Smoothed VOF Gradient-dY (mp) Smoothed VOF Gradient-dZ (mp) Smooth VOF Gradient Magnitude (mp) Volume fraction (mp)
Lump Detection...	Lump ID (vof-dpm) Lump Diameter (vof-dpm) Lump Density (vof-dpm) Lump Asph. by Rad. Std. Dev. (vof-dpm) Lump Asph. by Orthogonality (vof-dpm) Lump X, Y, Z Coordinate (vof-dpm) Lump Temperature (vof-dpm, e) Lump Enthalpy (vof-dpm, e) Lump Pressure (vof-dpm, e)
Discrete Phase Variables...	DPM Erosion Rate (DNV) (dpm, cv, fv) DPM Erosion Rate (Generic) (dpm, cv, fv) DPM Erosion Rate (Finnie) (dpm, cv, fv) DPM Erosion Rate (McLaury) (dpm, cv, fv) DPM Erosion Rate (Oka) (dpm, cv, fv) DPM Erosion Rate (Wall Shear) (dpm, cv, fv, gran) DPM Accretion (dpm, cv, fv) DPM Volume Fraction (dpm, dpmean) DPM Parcels in Cell (dpm, dpmean) DPM Particles in Cell (dpm, dpmean) DPM Number Density (dpm, dpmean) DPM Collision Rate (dpm) DPM X Velocity (dpm, dpmean) DPM Y Velocity (dpm, dpmean) DPM Z Velocity (dpm, dpmean) DPM Diameter (dpm, dpmean) DPM Density (dpm, dpmean) DPM Temperature (dpm, dpmean) DPM Enthalpy (dpm, dpmean) DPM Specific Heat (dpm, dpmean) DPM D20 (dpm, dpmean) DPM D30 (dpm, dpmean) DPM D32 (dpm, dpmean) DPM D43 (dpm, dpmean) DPM Granular Temperature (ddpm, gran) DPM Conc of `<component>` (dpm, dpmean, sp) DPM RMS X Velocity (dpm, dprms) DPM RMS Y Velocity (dpm, dprms) DPM RMS Z Velocity (dpm, dprms) DPM RMS Diameter (dpm, dprms) DPM RMS Temperature (dpm, dprms) DPM Absorption Coefficient (dpm, rad) DPM Emission (dpm, rad) DPM Scattering (dpm, rad) DPM Concentration (dpm) DPM Wall X Force (dpm) DPM Wall Y Force (dpm) DPM Wall Z Force (dpm) DPM Wall Normal Pressure (dpm)
Discrete Phase Sources...	DPM Mass Source (dpm) DPM X Momentum Source (dpm) DPM Y Momentum Source (dpm) DPM Z Momentum Source (dpm, 3d) DPM Swirl Momentum Source (dpm, 2dasw) DPM Sensible Enthalpy Source (dpm, e, rc) DPM Enthalpy Source (dpm, e) DPM Burnout (dpm, sp, e) DPM Evaporation/Devolatilization (dpm, sp, e) *DPM `species-n`* Source (dpm, sp, e) DPM Mixture Fraction Source (dpm, pdf or ppmx) DPM Mixture Fraction Secondary Source (dpm, pdf or ppmx) DPM Inert Source** (dpm, pdf or ppmx)
Granular Pressure...	Granular Pressure (emm, gran)
Granular Temperature...	Granular Temperature (emm, gran)
Wall Film...	Wall Film Height (dpm, lwf) Wall Film Impingement Mass Flux (dpm, lwf) Wall Film Face Pressure (dpm, lwf) Wall Film Mass (dpm, lwf) Wall Film Temperature (dpm, lwf) Wall Film Heat Flux (dpm, lwf) Wall Film Heat Transfer Coefficient (dpm, lwf) Wall Film Surface Temperature (dpm, lwf) Wall Film X-Velocity (dpm, lwf) Wall Film Y-Velocity (dpm, lwf) Wall Film Z-Velocity (dpm, lwf, 3d) Wall Film Velocity Magnitude (dpm, lwf) Wall Leidenfrost Temperature (dpm, lwf) Wall Coverage (dpm, lwf) Film Mass Fraction of `material-i` (dpm, lwf)

