Statistics Output Data Index

The following is a listing of all the output that may appear in the columns of data.


Group Condition Stat Units Details
Fluid Kinetic Energy J total kinetic energy of fluid
Fluid Potential Energy J total potential energy of fluid relative to initial state at time 0
Fluid Max Velocity m/s max fluid velocity magnitude
Fluid Domain Volume m^3 total volume of region available for fluid to occupy
Fluid Fluid Volume m^3 total volume of fluid
Fluid LB Density Min - min lattice Boltzmann density
Fluid LB Density Max - max lattice Boltzmann density
Fluid Mean Fluid Viscosity m^2/s spatial mean of fluid kinematic viscosity
Fluid Fluid Volume LB m^3 total fluid volume adjusted by lattice Boltzmann density
Fluid Mean Velocity m/s spatial mean of fluid velocity
Fluid Mean Pressure Pa spatial mean of pressure
Fluid Mean Strain Rate 1/s spatial mean of strain rate magnitude
Fluid Mean Resolved Shear Stress Pa spatial mean of resolved shear stress
Fluid Mean Energy Dissipation Rate W/kg spatial mean of energy dissipation rate including both resolved and unresolved components
Fluid Mean Sub-Grid Turbulent Viscosity m^2/s spatial mean of sub-grid turbulent viscosity from LES model
Fluid Mean Vorticity 1/s spatial mean of vorticity
Fluid Time-Avg Mean Velocity m/s time-averaged spatial mean of fluid velocity
Fluid Mean Time-Avg Pressure Pa spatial mean of time-averaged pressure
Fluid Mean Time-Avg Strain Rate 1/s spatial mean of time-averaged strain rate magnitude
Fluid Mean Time-Avg Resolved Shear Stress Pa spatial mean of time-averaged resolved shear stress
Fluid Mean Time-Avg Energy Dissipation Rate W/kg spatial mean of time-averaged energy dissipation rate including both resolved and unresolved components
Fluid Mean Turbulent Kinetic Energy J/kg spatial mean of time-averaged turbulent kinetic energy
Fluid Fluid to Particle Volume Conversion Rate m^3/s rate at which fluid is being converted to particles
Fluid Fluid to Particle Number Conversion Rate number/s rate at which fluid is being converted to particles
Fluid Particle to Fluid Volume Conversion Rate m^3/s rate at which particles are being converted to fluid
Fluid Particle to Fluid Number Conversion Rate number/s rate at which particles are being converted to fluid
Domain Translational Velocity X m/s translational velocity
Domain Translational Velocity Y m/s translational velocity
Domain Translational Velocity Z m/s translational velocity
Domain Translation X m total translation
Domain Translation Y m total translation
Domain Translation Z m total translation
Domain Rotational Velocity rpm rotational velocity about rotation point and axis
Domain Rotational Velocity X rad/s rotational velocity about rotation point
Domain Rotational Velocity Y rad/s rotational velocity about rotation point
Domain Rotational Velocity Z rad/s rotational velocity about rotation point
Domain Angular Position rad angular position
Domain Rotation Point X m point about which rotation occurs
Domain Rotation Point Y m point about which rotation occurs
Domain Rotation Point Z m point about which rotation occurs
Domain Rotation Axis X - axis about which rotation occurs
Domain Rotation Axis Y - axis about which rotation occurs
Domain Rotation Axis Z - axis about which rotation occurs
Domain Ball Joint Reference Axis X - axis to which ball joint is relative to
Domain Ball Joint Reference Axis Y - orietation of ball joint
Domain Ball Joint Reference Axis Z - orietation of ball joint
Domain Ball Joint Direction X - orietation of ball joint
Domain Ball Joint Direction Y - orietation of ball joint
Domain Ball Joint Direction Z - orietation of ball joint
Control Volume Particle Set Count - total number of particles including number scaling in control volume
Control Volume Particle Set Parcel Count - total number of parcels in control volume
Control Volume Particle Set Velocity Mean m/s particle velocity magnitude mean over particles not including number scale
Control Volume Particle Set Velocity X Mean m/s particle velocity mean over particles not including number scale
Control Volume Particle Set Velocity Y Mean m/s particle velocity mean over particles not including number scale
Control Volume Particle Set Velocity Z Mean m/s particle velocity mean over particles not including number scale
Control Volume Particle Set Diameter Mean m particle diameter mean over particles not including number scale
Control Volume Particle Set Residence Time Mean s particle residence time mean over particles not including number scale
Control Volume Particle Set Residence Time Max s max particle residence time
Global Variable Center X m position of center
Global Variable Center Y m position of center
Global Variable Center Z m position of center
Static Inlet/Outlet Area m^2 total area resolved by mesh
Static Inlet/Outlet Pressure Pa spatial mean of pressure
Static Inlet/Outlet Pressure Before Buffer Pa spatial mean of pressure, values taken beyond buffer length exclude its pressure drop effect
Static Inlet/Outlet LB Density - spatial mean of lattice-Boltzmann density
Static Inlet/Outlet Velocity X m/s spatial mean of fluid velocity
Static Inlet/Outlet Velocity Y m/s spatial mean of fluid velocity
Static Inlet/Outlet Velocity Z m/s spatial mean of fluid velocity
Static Inlet/Outlet Flow Rate m^3/s total flow rate, positive indicates fluid entering system
Static Inlet/Outlet LB Mass Flow Rate - total flow rate of lattice-Boltzmann mass
Static Inlet/Outlet Realized Velocity X m/s spatial mean of fluid velocity measured using lattice-Boltzmann density flux
Static Inlet/Outlet Realized Velocity Y m/s spatial mean of fluid velocity measured using lattice-Boltzmann density flux
Static Inlet/Outlet Realized Velocity Z m/s spatial mean of fluid velocity measured using lattice-Boltzmann density flux
