Convergence Errors
- CMFRES
- Field:
yes History:
no
- Residual of the species transport equation.
- CYCLINI
- Field:
no History:
yes
- Number of fixed point iterations taken in a time increment in a
transient step.
- EGYERI
- Field:
no History:
yes
- Energy error estimator.
- EPSERI
- Field:
no History:
yes
- Turbulent energy dissipation rate error estimator.
- MOMERI
- Field:
no History:
yes
- Momentum error estimator.
- NUERI
- Field:
no History:
yes
- Turbulent kinematic eddy viscosity error estimator for the
Spalart-Allmaras turbulence model.
- OMGERI
- Field:
no History:
yes
- Turbulent specific energy dissipation rate error estimator.
- TEMPRES
- Field:
yes History:
yes
- Residual of the energy transport equation.
- TKEERI
- Field:
no History:
yes
- Turbulent kinetic energy error estimator.
- TURBEPSRES
- Field:
yes History:
yes
- Residual of the turbulent energy dissipation rate.
- TURBKERES
- Field:
yes History:
yes
- Residual of the turbulent kinetic energy.
- TURBNURES
- Field:
yes History:
yes
- Residual of the Spalart-Allmaras kinematic eddy viscosity.
- TURBOMEGARES
- Field:
yes History:
yes
- Residual of the specific turbulent energy dissipation rate.
- VRES
- Field:
yes History:
yes
- Residual of the momentum transport equation.
Energy
- HFLN
- Field:
yes History:
no
- Normal heat flux on a surface. This output request does not
include the convective heat flow.
- LOCAL_TEMP_HTC
- Field:
yes History:
no
- Local temperature heat transfer coefficient.
- REF_TEMP_HTC
- Field:
yes History:
no
- Reference temperature heat transfer coefficient.
- TEMP
- Field:
yes History:
yes
- Fluid temperature.
- TTEMP
- Field:
yes History:
yes
- Fluid total temperature.
- RADFL
- Field:
yes History:
no
- Radiative flux.
- CLUSTER_ID
- Field:
yes History:
no
- Radiation cluster IDs.
- AVGTEMP
- Field:
no History:
yes
- Area-averaged surface temperature.
- AVG_LOCAL_TEMP_HTC
- Field:
no History:
yes
- Area-averaged surface local temperature heat transfer
coefficient.
- AVG_REF_TEMP_HTC
- Field:
no History:
yes
- Area-averaged surface reference temperature heat transfer
coefficient.
- HEATFLOW
- Field:
no History:
yes
- Integrated normal heat flux on a given surface. Heat flow is
considered positive if heat is added to the system and negative otherwise. This
output request does not include the convective heat flow.
- RADHEATFLOW
- Field:
no History:
yes
- Integrated radiative heat flux.
- SOLAR_RADFL
- Field:
yes History:
no
- Total solar radiative flux.
- SOLAR_RADFL_VIS
- Field:
yes History:
no
- Direct solar radiative flux, visible band.
- SOLAR_RADFL_IR
- Field:
yes History:
no
- Direct solar radiative flux, infrared band.
- SOLAR_RADFL_INDIR
- Field:
yes History:
no
- Indirect solar radiative flux.
Flow
- DENSITY
- Field: yes History: yes
- Fluid density.
- AVGVELT
- Field: yes History: no
- Time-averaged velocity vector.
- MA
- Field: yes History: no
- Mach number.
- PRESSUREGAU
- Field: yes History: no
- Fluid gauge pressure.
- PRESSUREABS
- Field: yes History: no
- Fluid absolute pressure.
- QCRIT
- Field: yes History: no
- Vortex identification criteria, also known as Qcriteria. Based on the 2nd
invariant of the velocity gradient tensor.
- SHEARRATE
- Field: yes History: no
- Shear rate computed using the second invariant of the rate-of-strain
tensor.
- TPRESSUREGAU
- Field: yes History: yes
- Total gauge pressure.
- V_MRF
- Field: yes History: yes
- Velocity relative to the non-inertial frame.
- TPRESSUREABS
- Field: yes History: yes
- Total absolute pressure.
- V
- Field: yes History: yes
- Translational and rotational velocities.
- VISCOSITY
- Field: yes History: yes
- Element molecular viscosity.
- VORTICITY
- Field: yes History: no
- Curl of the velocity vector.
- AVGPRESSGAU
- Field: no History: yes
- Area-averaged surface gauge pressure.