Table 42.10: Properties Category

Category	Variable
Properties...	Molecular Viscosity (v) Diameter (mix, emm) Granular Conductivity (mix, emm, gran) Thermal Conductivity (e, v) Thermal Conductivity XX (e, v) Thermal Conductivity XY (e, v) Thermal Conductivity XZ (e, v) Thermal Conductivity YX (e, v) Thermal Conductivity YY (e, v) Thermal Conductivity YZ (e, v) Thermal Conductivity ZX (e, v) Thermal Conductivity ZY (e, v) Thermal Conductivity ZZ (e, v) Specific Heat (Cp) (e) Specific Heat Ratio (gamma) (id) Gas Constant (R) (id or rg) Molecular Prandtl Number (e, v) Mean Molecular Weight (seg, pdf) Sound Speed (id or rg) Compressibility Factor (rg) Reduced Temperature (ark) Reduced Pressure (ark) Critical Temperature (ark, spe) Critical Pressure (ark, spe) Acentric Factor (ark,spe) Critical Specific Volume (ark,spe) Spinodal Temperature (ark) Electric Conductivity (pot)

Category

Variable

Properties...

Molecular Viscosity (v)

Diameter (mix, emm)

Granular Conductivity (mix, emm, gran)

Thermal Conductivity (e, v)

Thermal Conductivity XX (e, v)

Thermal Conductivity XY (e, v)

Thermal Conductivity XZ (e, v)

Thermal Conductivity YX (e, v)

Thermal Conductivity YY (e, v)

Thermal Conductivity YZ (e, v)

Thermal Conductivity ZX (e, v)

Thermal Conductivity ZY (e, v)

Thermal Conductivity ZZ (e, v)

Specific Heat (Cp) (e)

Specific Heat Ratio (gamma) (id)

Gas Constant (R) (id or rg)

Molecular Prandtl Number (e, v)

Mean Molecular Weight (seg, pdf)

Sound Speed (id or rg)

Compressibility Factor (rg)

Reduced Temperature (ark)

Reduced Pressure (ark)

Critical Temperature (ark, spe)

Critical Pressure (ark, spe)

Acentric Factor (ark,spe)

Critical Specific Volume (ark,spe)

Spinodal Temperature (ark)

Electric Conductivity (pot)

Table 42.11: Eulerian Wall Film Category

Category	Variable
Eulerian Wall Film...	Film Thickness (3d, ewf) Film Mass (3d, ewf) Film Temperature (3d, ewf) Film X-Velocity (3d, ewf) Film Y-Velocity (3d, ewf) Film Z-Velocity (3d, ewf) Film Velocity Magnitude (3d, ewf) Film Coverage (3d, ewf) Film Effective Pressure (3d, ewf) Film Surface X-Velocity (3d, ewf) Film Surface Y-Velocity (3d, ewf) Film Surface Z-Velocity (3d, ewf) Film Surface Velocity Magnitude (3d, ewf) Film Surface Temperature (3d, ewf) Film Passive Scalar (3d, ewf) Film Courant Number (3d, ewf) Film Weber Number (3d, ewf) Film Stripped Mass (3d, ewf) Film Stripped Diam (3d, ewf) Film DPM Mass Source (3d, ewf, dpm) Film DPM Energy Source (3d, ewf, dpm) Film DPM X-Momentum Source (3d, ewf, dpm) Film DPM Y-Momentum Source (3d, ewf, dpm) Film DPM Z-Momentum Source (3d, ewf, dpm) Film X-Momentum Source (3d, ewf) Film Y-Momentum Source (3d, ewf) Film Separated Mass (3d, ewf) Film Separated Diam (3d, ewf) Film Separation Rate (3d, ewf) Film Phase Change Rate (3d, ewf) Film Outflow Mass (3d, ewf) Film Secondary Phase Mass (3d, ewf) Film Secondary Phase Collection Coef (3d, ewf) Film VOF Equivalent Thickness (3d, ewf) Film Total Equivalent Thickness (3d, ewf) Film Volume Fraction (3d, ewf) Film Total Equivalent Volume Fraction (3d, ewf) Film Height Fraction (3d, ewf) Film Total Equivalent Height Fraction (3d, ewf) Film VOF Mass Exchange (3d, ewf) Film VOF Exchanged Mass (3d, ewf)

Category

Variable

Eulerian Wall Film...