Static Inlet/Outlet Realized Flow Rate m^3/s total flow rate measured using lattice-Boltzmann density flux, positive indicates fluid entering system
Static Inlet/Outlet Volume Fraction vf spatial mean of fluid volume fraction
Static Inlet/Outlet Temperature K spatial mean of fluid temperature
Static Inlet/Outlet Flux Temperature K spatial mean of temperature for fluid entering/leaving
Static Inlet/Outlet Age s spatial mean of fluid mean age
Static Inlet/Outlet Flux Age s spatial mean of mean age for fluid entering/leaving
Static Inlet/Outlet Scalar Field spatial mean of scalar field
Static Static Inlet/Outlet Scalar Field spatial standard deviation of scalar field
Static Static Inlet/Outlet Scalar Field total flow rate of scalar field entering/leaving, positive indicates scalar entering system
Moving Inlet/Outlet Diameter m diameter
Moving Inlet/Outlet Translation X m translation relative to initial position
Moving Inlet/Outlet Translation Y m translation relative to initial position
Moving Inlet/Outlet Translation Z m translation relative to initial position
Moving Inlet/Outlet Position X m position of center
Moving Inlet/Outlet Position Y m position of center
Moving Inlet/Outlet Position Z m position of center
Moving Inlet/Outlet Orientation X - orientation vector
Moving Inlet/Outlet Orientation Y - orientation vector
Moving Inlet/Outlet Orientation Z - orientation vector
Moving Inlet/Outlet Open/Close - 1 for open, 0 for closed
Moving Inlet/Outlet Velocity Magnitude m/s flow velocity magnitude
Moving Inlet/Outlet Velocity X m/s flow velocity vector
Moving Inlet/Outlet Velocity Y m/s flow velocity vector
Moving Inlet/Outlet Velocity Z m/s flow velocity vector
Moving Inlet/Outlet Flow Rate m^3/s flow rate
Moving Inlet/Outlet Pressure Pa spatial-mean of pressure
Moving Inlet/Outlet LB Density - spatial-mean of LB density
Moving Inlet/Outlet Temperature K temperature
Moving Inlet/Outlet Scalar Field scalar field value
Moving Body Rotation
Moving Body Cyclic Translation
Moving Body Flux Surface
Moving Body Translation
Moving Body Custom Motion
Moving Body Deforming
Moving Body Driven
Moving Body Ball Joint
Moving Body Interior Force X N total force from interior fluid on moving body
Moving Body Interior Force Y N total force from interior fluid on moving body
Moving Body Interior Force Z N total force from interior fluid on moving body
Moving Body Interior Torque X N-m total torque from interior fluid on moving body
Moving Body Interior Torque Y N-m total torque from interior fluid on moving body
Moving Body Interior Torque Z N-m total torque from interior fluid on moving body
Moving Body Fluid Pressure Pa spatial mean over moving body surface of fluid pressure
Moving Body Dynamic Stress Pa spatial mean over moving body surface of dynamic stress which is sum of dynamic pressure and shear stress, does not include static pressure
Moving Body Max Dynamic Stress Pa spatial max over moving body surface of dynamic stress which is sum of dynamic pressure and shear stress, does not include static pressure
Moving Body Dynamic Pressure Pa spatial mean over moving body surface of dynamic pressure, does not include static pressure, positive indicates pressure in direction of triangle normal
Moving Body Shear Stress Pa spatial mean over moving body surface of shear stress
Moving Body Stress Pa spatial mean over moving body surface of total stress, includes static pressure
Moving Body Max Stress Pa spatial max over moving body surface of total stress, includes static pressure
Moving Body Pressure Pa spatial mean over moving body surface of pressure, includes static pressure
Moving Body Time-Avg Fluid Pressure Pa spatial mean over time-averaged moving body surface of fluid pressure
Moving Body Time-Avg Dynamic Pressure Pa spatial mean over time-averaged moving body surface of dynamic pressure, does not include static pressure, positive indicates pressure in direction of triangle normal
Moving Body Time-Avg Pressure Pa spatial mean over time-averaged moving body surface of pressure, includes static pressure
Moving Body Area m^2 total area of moving body surface
Moving Body Wetted Area m^2 total wetted area of moving body surface
Output Surface Total Area m^2 total area
Output Surface Flux m^3/s total fluid flux through output surface, positive indicates flow in direction of the mesh's triangle normals
Output Surface Cell Data Velocity X Mean m/s fluid velocity
Output Surface Cell Data Velocity Y Mean m/s fluid velocity
Output Surface Cell Data Velocity Z Mean m/s fluid velocity
Output Surface Cell Data Velocity Mean m/s magnitude of fluid velocity
Output Surface Cell Data Pressure Mean Pa pressure
Output Surface Cell Data Resolved Strain Rate Mean 1/s strain rate magnitude not including unresolved strain
Output Surface Cell Data Fluid Volume Fraction Mean vf fluid volume fraction
Output Surface Cell Data Fluid Viscosity Mean m^2/s fluid kinematic viscosity
Output Surface Cell Data Density Mean kg/m^3 density after accounting for multiphase, particles, bubbles, and scalar fields
Output Surface Cell Data Energy Dissipation Rate Mean W/kg energy dissipation rate including both resolved and unresolved components
Output Surface Cell Data Sub-Grid Turbulent Viscosity Mean m^2/s sub-grid turbulent viscosity from LES model
Output Surface Cell Data Resolved Shear Stress Mean Pa resolved shear stress magnitude
Output Surface Cell Data Vorticity X Mean 1/s vorticity
Output Surface Cell Data Vorticity Y Mean 1/s vorticity
Output Surface Cell Data Vorticity Z Mean 1/s vorticity
Output Surface Cell Data Vorticity Mean 1/s vorticity magnitude
Output Surface Cell Data Avg Turb KE Mean J/kg time-averaged turbulent kinetic energy
Output Surface Cell Data Time-Avg Velocity X Mean m/s time-averaged fluid velocity
Output Surface Cell Data Time-Avg Velocity Y Mean m/s time-averaged fluid velocity
Output Surface Cell Data Time-Avg Velocity Z Mean m/s time-averaged fluid velocity