- AVGPRESSABS
- Field: no History: yes
- Area-averaged surface absolute pressure.
- AVGVEL
- Field: no History: yes
- Area-averaged surface velocity vector.
- FORCE
- Field: no History: yes
- Total fluid force.
- MASSFLOW
- Field: no History: yes
- Integrated mass flow rate.
- PRESSFORCE
- Field: no History: yes
- Fluid pressure force.
- SOM
- Field: no History: yes
- Moment output.
- VISCFORCE
- Field: no History: yes
- Fluid viscous force.
- VOLFLOW
- Field: no History: yes
- Integrated volume flow rate.
Mesh Metrics
- BADCELL
- Field: yes History: no
- Bad elements (or cells), as specified by the expert numerics controls criteria.
- PROC
- Field: yes History: no
- Processor used during distributed solve.
- U
- Field: yes History: no
- Translations and rotations.
Species
- CMF
- Field: yes History: yes
- Molecular mass fraction of fluid species.
- CMFL
- Field: no History: yes
- Flux of the molecular mass fraction of fluid species.
Turbulence
- DIST
- Field: yes History: no
- Wall-normal distance.
- TURBEPS
- Field: yes History: yes
- Turbulence energy dissipation rate.
- TURBKE
- Field: yes History: yes
- Turbulence kinetic energy.
- TURBMU
- Field: yes History: yes
- Dynamic eddy viscosity.
- TURBNU
- Field: yes History: yes
- Turbulence kinematic eddy viscosity.
- TURB_NUSA
- Field: yes History: yes
- Spalart-Allmaras kinematic eddy viscosity.
- TURBOMEGA
- Field: yes History: yes
- Turbulence specific energy dissipation rate.
- TURBVISCOSITYRATIO
- Field: yes History: yes
- Turbulent to molecular viscosity ratio.
Multiphase
- Discrete particle velocity
- Field: yes History: no
- Discrete particle velocity.
- Discrete particle residence time
- Field: yes History: no
- Time since particle was injected into the flow.
- Discrete particle travel length
- Field: yes History: no
- Distance traveled by the particle since it was injected into the flow.
- Discrete particle relative velocity to that of the flow
- Field: yes History: no
- Discrete particle relative velocity to that of the flow.
- Discrete particle temperature
- Field: yes History: no
- Discrete particle temperature.
- Discrete particle diameter
- Field: yes History: no
- Discrete particle diameter.
- Discrete particle Reynolds number
- Field: yes History: no
- Discrete particle Reynolds number.
- Discrete particle mass
- Field: yes History: no
- Discrete particle mass.
- Injection source for each discrete particle
- Field: yes History: no
- Injection source for each discrete particle.
- Total number of particles in the domain
- Field: no History: yes
- Total number of particles in the domain.
- Mass of the particle phase in the domain
- Field: no History: yes
- Mass of the particle phase in the domain.
- Max concentration (ppm) of the particles in the domain
- Field: no History: yes
- Max concentration (ppm) of the particles in the domain.
- VOL_FRAC
- Field: yes History: yes
- Volume fraction of the reference fluid.
Electromagnetics
- ELECTRICPOTENTIAL
- Field: yes History: no
- Electric potential.
- OHMICHEATSOURCE
- Field: yes History: no
- Ohmic volumetric heat source.
- ECUR
- Field: no History: yes
- Electric current across the surface.
- AVGECUR
- Field: no History:
yes
- Total average electric current across the surface.
- AVG_ELECTRIC_POTENTIAL
- Field: no History:
yes
- Area-weighted average of the electric potential field at the surface.
Human Comfort
- PMV
- Field:
yes History:
yes
- Predicted mean vote, which provides a measurement of the level of discomfort of human models
in a human comfort simulation. You can request PMV output for each human in
general and locally for specific parts of the human models. Values range
from -3 (cold) to +3 (hot). Ideally, each human model in the simulation
should have a value close to 0 (neutral) over most of its surface.
- PPD
- Field:
yes History:
yes
- Predicted percentage of dissatisfied, which is similar to PMV but estimates the percentage
of people satisfied with the level of thermal comfort.
- MRT
- Field:
yes History:
yes
- Mean radiant temperature, which provides an approximation of the average temperature of all
the surrounding surfaces to which each human is exposed. For example, a
human close to a heating element such as a space heater would have a higher
MRT value than the humans farther away. This difference can have an effect
on the thermal sensation depending on whether the ambient air temperature is
cold or warm.
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