Film Thickness (3d, ewf)

Film Mass (3d, ewf)

Film Temperature (3d, ewf)

Film X-Velocity (3d, ewf)

Film Y-Velocity (3d, ewf)

Film Z-Velocity (3d, ewf)

Film Velocity Magnitude (3d, ewf)

Film Coverage (3d, ewf)

Film Effective Pressure (3d, ewf)

Film Surface X-Velocity (3d, ewf)

Film Surface Y-Velocity (3d, ewf)

Film Surface Z-Velocity (3d, ewf)

Film Surface Velocity Magnitude (3d, ewf)

Film Surface Temperature (3d, ewf)

Film Passive Scalar (3d, ewf)

Film Courant Number (3d, ewf)

Film Weber Number (3d, ewf)

Film Stripped Mass (3d, ewf)

Film Stripped Diam (3d, ewf)

Film DPM Mass Source (3d, ewf, dpm)

Film DPM Energy Source (3d, ewf, dpm)

Film DPM X-Momentum Source (3d, ewf, dpm)

Film DPM Y-Momentum Source (3d, ewf, dpm)

Film DPM Z-Momentum Source (3d, ewf, dpm)

Film X-Momentum Source (3d, ewf)

Film Y-Momentum Source (3d, ewf)

Film Separated Mass (3d, ewf)

Film Separated Diam (3d, ewf)

Film Separation Rate (3d, ewf)

Film Phase Change Rate (3d, ewf)

Film Outflow Mass (3d, ewf)

Film Secondary Phase Mass (3d, ewf)

Film Secondary Phase Collection Coef (3d, ewf)

Film VOF Equivalent Thickness (3d, ewf)

Film Total Equivalent Thickness (3d, ewf)

Film Volume Fraction (3d, ewf)

Film Total Equivalent Volume Fraction (3d, ewf)

Film Height Fraction (3d, ewf)

Film Total Equivalent Height Fraction (3d, ewf)

Film VOF Mass Exchange (3d, ewf)

Film VOF Exchanged Mass (3d, ewf)

Table 42.12: Sensitivities Category

Category	Variable
Sensitivities...	Magnitude of Sensitivity to Body Forces (Cell Values) (adj) Sensitivity to Body Force X-Component (Cell Values) (adj) Sensitivity to Body Force Y-Component (Cell Values) (adj) Sensitivity to Body Force Z-Component (Cell Values) (adj, 3d) Sensitivity to Mass Sources (Cell Values) (adj) Sensitivity to Energy Sources (Cell Values) (adj, aen) Sensitivity to Turbulent Kinetic Energy Sources (Cell Values) (adj, adt) Sensitivity to Specific Dissipation Rate Sources (Cell Values) (adj, adt) Artificial Dissipation (adj, adis) Sensitivity to Viscosity (adj) Shape Sensitivity Magnitude (adj) Normal Shape Sensitivity (adj) Normal Optimal Displacement (adj) Optimal Displacement X-Component (adj) Optimal Displacement Y-Component (adj) Optimal Displacement Z-Component (adj) log10(Shape Sensitivity Magnitude) (adj) Shape Sensitivity X Component (adj) Shape Sensitivity Y Component (adj) Shape Sensitivity Z Component (adj, 3d) Sensitivity to Boundary X-Velocity (adj) Sensitivity to Boundary Y-Velocity (adj) Sensitivity to Boundary Z-Velocity (adj, 3d) Sensitivity to Boundary Pressure (adj) Sensitivity to Boundary Temperature (adj, aen) Sensitivity to Boundary Heat Flux (adj, aen) Sensitivity to Flow Blockage (adj) Sensitivity to GEKO CSEP (adj, adt) Sensitivity to GEKO CNW (adj, adt) Sensitivity to GEKO CMIX (adj, adt) Sensitivity to GEKO Blending Function (adj, adt) Sensitivity to CCURV (adj, adt) Adjoint GEKO CSEP (adj, adt) Adjoint GEKO CNW (adj, adt) Adjoint GEKO CMIX (adj, adt) Adjoint GEKO BF (adj, adt) Adjoint GEKO CSEP (Trained) (adj, adt, adnn, adjtr) Adjoint GEKO CNW (Trained) (adj, adt, adnn, adjtr) Adjoint GEKO CMIX (Trained) (adj, adt, adnn, adjtr) Adjoint GEKO BF (Trained) (adj, adt, adnn, adjtr) Non-Equilibrium Parameter (adj, adt, adnn) Second Invariant (adj, adt, adnn) Third Invariant (adj, adt, adnn) Fourth Invariant (adj, adt, adnn) Fifth Invariant (adj, adt, adnn) Length Ratio (adj, adt, adnn) Turbulent Reynolds Number (Scaled) (adj, adt, adnn) Turbulent Viscosity Ratio (Scaled) (adj, adt, adnn) Adjoint Local Solution Marker (adj) Adjoint X-Velocity Residual (adj) Adjoint Y-Velocity Residual (adj) Adjoint Z-Velocity Residual (adj) Adjoint Continuity Residual (adj) Adjoint Local Flow Rate Residual (adj) Adjoint Energy Residual (adj, aen) Adjoint Turbulent Kinetic Energy Residual (adj, adt) Adjoint Specific Dissipation Rate Residual (adj, adt)

Category

Variable

Sensitivities...