Output Surface Cell Data Time-Avg Velocity Mean m/s time-averaged fluid velocity magnitude
Output Surface Cell Data Time-Avg Resovled Shear Stress Mean Pa time-averaged resolved shear stress magnitude
Output Surface Cell Data Time-Avg Pressure Mean Pa time-averaged pressure
Output Surface Cell Data Time-Avg Energy Dissipation Rate Mean W/kg time-averaged energy dissipation rate including both resolved and unresolved components
Output Surface Cell Data Time-Avg Strain Rate Mean 1/s time-averaged strain rate magnitude
Output Surface Cell Data Temperature Mean K fluid temperature
Output Surface Cell Data Age Mean s fluid mean age
Output Surface Cell Data Scalar Field Mean scalar field value
Output Surface Cell Data Custom Variable X Mean custom variable value
Output Surface Cell Data Custom Variable Y Mean custom variable value
Output Surface Cell Data Custom Variable Z Mean custom variable value
Output Surface Cell Data Custom Variable Mean custom variable magnitude
Output Surface Cell Data Particle Set Mean 1/s kLa for particle set
Output Surface Cell Data Particle Set Mean vf volume fraction for particle set
Output Surface Cell Data Velocity X Min m/s fluid velocity
Output Surface Cell Data Velocity Y Min m/s fluid velocity
Output Surface Cell Data Velocity Z Min m/s fluid velocity
Output Surface Cell Data Velocity Min m/s magnitude of fluid velocity
Output Surface Cell Data Pressure Min Pa pressure
Output Surface Cell Data Resolved Strain Rate Min 1/s strain rate magnitude not including unresolved strain
Output Surface Cell Data Fluid Volume Fraction Min vf fluid volume fraction
Output Surface Cell Data Fluid Viscosity Min m^2/s fluid kinematic viscosity
Output Surface Cell Data Density Min kg/m^3 density after accounting for multiphase, particles, bubbles, and scalar fields
Output Surface Cell Data Energy Dissipation Rate Min W/kg energy dissipation rate including both resolved and unresolved components
Output Surface Cell Data Sub-Grid Turbulent Viscosity Min m^2/s sub-grid turbulent viscosity from LES model
Output Surface Cell Data Resolved Shear Stress Min Pa resolved shear stress magnitude
Output Surface Cell Data Vorticity X Min 1/s vorticity
Output Surface Cell Data Vorticity Y Min 1/s vorticity
Output Surface Cell Data Vorticity Z Min 1/s vorticity
Output Surface Cell Data Vorticity Min 1/s vorticity magnitude
Output Surface Cell Data Avg Turb KE Min J/kg time-averaged turbulent kinetic energy
Output Surface Cell Data Time-Avg Velocity X Min m/s time-averaged fluid velocity
Output Surface Cell Data Time-Avg Velocity Y Min m/s time-averaged fluid velocity
Output Surface Cell Data Time-Avg Velocity Z Min m/s time-averaged fluid velocity
Output Surface Cell Data Time-Avg Velocity Min m/s time-averaged fluid velocity magnitude
Output Surface Cell Data Time-Avg Resovled Shear Stress Min Pa time-averaged resolved shear stress magnitude
Output Surface Cell Data Time-Avg Pressure Min Pa time-averaged pressure
Output Surface Cell Data Time-Avg Energy Dissipation Rate Min W/kg time-averaged energy dissipation rate including both resolved and unresolved components
Output Surface Cell Data Time-Avg Strain Rate Min 1/s time-averaged strain rate magnitude
Output Surface Cell Data Temperature Min K fluid temperature
Output Surface Cell Data Age Min s fluid mean age
Output Surface Cell Data Scalar Field Min scalar field value
Output Surface Cell Data Custom Variable X Min custom variable value
Output Surface Cell Data Custom Variable Y Min custom variable value
Output Surface Cell Data Custom Variable Z Min custom variable value
Output Surface Cell Data Custom Variable Min custom variable magnitude
Output Surface Cell Data Particle Set Min 1/s kLa for particle set
Output Surface Cell Data Particle Set Min vf volume fraction for particle set
Output Surface Cell Data Velocity X Max m/s fluid velocity
Output Surface Cell Data Velocity Y Max m/s fluid velocity
Output Surface Cell Data Velocity Z Max m/s fluid velocity
Output Surface Cell Data Velocity Max m/s magnitude of fluid velocity
Output Surface Cell Data Pressure Max Pa pressure
Output Surface Cell Data Resolved Strain Rate Max 1/s strain rate magnitude not including unresolved strain
Output Surface Cell Data Fluid Volume Fraction Max vf fluid volume fraction
Output Surface Cell Data Fluid Viscosity Max m^2/s fluid kinematic viscosity
Output Surface Cell Data Density Max kg/m^3 density after accounting for multiphase, particles, bubbles, and scalar fields
Output Surface Cell Data Energy Dissipation Rate Max W/kg energy dissipation rate including both resolved and unresolved components
Output Surface Cell Data Sub-Grid Turbulent Viscosity Max m^2/s sub-grid turbulent viscosity from LES model
Output Surface Cell Data Resolved Shear Stress Max Pa resolved shear stress magnitude
Output Surface Cell Data Vorticity X Max 1/s vorticity
Output Surface Cell Data Vorticity Y Max 1/s vorticity
Output Surface Cell Data Vorticity Z Max 1/s vorticity
Output Surface Cell Data Vorticity Max 1/s vorticity magnitude
Output Surface Cell Data Avg Turb KE Max J/kg time-averaged turbulent kinetic energy
Output Surface Cell Data Time-Avg Velocity X Max m/s time-averaged fluid velocity
Output Surface Cell Data Time-Avg Velocity Y Max m/s time-averaged fluid velocity
Output Surface Cell Data Time-Avg Velocity Z Max m/s time-averaged fluid velocity
Output Surface Cell Data Time-Avg Velocity Max m/s time-averaged fluid velocity magnitude
Output Surface Cell Data Time-Avg Resovled Shear Stress Max Pa time-averaged resolved shear stress magnitude
Output Surface Cell Data Time-Avg Pressure Max Pa time-averaged pressure
Output Surface Cell Data Time-Avg Energy Dissipation Rate Max W/kg time-averaged energy dissipation rate including both resolved and unresolved components
Output Surface Cell Data Time-Avg Strain Rate Max 1/s time-averaged strain rate magnitude
Output Surface Cell Data Temperature Max K fluid temperature
Output Surface Cell Data Age Max s fluid mean age
Output Surface Cell Data Scalar Field Max scalar field value
Output Surface Cell Data Custom Variable X Max custom variable value
Output Surface Cell Data Custom Variable Y Max custom variable value
Output Surface Cell Data Custom Variable Z Max custom variable value
Output Surface Cell Data Custom Variable Max custom variable magnitude
Output Surface Cell Data Particle Set Max 1/s kLa for particle set
Output Surface Cell Data Particle Set Max vf volume fraction for particle set
Particle Screen Count - number of particles not including number scale
Particle Screen Density Mean number/mm^2 spatial mean of particle density not including number scale
Particle Screen Density Std Dev number/mm^2 spatial standard deviation of particle density not including number scale
Particle Screen Density COV - spatial COV of particle density not including number scale
Probe Position X m position
Probe Position Y m position
Probe Position Z m position
Probe Diameter m diameter
Probe Probe Velocity Magnitude m/s probe velocity magnitude
Probe Probe Velocity X m/s probe velocity
Probe Probe Velocity Y m/s probe velocity
Probe Probe Velocity Z m/s probe velocity
Probe Cell Data Velocity X m/s fluid velocity
Probe Cell Data Velocity Y m/s fluid velocity
Probe Cell Data Velocity Z m/s fluid velocity
Probe Cell Data Velocity m/s magnitude of fluid velocity
Probe Cell Data Pressure Pa pressure
Probe Cell Data Resolved Strain Rate 1/s strain rate magnitude not including unresolved strain
Probe Cell Data Fluid Volume Fraction vf fluid volume fraction
Probe Cell Data Fluid Viscosity m^2/s fluid kinematic viscosity
Probe Cell Data Density kg/m^3 density after accounting for multiphase, particles, bubbles, and scalar fields
Probe Cell Data Energy Dissipation Rate W/kg energy dissipation rate including both resolved and unresolved components
Probe Cell Data Sub-Grid Turbulent Viscosity m^2/s sub-grid turbulent viscosity from LES model
Probe Cell Data Resolved Shear Stress Pa resolved shear stress magnitude
Probe Cell Data Vorticity X 1/s vorticity
Probe Cell Data Vorticity Y 1/s vorticity
Probe Cell Data Vorticity Z 1/s vorticity
Probe Cell Data Vorticity 1/s vorticity magnitude
Probe Cell Data Avg Turb KE J/kg time-averaged turbulent kinetic energy
Probe Cell Data Time-Avg Velocity X m/s time-averaged fluid velocity
Probe Cell Data Time-Avg Velocity Y m/s time-averaged fluid velocity
Probe Cell Data Time-Avg Velocity Z m/s time-averaged fluid velocity
Probe Cell Data Time-Avg Velocity m/s time-averaged fluid velocity magnitude
Probe Cell Data Time-Avg Resovled Shear Stress Pa time-averaged resolved shear stress magnitude
Probe Cell Data Time-Avg Pressure Pa time-averaged pressure
Probe Cell Data Time-Avg Energy Dissipation Rate W/kg time-averaged energy dissipation rate including both resolved and unresolved components
Probe Cell Data Time-Avg Strain Rate 1/s time-averaged strain rate magnitude
Probe Cell Data Temperature K fluid temperature
Probe Cell Data Age s fluid mean age
Probe Cell Data Scalar Field scalar field value
Probe Cell Data Custom Variable X custom variable value
Probe Cell Data Custom Variable Y custom variable value
Probe Cell Data Custom Variable Z custom variable value
Probe Cell Data Custom Variable custom variable magnitude
Probe Cell Data Particle Set 1/s kLa for particle set
Probe Cell Data Particle Set vf volume fraction for particle set
Scalar Conc Mean spatial mean of scalar field concentration
Scalar Conc Std Dev spatial standard deviation of scalar field concentration
Scalar Total Amount total amount of scalar in system
Scalar Conc RSD % spatial relative standard deviation of scalar field concentration
Scalar Free Surface Flux total scalar field flux through free surface
Scalar Inlet/Outlet Link total amount of scalar in recirculation through inlet/outlet link
Scalar Vol Frac Mean vf spatial mean of miscible scalar field volume fraction
Scalar Vol Frac Std Dev vf spatial standard deviation of miscible scalar field volume fraction
Scalar Total Volume m^3 total volume of miscible scalar in system
Scalar Vol Frac RSD % spatial relative standard deviation of miscible scalar field volume fraction
Scalar Free Surface Flux m^3/s total miscible scalar field flux through free surface
Scalar Inlet/Outlet Link m^3 total amount of miscible scalar in recirculation through inlet/outlet link
Scalar Injection total injection rate
Thermodynamics Moving Body W rotational power based on torque from fluid on moving body
Thermodynamics Power Dissipation W total viscous dissipation rate including resolved and unresolved components
Thermodynamics Resolved Power Dissipation W resolved component of total viscous dissipation
Thermodynamics Mean Temperature K spatial mean of fluid temperature
Thermodynamics Thermal Contact W total heat flux for thermal contact
Thermodynamics Heat of Reaction W total heat of reaction rate
Static Body Total Area m^2 total surface area
Static Body Area Adjacent to Fluid m^2 total surface area adjacent to active region where fluid is present or can possibly be present, does not consider current VOF state for free surface models
Static Body Fluid Wetted Area m^2 total surface area wetted by fluid
Static Body Non Wetted Area m^2 total surface area not wetted by fluid
Static Body Force X N total force on static body from fluid
Static Body Force Y N total force on static body from fluid
Static Body Force Z N total force on static body from fluid
Static Body Torque X N-m total torque on static body from fluid
Static Body Torque Y N-m total torque on static body from fluid
Static Body Torque Z N-m total torque on static body from fluid
Static Body Pressure Pa spatial mean of pressure from fluid, positive indicates pressure in direction of triangle normal