Magnitude of Sensitivity to Body Forces (Cell Values) (adj)

Sensitivity to Body Force X-Component (Cell Values) (adj)

Sensitivity to Body Force Y-Component (Cell Values) (adj)

Sensitivity to Body Force Z-Component (Cell Values) (adj, 3d)

Sensitivity to Mass Sources (Cell Values) (adj)

Sensitivity to Energy Sources (Cell Values) (adj, aen)

Sensitivity to Turbulent Kinetic Energy Sources (Cell Values) (adj, adt)

Sensitivity to Specific Dissipation Rate Sources (Cell Values) (adj, adt)

Artificial Dissipation (adj, adis)

Sensitivity to Viscosity (adj)

Shape Sensitivity Magnitude (adj)

Normal Shape Sensitivity (adj)

Normal Optimal Displacement (adj)

Optimal Displacement X-Component (adj)

Optimal Displacement Y-Component (adj)

Optimal Displacement Z-Component (adj)

log10(Shape Sensitivity Magnitude) (adj)

Shape Sensitivity X Component (adj)

Shape Sensitivity Y Component (adj)

Shape Sensitivity Z Component (adj, 3d)

Sensitivity to Boundary X-Velocity (adj)

Sensitivity to Boundary Y-Velocity (adj)

Sensitivity to Boundary Z-Velocity (adj, 3d)

Sensitivity to Boundary Pressure (adj)

Sensitivity to Boundary Temperature (adj, aen)

Sensitivity to Boundary Heat Flux (adj, aen)

Sensitivity to Flow Blockage (adj)

Sensitivity to GEKO CSEP (adj, adt)

Sensitivity to GEKO CNW (adj, adt)

Sensitivity to GEKO CMIX (adj, adt)

Sensitivity to GEKO Blending Function (adj, adt)

Sensitivity to CCURV (adj, adt)

Adjoint GEKO CSEP (adj, adt)

Adjoint GEKO CNW (adj, adt)

Adjoint GEKO CMIX (adj, adt)

Adjoint GEKO BF (adj, adt)

Adjoint GEKO CSEP (Trained) (adj, adt, adnn, adjtr)

Adjoint GEKO CNW (Trained) (adj, adt, adnn, adjtr)

Adjoint GEKO CMIX (Trained) (adj, adt, adnn, adjtr)

Adjoint GEKO BF (Trained) (adj, adt, adnn, adjtr)

Non-Equilibrium Parameter (adj, adt, adnn)

Second Invariant (adj, adt, adnn)

Third Invariant (adj, adt, adnn)

Fourth Invariant (adj, adt, adnn)

Fifth Invariant (adj, adt, adnn)

Length Ratio (adj, adt, adnn)

Turbulent Reynolds Number (Scaled) (adj, adt, adnn)

Turbulent Viscosity Ratio (Scaled) (adj, adt, adnn)

Adjoint Local Solution Marker (adj)

Adjoint X-Velocity Residual (adj)

Adjoint Y-Velocity Residual (adj)

Adjoint Z-Velocity Residual (adj)

Adjoint Continuity Residual (adj)

Adjoint Local Flow Rate Residual (adj)

Adjoint Energy Residual (adj, aen)

Adjoint Turbulent Kinetic Energy Residual (adj, adt)

Adjoint Specific Dissipation Rate Residual (adj, adt)

Table 42.13: Wall Fluxes, User Defined Scalars, and User Defined Memory Categories