Static Body Shear Stress Pa spatial mean of shear stress from fluid
Static Body Time-Avg Force X N time-averaged total force on static body from fluid
Static Body Time-Avg Force Y N time-averaged total force on static body from fluid
Static Body Time-Avg Force Z N time-averaged total force on static body from fluid
Static Body Time-Avg Torque X N-m time-averaged total torque on static body from fluid
Static Body Time-Avg Torque Y N-m time-averaged total torque on static body from fluid
Static Body Time-Avg Torque Z N-m time-averaged total torque on static body from fluid
Static Body Time-Avg Pressure Pa time-averaged spatial mean of pressure from fluid, positive indicates pressure in direction of triangle normal
Static Body Heat Transfer Rate W total heat transfer rate from static body to fluid
Static Body Heat Flux W/m^2 total heat transfer flux from static body to fluid
Static Body Time-Avg Heat Transfer Rate W time-averaged total heat transfer rate from static body to fluid
Static Body Time-Avg Heat Flux W/m^2 time-averaged total heat transfer flux from static body to fluid
Static Body Fluid Temperature K spatial mean of fluid temperature adjacent to static body surface
Static Body Time-Avg Fluid Temperature K time-averaged spatial mean of fluid temperature adjacent to static body surface
Static Body Custom Thermal Value - spatial mean of custom thermal value set in UDF for heat transfer between static body and fluid
Static Body Time-Avg Custom Thermal Value - time-averaged spatial mean of custom thermal value set in UDF for heat transfer between static body and fluid
Static Body Scalar Field total scalar field flux from static body to fluid
Static Body Scalar Field time-averaged total scalar field flux from static body to fluid
Static Body y+ - spatial mean of y+ value
Static Body Custom Variable spatial mean of custom variable magnitude
Output Line Linear Position m linear position along output line
Output Line Position X m position of point along output line
Output Line Position Y m position of point along output line
Output Line Position Z m position of point along output line
Output Line Cell Data Velocity X m/s fluid velocity
Output Line Cell Data Velocity Y m/s fluid velocity
Output Line Cell Data Velocity Z m/s fluid velocity
Output Line Cell Data Velocity m/s magnitude of fluid velocity
Output Line Cell Data Pressure Pa pressure
Output Line Cell Data Resolved Strain Rate 1/s strain rate magnitude not including unresolved strain
Output Line Cell Data Fluid Volume Fraction vf fluid volume fraction
Output Line Cell Data Fluid Viscosity m^2/s fluid kinematic viscosity
Output Line Cell Data Density kg/m^3 density after accounting for multiphase, particles, bubbles, and scalar fields
Output Line Cell Data Energy Dissipation Rate W/kg energy dissipation rate including both resolved and unresolved components
Output Line Cell Data Sub-Grid Turbulent Viscosity m^2/s sub-grid turbulent viscosity from LES model
Output Line Cell Data Resolved Shear Stress Pa resolved shear stress magnitude
Output Line Cell Data Vorticity X 1/s vorticity
Output Line Cell Data Vorticity Y 1/s vorticity
Output Line Cell Data Vorticity Z 1/s vorticity
Output Line Cell Data Vorticity 1/s vorticity magnitude
Output Line Cell Data Avg Turb KE J/kg time-averaged turbulent kinetic energy
Output Line Cell Data Time-Avg Velocity X m/s time-averaged fluid velocity
Output Line Cell Data Time-Avg Velocity Y m/s time-averaged fluid velocity
Output Line Cell Data Time-Avg Velocity Z m/s time-averaged fluid velocity
Output Line Cell Data Time-Avg Velocity m/s time-averaged fluid velocity magnitude
Output Line Cell Data Time-Avg Resovled Shear Stress Pa time-averaged resolved shear stress magnitude
Output Line Cell Data Time-Avg Pressure Pa time-averaged pressure
Output Line Cell Data Time-Avg Energy Dissipation Rate W/kg time-averaged energy dissipation rate including both resolved and unresolved components
Output Line Cell Data Time-Avg Strain Rate 1/s time-averaged strain rate magnitude
Output Line Cell Data Temperature K fluid temperature
Output Line Cell Data Age s fluid mean age
Output Line Cell Data Scalar Field scalar field value
Output Line Cell Data Custom Variable X custom variable value
Output Line Cell Data Custom Variable Y custom variable value
Output Line Cell Data Custom Variable Z custom variable value
Output Line Cell Data Custom Variable custom variable magnitude
Output Line Cell Data Particle Set 1/s kLa for particle set
Output Line Cell Data Particle Set vf volume fraction for particle set
Histogram Minimum minimum value, including values outside histogram range
Histogram Maximum maximum value, including values outside histogram range
Histogram Mean mean value, including values outside histogram range, this is calculated directly from the data and not based on the histogram
Histogram Grand Total total weight of all items, including both items that fall within the histogram range and those that do not
Histogram Binned Total total weight of items that fall within the histogram range
Histogram Lower Unbinned Total total weight of items that are below the histogram range start value
Histogram Upper Unbinned Total total weight of items that are above the histogram range end value
Histogram Number of NaNs total number of items that have non-finite values
Histogram Values histogram values
Histogram Cumulative Values cumulative histogram values
Timing Iteration - number of timesteps taken (on coarsest mesh level if refinement is present)
Timing Cumulative Wall Time min total amount of wall time elapsed since simulation launched
Timing Cumulative CPU Time min total amount of CPU time elapsed since simulation launched (equals cumulative wall time multiplied by number of processes
Timing Lattice Efficiency MUPS current million lattice updates per second, good measure of efficiency assuming lattice/cell-based algorithms dominate performance
Timing Lattice Efficiency Per Process MUPS current million lattice updates per second per process, good measure of efficiency assuming lattice/cell-based algorithms dominate performance
Timing Cumulative Lattice Efficiency MUPS million lattice updates per second over whole simulation, good measure of efficiency assuming lattice/cell-based algorithms dominate performance
Timing Cumulative Lattice Efficiency Per Process MUPS million lattice updates per second per process over whole simulation, good measure of efficiency assuming lattice/cell-based algorithms dominate performance
Timing Particle Efficiency MUPS current million particle updates per second, good measure of efficiency assuming particle-based algorithms dominate performance
Timing Particle Efficiency Per Process MUPS current million particle updates per second per process, good measure of efficiency assuming particle-based algorithms dominate performance
Timing Cumulative Particle Efficiency MUPS million particle updates per second over whole simulation, good measure of efficiency assuming particle-based algorithms dominate performance
Timing Cumulative Particle Efficiency Per Process MUPS million particle updates per second per process over whole simulation, good measure of efficiency assuming particle-based algorithms dominate performance
Timing Conduction Efficiency MUPS current million updates per second for conduction, good measure of efficiency assuming conduction algorithm dominates performance
Timing Conduction Efficiency Per Process MUPS current million updates per second per process for conduction, good measure of efficiency assuming conduction algorithm dominates performance
Timing Cumulative Conduction Efficiency MUPS million updates per second for conduction over whole simulation, good measure of efficiency assuming conduction algorithm dominates performance
Timing Cumulative Conduction Efficiency Per Process MUPS million updates per second per process for conduction over whole simulation, good measure of efficiency assuming conduction algorithm dominates performance
Timing Cumulative Link Output Files min total amount of time spent linking output files together into PVD files over whole simulation
Timing Cumulative Initialization % percent of time spent on initialization over whole simulation
Timing Output % current percent of time being spent on output
Timing Cumulative Output % percent of time spent on output over whole simluation
Timing Statistics % current percent of time being spent on statistics
Timing Cumulative Statistics % percent of time spent on statistics over whole simluation
Timing Communication % current percent of time being spent on communication
Timing Cumulative Communication % percent of time spent on communication over whole simluation
Timing Fluid Solver % current percent of time being spent on fluid solution
Timing Cumulative Fluid Solver % percent of time spent on fluid solution over whole simluation
Timing Boundary Conditions % current percent of time being spent on applying boundary conditions
Timing Cumulative Boundary Conditions % percent of time spent on applying boundary conditions over whole simluation
Timing Volume Of Fluid % current percent of time being spent on volume of fluid algorithm
Timing Cumulative Volume Of Fluid % percent of time spent on volume of fluid algorithm over whole simluation
Timing Thermal % current percent of time being spent on thermal model
Timing Cumulative Thermal % percent of time spent on thermal model over whole simluation
Timing Scalar Transport % current percent of time being spent on scalar transport
Timing Cumulative Scalar Transport % percent of time spent on scalar transport over whole simluation
Timing Mean Age % current percent of time being spent on mean age algorithm
Timing Cumulative Mean Age % percent of time spent on mean age algorithm over whole simluation
Timing Immersed Boundary % current percent of time being spent on immersed boundary algorithm for moving bodies
Timing Cumulative Immersed Boundary % percent of time spent on immersed boundary algorithm for moving bodies over whole simluation
Timing Particles % current percent of time being spent on particles
Timing Cumulative Particles % percent of time spent on particles over whole simluation
Timing Conduction % current percent of time being spent on conduction
Timing Cumulative Conduction % percent of time spent on conduction over whole simluation
Memory Usage Total GPU Memory Capacity GB total memory capacity across all GPUs
Memory Usage Free GPU Memory GB current free memory available across all GPUs
Memory Usage Used GPU Memory From System GB current memory being used across all GPUs as determined from CUDA system call, includes memory being used by other programs
Memory Usage Total Tracked CPU Memory GB total CPU memory usage tracked by solver, this is not comprehensive of all memory used by solver
Memory Usage Total Tracked GPU Memory GB total GPU memory usage tracked by solver, this is not comprehensive of all memory used by solver
Memory Usage CPU Breakdown Fluid GB amount of memory used by fluid
Memory Usage CPU Breakdown Volume of Fluid GB amount of memory used by volume of fluid
Memory Usage CPU Breakdown Thermal Field GB amount of memory used by thermal field
Memory Usage CPU Breakdown Mean Age GB amount of memory used by mean age
Memory Usage CPU Breakdown Output GB amount of memory used by output
Memory Usage CPU Breakdown Other GB amount of memory used by non-categorized memory
Memory Usage CPU Breakdown Static Body GB amount of memory used by static body
Memory Usage CPU Breakdown Moving Body GB amount of memory used by moving body
Memory Usage CPU Breakdown Static Inlet/Outlet GB amount of memory used by inlet/outlet