Category	Variable
Wall Fluxes...	Wall Shear Stress (v, emm, fv) X-Wall Shear Stress (v, 2d, 3d, emm, fv) Y-Wall Shear Stress (v, 2d, 3d, emm, fv) Z-Wall Shear Stress (v, 3d, emm, fv) Axial-Wall Shear Stress (2da, 2dasw, fv) Radial-Wall Shear Stress (2da, 2dasw, fv) Swirl-Wall Shear Stress (2dasw, fv) Skin Friction Coefficient (v, emm, fv) Total Surface Heat Flux (e, v, fv) Radiation Heat Flux (fv, rad) Solar Heat Flux (sol, fv) Absorbed Radiation Flux (Band-n) (do, mc, fv) Absorbed Visible Solar Flux (sol, fv) Absorbed IR Solar Flux (sol, fv) Reflected Radiation Flux (Band-n) (do, mc, fv) Reflected Visible Solar Flux (sol, fv) Reflected IR Solar Flux (sol, fv) Transmitted Radiation Flux (Band-n) (do, mc, fv) Transmitted Visible Solar Flux (sol, fv) Transmitted IR Solar Flux (sol, fv) Beam Irradiation Flux (Band-n) (do, mc, fv) Surface Incident Radiation (do, dtrm, s2s, mc, fv) Surface Heat Transfer Coef. (e, v, fv) Wall Func. Heat Tran. Coef. (e, v, fv) Wall Adjacent Heat Transfer Coef. (e, fv) Surface Nusselt Number (e, v, fv) Surface Stanton Number (e, v, fv) Yplus Based Heat Transfer Coefficient (e, v, fv) SMB Single Phase Heat Flux (mix) SMB Nucleate Boiling Heat Flux (mix) Wall Deposition Thickness (sr)
User Defined Scalars...	Scalar-n (bnv, uds) Diffusion Coef. of Scalar-n (bnv, uds)
User Defined Memory...	User Memory <n> (bnv, udm) User Node Memory <n> (bnv, udm)

Category

Variable

Wall Fluxes...

Wall Shear Stress (v, emm, fv)

X-Wall Shear Stress (v, 2d, 3d, emm, fv)

Y-Wall Shear Stress (v, 2d, 3d, emm, fv)

Z-Wall Shear Stress (v, 3d, emm, fv)

Axial-Wall Shear Stress (2da, 2dasw, fv)

Radial-Wall Shear Stress (2da, 2dasw, fv)

Swirl-Wall Shear Stress (2dasw, fv)

Skin Friction Coefficient (v, emm, fv)

Total Surface Heat Flux (e, v, fv)

Radiation Heat Flux (fv, rad)

Solar Heat Flux (sol, fv)

Absorbed Radiation Flux (Band-n) (do, mc, fv)

Absorbed Visible Solar Flux (sol, fv)

Absorbed IR Solar Flux (sol, fv)

Reflected Radiation Flux (Band-n) (do, mc, fv)

Reflected Visible Solar Flux (sol, fv)

Reflected IR Solar Flux (sol, fv)

Transmitted Radiation Flux (Band-n) (do, mc, fv)

Transmitted Visible Solar Flux (sol, fv)

Transmitted IR Solar Flux (sol, fv)

Beam Irradiation Flux (Band-n) (do, mc, fv)

Surface Incident Radiation (do, dtrm, s2s, mc, fv)

Surface Heat Transfer Coef. (e, v, fv)

Wall Func. Heat Tran. Coef. (e, v, fv)

Wall Adjacent Heat Transfer Coef. (e, fv)

Surface Nusselt Number (e, v, fv)

Surface Stanton Number (e, v, fv)

Yplus Based Heat Transfer Coefficient (e, v, fv)

SMB Single Phase Heat Flux (mix)

SMB Nucleate Boiling Heat Flux (mix)

Wall Deposition Thickness (sr)

User Defined Scalars...

Scalar-n (bnv, uds)

Diffusion Coef. of Scalar-n (bnv, uds)

User Defined Memory...

User Memory <n> (bnv, udm)

User Node Memory <n> (bnv, udm)

Table 42.14: Cell Info and Mesh Categories

Category	Variable
Cell Info...	Active Cell Partition (cve) Stored Cell Partition (cve) Cell Id (cve) Cell Element Type (cve) Cell Zone Type (cve) Cell Zone Index (cve) Overset Cell Type (cve, os) Overset Donor Count (os, cve) Overset Receptor Count (os, cve) Partition Neighbors (cve) Contact Cell Mark (con, cv, cve) Gap ID (gap) Gap Type (gap) Flow-Blocking Gap Interface (gap)
Mesh...	X-Coordinate (nv) Y-Coordinate (nv) Z-Coordinate (3d, nv) Axial Coordinate (nv) Angular Coordinate (3d, nv) Abs. Angular Coordinate (3d, nv) Radial Coordinate Face Area Magnitude X Face Area Y Face Area Z Face Area (3d) Orthogonal Quality Aspect Ratio (cve) Cell Equiangle Skew (cve) Cell Equivolume Skew (cve) Cell Volume (cve) 2D Cell Volume (2da, cve) Interface Overlap Fraction Cell Wall Distance (cve, w) Face Handedness Accumulated Deformation (dpm, dm, fv) Gradient Quality Measure (cgq) Solution and Cell Quality Measure (scq) Mark Poor Elements Cell Volume Derivative (cve) Cell Volume Error (cve) Dynamic Cell Volume Dynamic Cell Volume Change (cve) Cell Volume Change Cell Surface Area (mcv) Cell Warpage (mcv) Boundary Layer Cells Boundary Cell Distance (cve) Boundary Normal Distance (cve) Boundary Volume Distance (cve) Cell Refine Level Overset Donor Size Ratio (os) X Periodic Displacement Y Periodic Displacement Z Periodic Displacement X Imaginary Periodic Displacement Y Imaginary Periodic Displacement Z Imaginary Periodic Displacement X Imaginary Periodic Displacement Y Imaginary Periodic Displacement Z Imaginary Periodic Displacement X Relative Mesh Displacement Y Relative Mesh Displacement Z Relative Mesh Displacement X Total Mesh Displacement Y Total Mesh Displacement Z Total Mesh Displacement Sponge Layer Distance (spo) Sponge Blending Function (spo)