Memory Usage CPU Breakdown Particle Set GB amount of memory used by particle set
Memory Usage CPU Breakdown Scalar Field GB amount of memory used by scalar field
Memory Usage CPU Breakdown Custom Variable GB amount of memory used by custom variable
Memory Usage CPU Breakdown Global Variable GB amount of memory used by global variable
Memory Usage CPU Breakdown Moving Inlet/Outlet GB amount of memory used by moving inlet/outlet
Memory Usage CPU Breakdown Particle Sink GB amount of memory used by particle sink
Memory Usage CPU Breakdown Screen GB amount of memory used by screen
Memory Usage GPU Breakdown Fluid GB amount of memory used by fluid
Memory Usage GPU Breakdown Volume of Fluid GB amount of memory used by volume of fluid
Memory Usage GPU Breakdown Thermal Field GB amount of memory used by thermal field
Memory Usage GPU Breakdown Mean Age GB amount of memory used by mean age
Memory Usage GPU Breakdown Output GB amount of memory used by output
Memory Usage GPU Breakdown Other GB amount of memory used by non-categorized memory
Memory Usage GPU Breakdown Static Body GB amount of memory used by static body
Memory Usage GPU Breakdown Moving Body GB amount of memory used by moving body
Memory Usage GPU Breakdown Static Inlet/Outlet GB amount of memory used by inlet/outlet
Memory Usage GPU Breakdown Particle Set GB amount of memory used by particle set
Memory Usage GPU Breakdown Scalar Field GB amount of memory used by scalar field
Memory Usage GPU Breakdown Custom Variable GB amount of memory used by custom variable
Memory Usage GPU Breakdown Global Variable GB amount of memory used by global variable
Memory Usage GPU Breakdown Moving Inlet/Outlet GB amount of memory used by moving inlet/outlet
Memory Usage GPU Breakdown Particle Sink GB amount of memory used by particle sink
Memory Usage GPU Breakdown Screen GB amount of memory used by screen
Blend Time Distance for CDF m distance for cumulative distribution function
Blend Time CDF - value of cumulative distribution function at given distance
Blend Time Expected CDF - expected value of cumulative distribution function at given distance, based on total fluid volume and number of particles using complete spatial randomness Poisson process
Blend Time Distance for PDF m distance for probability distribution function
Blend Time PDF - value of probability distribution function at given distance
Blend Time Expected PDF - expected value of probability distribution function at given distance, based on total fluid volume and number of particles using complete spatial randomness Poisson process
Particles Count - total number of particles including number scaling
Particles Parcel Count - total number of parcels
Particles Condition Injection Rate number/s rate of injection from condition
Particles Region number/s particle injection rate
Particles Region m^3/s volumetric particle injection rate; calculated at reference pressure, does not account for bubble pressure model if active
Particles Region number number of DEM particles that were not successfully fed into system
Particles Region m^3 volume of DEM particles that were not successfully fed into system
Particles Total Volume m^3 total volume of all particles
Particles Total Volume Depressurized m^3 total volume of all particles depressurizing any bubbles to reference pressure if bubble pressure model is used
Particles Total Area m^2 total surface area of particles
Particles kLa 1/s total kLa
Particles Mean Diameter Number-Weighted m mean diameter weighted by number D[1,0] accounting for number of particles contained in each parcel, for non-spherical particles the sphere-equivalent volume is used
Particles Mean Diameter Area-Weighted m mean diameter weighted by area D[3,2] accounting for number of particles contained in each parcel, for non-spherical particles the sphere-equivalent volume is used
Particles Mean Diameter Volume-Weighted m mean diameter weighted by volume D[4,3] accounting for number of particles contained in each parcel, for non-spherical particles the sphere-equivalent volume is used
Particles Mean Parcel Diameter m mean parcel diameter, for non-spherical particles the sphere-equivalent volume is used
Particles Breakup Rate events/s rate of breakup events not including number scaling
Particles Modeled Breakup Rate events/s rate of breakup events
Particles Coalesce Rate events/s rate of coalesce events not including number scaling
Particles Modeled Coalesce Rate events/s rate of coalesce events
Particles Colliding Particles Count - number of particles colliding not including number scaling
Particles Fluid Heat Transfer Rate W total heat transfer between particles and fluid, positive indicates heat transfer from fluid to particles
Particles Mean Particle-Particle Resistance K/W mean thermal conduction resistance for particle-particle contacts, particles that do not contact any other particles count as 0 bringing down the mean
Particles Mean Particle-Particle Heat Flow W mean thermal conduction heat flow for particle-particle contacts, particles that do not contact any other particles count as 0 bringing down the mean
Particles Small Particle Removal Rate number/s rate of particles being removed because their diameter goes below the cutoff value not including number scaling
Particles Small Particle Removal Volumetric Rate m^3/s volumetric rate of particles being removed because their diameter goes below the cutoff value
Particles UDF Removal Rate number/s rate of particles being removed by UDF
Particles UDF Removal Volumetric Rate m^3/s volumetric rate of particles being removed by UDF
Particles Surface Removal Rate number/s rate of particles being removed because they come in contact with gas phase or free slip boundary condition not including number scaling
Particles Surface Removal Volumetric Rate m^3/s volumetric rate of particles being removed because they come in contact with gas phase or free slip boundary condition