Category

Variable

Cell Info...

Active Cell Partition (cve)

Stored Cell Partition (cve)

Cell Id (cve)

Cell Element Type (cve)

Cell Zone Type (cve)

Cell Zone Index (cve)

Overset Cell Type (cve, os)

Overset Donor Count (os, cve)

Overset Receptor Count (os, cve)

Partition Neighbors (cve)

Contact Cell Mark (con, cv, cve)

Gap ID (gap)

Gap Type (gap)

Flow-Blocking Gap Interface (gap)

Mesh...

X-Coordinate (nv)

Y-Coordinate (nv)

Z-Coordinate (3d, nv)

Axial Coordinate (nv)

Angular Coordinate (3d, nv)

Abs. Angular Coordinate (3d, nv)

Radial Coordinate

Face Area Magnitude

X Face Area

Y Face Area

Z Face Area (3d)

Orthogonal Quality

Aspect Ratio (cve)

Cell Equiangle Skew (cve)

Cell Equivolume Skew (cve)

Cell Volume (cve)

2D Cell Volume (2da, cve)

Interface Overlap Fraction

Cell Wall Distance (cve, w)

Face Handedness

Accumulated Deformation (dpm, dm, fv)

Gradient Quality Measure (cgq)

Solution and Cell Quality Measure (scq)

Mark Poor Elements

Cell Volume Derivative (cve)

Cell Volume Error (cve)

Dynamic Cell Volume

Dynamic Cell Volume Change (cve)

Cell Volume Change

Cell Surface Area (mcv)

Cell Warpage (mcv)

Boundary Layer Cells

Boundary Cell Distance (cve)

Boundary Normal Distance (cve)

Boundary Volume Distance (cve)

Cell Refine Level

Overset Donor Size Ratio (os)

X Periodic Displacement

Y Periodic Displacement

Z Periodic Displacement

X Imaginary Periodic Displacement

Y Imaginary Periodic Displacement

Z Imaginary Periodic Displacement

X Imaginary Periodic Displacement

Y Imaginary Periodic Displacement

Z Imaginary Periodic Displacement

X Relative Mesh Displacement

Y Relative Mesh Displacement

Z Relative Mesh Displacement

X Total Mesh Displacement

Y Total Mesh Displacement

Z Total Mesh Displacement

Sponge Layer Distance (spo)

Sponge Blending Function (spo)

Table 42.15: Perforated Walls Category

Category	Variable
Perforated Walls...	Tagged Face (seg) Injection Hole Mass Flow Rate (seg) Injection Pressure (seg) Conjugate Heat Transfer (seg)

Category

Variable

Perforated Walls...

Tagged Face (seg)

Injection Hole Mass Flow Rate (seg)

Injection Pressure (seg)

Conjugate Heat Transfer (seg)

Table 42.16: Mesh Category (Turbomachinery-Specific Variables)

Category	Variable
Mesh...	Meridional Coordinate (nv, turbo) Abs Meridional Coordinate (nv, turbo) Spanwise Coordinate (nv, turbo) Abs (H-C) Spanwise Coordinate (nv, turbo) Abs (C-H) Spanwise Coordinate (nv, turbo) Pitchwise Coordinate (nv, turbo) Abs Pitchwise Coordinate (nv, turbo)

Category

Variable

Mesh...

Meridional Coordinate (nv, turbo)

Abs Meridional Coordinate (nv, turbo)

Spanwise Coordinate (nv, turbo)

Abs (H-C) Spanwise Coordinate (nv, turbo)

Abs (C-H) Spanwise Coordinate (nv, turbo)

Pitchwise Coordinate (nv, turbo)

Abs Pitchwise Coordinate (nv, turbo)

Table 42.17: Residuals Category

Category Variable

Category	Variable
Residuals...	Mass Imbalance (seg) Pressure Residual (ret) X Velocity Residual (ret) Y Velocity Residual (ret) Z Velocity Residual (3d, ret) Swirl Velocity Residual (2dasw, ret) Temperature Residual (e, ret) `Species-n` Residual (sp, ret) Time Step (cpl)

Residuals...

Mass Imbalance (seg)

Pressure Residual (ret)

X Velocity Residual (ret)

Y Velocity Residual (ret)

Z Velocity Residual (3d, ret)

Swirl Velocity Residual (2dasw, ret)

Temperature Residual (e, ret)

Species-n Residual (sp, ret)

Time Step (cpl)

Table 42.18: Derivatives Category

Category	Variable
Derivatives...	BCD Scheme Boundedness (seg, bcde) Strain Rate (v) dX-Velocity/dx dY-Velocity/dx dZ-Velocity/dx (3d) dAxial-Velocity/dx (2da) dRadial-Velocity/dx (2da) dSwirl-Velocity/dx (2dasw) d species-n/dx (cpl, sp) dX-Velocity/dy dY-Velocity/dy dZ-Velocity/dy (3d) dAxial-Velocity/dy (2da) dRadial-Velocity/dy (2da) dSwirl-Velocity/dy (2dasw) d species-n/dy (cpl, sp) dX-Velocity/dz (3d) dY-Velocity/dz (3d) dZ-Velocity/dz (3d) d species-n/dz (cpl, sp, 3d) dOmega/dx (2dasw) dOmega/dy (2dasw) dp-dX (seg) dp-dY (seg) dp-dZ (seg, 3d) dp-dt (trn) Pressure Hessian Indicator

Category

Variable

Derivatives...

BCD Scheme Boundedness (seg, bcde)

Strain Rate (v)

dX-Velocity/dx

dY-Velocity/dx

dZ-Velocity/dx (3d)

dAxial-Velocity/dx (2da)

dRadial-Velocity/dx (2da)

dSwirl-Velocity/dx (2dasw)

d species-n/dx (cpl, sp)

dX-Velocity/dy

dY-Velocity/dy

dZ-Velocity/dy (3d)

dAxial-Velocity/dy (2da)

dRadial-Velocity/dy (2da)

dSwirl-Velocity/dy (2dasw)

d species-n/dy (cpl, sp)

dX-Velocity/dz (3d)

dY-Velocity/dz (3d)

dZ-Velocity/dz (3d)

d species-n/dz (cpl, sp, 3d)

dOmega/dx (2dasw)

dOmega/dy (2dasw)

dp-dX (seg)

dp-dY (seg)

dp-dZ (seg, 3d)

dp-dt (trn)

Pressure Hessian Indicator

Table 42.19: Potential Category

Category	Variable
Potential...	Electric Potential Electric Current Magnitude Joule Heat Source X Current Y Current Z Current dPotential/dx dPotential/dy dPotential/dz Electrolyte Potential Over Potential Transfer Current Osmotic Drag Water Phase Change Water Content Faradaic Current Density (echem) Total Surface Corrosion Rate (echem) Electrode Surface Potential Faradaic Heat Source (echem) Total Echem Heat Source (echem)

Category

Variable

Potential...

Electric Potential

Electric Current Magnitude

Joule Heat Source

X Current

Y Current

Z Current

dPotential/dx

dPotential/dy

dPotential/dz

Electrolyte Potential

Over Potential

Transfer Current

Osmotic Drag

Water Phase Change

Water Content

Faradaic Current Density (echem)

Total Surface Corrosion Rate (echem)

Electrode Surface Potential

Faradaic Heat Source (echem)

Total Echem Heat Source (echem)

Table 42.20: Lithium Category

Category	Variable
Lithium...	Lithium Concentration Magnitude of Lithium Mass Flux Vector X Lithium Mass Flux Y Lithium Mass Flux Z Lithium Mass Flux

Category

Variable

Lithium...

Lithium Concentration

Magnitude of Lithium Mass Flux Vector

X Lithium Mass Flux

Y Lithium Mass Flux

Z Lithium Mass Flux

Table 42.21: Acoustics Category

Category	Variable
Acoustics...	Surface dpdt RMS (fv, fwh) Acoustic Power Level (dB) (bns) Acoustic Power (bns) Jet Acoustic Power Level (dB) (bns, 2da) Jet Acoustic Power (bns, 2da) Surface Acoustic Power Level (dB) (bns, fv) Surface Acoustic Power (bns, fv) Lilley’s Self-Noise Source (bns) Lilley’s Shear-Noise Source (bns) Lilley’s Total Noise Source (bns) LEE Self-Noise X-Source (bns) LEE Shear-Noise X-Source (bns) LEE Total Noise X-Source (bns) LEE Self-Noise Y-Source (bns) LEE Shear-Noise Y-Source (bns) LEE Total Noise Y-Source (bns) LEE Self-Noise Z-Source (bns, 3d) LEE Shear-Noise Z-Source (bns, 3d) LEE Total Noise Z-Source (bns, 3d) Pressure Spectrum Im n (asfft, 3d) Pressure Spectrum Re n (asfft, 3d) PSD of dp/dt for Octave Band at x Hz (asfft, 3d) PSD of dp/dt for 1/3-Octave Band at x Hz (asfft, 3d) PSD of dp/dt for Const Width Band n (asfft, 3d) Sound Pressure (awe) Sound Potential (awe) Sound dP/dt (awe) Sound WaveEq Model Source (awe) Sound WaveEq Model Source Smoothed (awe) Sound WaveEq Model Source Mask (awe) Sound Sponge Layer Marker (awe) SPL for Octave Band at x Hz (dB) (asfft, 3d) SPL for 1/3-Octave Band at x Hz (dB) (asfft, 3d) SPL for Const Width Band n (dB) (asfft, 3d) static-pressure-tonal-analysis-1-magnitude static-pressure-tonal-analysis-1-phase

Category

Variable

Acoustics...

Surface dpdt RMS (fv, fwh)

Acoustic Power Level (dB) (bns)

Acoustic Power (bns)

Jet Acoustic Power Level (dB) (bns, 2da)

Jet Acoustic Power (bns, 2da)

Surface Acoustic Power Level (dB) (bns, fv)

Surface Acoustic Power (bns, fv)

Lilley’s Self-Noise Source (bns)

Lilley’s Shear-Noise Source (bns)

Lilley’s Total Noise Source (bns)

LEE Self-Noise X-Source (bns)

LEE Shear-Noise X-Source (bns)

LEE Total Noise X-Source (bns)

LEE Self-Noise Y-Source (bns)

LEE Shear-Noise Y-Source (bns)

LEE Total Noise Y-Source (bns)

LEE Self-Noise Z-Source (bns, 3d)

LEE Shear-Noise Z-Source (bns, 3d)

LEE Total Noise Z-Source (bns, 3d)

Pressure Spectrum Im n (asfft, 3d)

Pressure Spectrum Re n (asfft, 3d)

PSD of dp/dt for Octave Band at x Hz (asfft, 3d)

PSD of dp/dt for 1/3-Octave Band at x Hz (asfft, 3d)

PSD of dp/dt for Const Width Band n (asfft, 3d)

Sound Pressure (awe)

Sound Potential (awe)

Sound dP/dt (awe)

Sound WaveEq Model Source (awe)

Sound WaveEq Model Source Smoothed (awe)

Sound WaveEq Model Source Mask (awe)

Sound Sponge Layer Marker (awe)

SPL for Octave Band at x Hz (dB) (asfft, 3d)

SPL for 1/3-Octave Band at x Hz (dB) (asfft, 3d)

SPL for Const Width Band n (dB) (asfft, 3d)

static-pressure-tonal-analysis-1-magnitude

static-pressure-tonal-analysis-1-phase

Table 42.22: Structure Category

Category	Variable
Structure...	X Displacement (nvs, strc) Y Displacement (nvs, strc) Z Displacement (nvs, strc, 3d) Sigma XX (strc) Sigma YY (strc) Sigma XY (strc) Sigma ZZ (strc, 3d) Sigma YZ (strc, 3d) Sigma XZ (strc, 3d)

Category

Variable

Structure...

X Displacement (nvs, strc)

Y Displacement (nvs, strc)

Z Displacement (nvs, strc, 3d)

Sigma XX (strc)

Sigma YY (strc)

Sigma XY (strc)

Sigma ZZ (strc, 3d)

Sigma YZ (strc, 3d)

Sigma XZ (strc, 3d)

Table 42.23: Aeromechanics Category

Category	Variable
Aeromechanics...	Wall Work Density Wall Power Density

Category

Variable

Aeromechanics...

Wall Work Density

Wall Power Density