Particles Static Inlet/Outlet number/s rate of particles leaving inlet/outlet not including number scaling
Particles Static Inlet/Outlet m^3/s volumetric rate of particles leaving inlet/outlet
Particles Particle Sink number/s rate of particles leaving particle sink not including number scaling
Particles Particle Sink m^3/s volumetric rate of particles leaving particle sink
Particles Custom Particle Variable mean custom particle variable value
Particles Exits ParticleID - unique ID
Particles Exits Exit Location - location of exit
Particles Exits Exit Time s simulation time of exit
Particles Exits Time Added s simulation time of original particle injection into system
Particles Exits Diameter m diameter
Particles Exits Volume mm^3 volume including number scale
Particles Exits Position X m position of exit
Particles Exits Position Y m position of exit
Particles Exits Position Z m position of exit
Particles Exits Velocity X m/s velocity at exit
Particles Exits Velocity Y m/s velocity at exit
Particles Exits Velocity Z m/s velocity at exit
Particles Exits Custom Variable custom variable magnitude
Particles Exits Custom Variable X custom variable value
Particles Exits Custom Variable Y custom variable value
Particles Exits Custom Variable Z custom variable value
Custom Var Mean spatial mean of custom variable value
Custom Var Min spatial min of custom variable value
Custom Var Max spatial max of custom variable value
Interface Area m^2 total surface area
Interface Velocity Mean m/s spatial mean of fluid velocity magnitude
Interface Velocity Min m/s spatial min of fluid velocity magnitude
Interface Velocity Max m/s spatial max of fluid velocity magnitude
Interface Absolute Velocity Mean m/s spatial mean of fluid velocity magnitude accounting for domain movement
Interface Absolute Velocity Min m/s spatial min of fluid velocity magnitude accounting for domain movement
Interface Absolute Velocity Max m/s spatial max of fluid velocity magnitude accounting for domain movement
Interface Strain Rate Mean 1/s spatial mean of strain rate magnitude
Interface Strain Rate Min 1/s spatial min of strain rate magnitude
Interface Strain Rate Max 1/s spatial max of strain rate magnitude
Interface EDR Mean W/kg spatial mean of energy dissipation rate including both resolved and unresolved components
Interface EDR Min W/kg spatial min of energy dissipation rate including both resolved and unresolved components
Interface EDR Max W/kg spatial max of energy dissipation rate including both resolved and unresolved components
Interface Custom Variable spatial mean of custom variable value
Interface Custom Variable spatial min of custom variable value
Interface Custom Variable spatial max of custom variable value
Control Volume Fluid Volume m^3 total fluid volume contained in control volume
Control Volume Flux +X m^3/s fluid flux through +X face of box, positive flux indicates flowing out of control volume
Control Volume Flux -X m^3/s fluid flux through -X face of box, positive flux indicates flowing out of control volume
Control Volume Flux +Y m^3/s fluid flux through +Y face of box, positive flux indicates flowing out of control volume
Control Volume Flux -Y m^3/s fluid flux through -Y face of box, positive flux indicates flowing out of control volume
Control Volume Flux +Z m^3/s fluid flux through +Z face of box, positive flux indicates flowing out of control volume
Control Volume Flux -Z m^3/s fluid flux through -Z face of box, positive flux indicates flowing out of control volume
Control Volume Flux Top m^3/s fluid flux through top face of cylinder, positive flux indicates flowing out of control volume
Control Volume Flux Bottom m^3/s fluid flux through bottom face of cylinder, positive flux indicates flowing out of control volume
Control Volume Flux Side m^3/s fluid flux through side face of cylinder, positive flux indicates flowing out of control volume
Control Volume Cell Data Velocity X Mean m/s fluid velocity
Control Volume Cell Data Velocity Y Mean m/s fluid velocity
Control Volume Cell Data Velocity Z Mean m/s fluid velocity
Control Volume Cell Data Velocity Mean m/s magnitude of fluid velocity
Control Volume Cell Data Pressure Mean Pa pressure
Control Volume Cell Data Resolved Strain Rate Mean 1/s strain rate magnitude not including unresolved strain
Control Volume Cell Data Fluid Volume Fraction Mean vf fluid volume fraction
Control Volume Cell Data Fluid Viscosity Mean m^2/s fluid kinematic viscosity
Control Volume Cell Data Density Mean kg/m^3 density after accounting for multiphase, particles, bubbles, and scalar fields
Control Volume Cell Data Energy Dissipation Rate Mean W/kg energy dissipation rate including both resolved and unresolved components
Control Volume Cell Data Sub-Grid Turbulent Viscosity Mean m^2/s sub-grid turbulent viscosity from LES model
Control Volume Cell Data Resolved Shear Stress Mean Pa resolved shear stress magnitude
Control Volume Cell Data Vorticity X Mean 1/s vorticity
Control Volume Cell Data Vorticity Y Mean 1/s vorticity
Control Volume Cell Data Vorticity Z Mean 1/s vorticity
Control Volume Cell Data Vorticity Mean 1/s vorticity magnitude
Control Volume Cell Data Avg Turb KE Mean J/kg time-averaged turbulent kinetic energy
Control Volume Cell Data Time-Avg Velocity X Mean m/s time-averaged fluid velocity
Control Volume Cell Data Time-Avg Velocity Y Mean m/s time-averaged fluid velocity
Control Volume Cell Data Time-Avg Velocity Z Mean m/s time-averaged fluid velocity
Control Volume Cell Data Time-Avg Velocity Mean m/s time-averaged fluid velocity magnitude
Control Volume Cell Data Time-Avg Resovled Shear Stress Mean Pa time-averaged resolved shear stress magnitude
Control Volume Cell Data Time-Avg Pressure Mean Pa time-averaged pressure
Control Volume Cell Data Time-Avg Energy Dissipation Rate Mean W/kg time-averaged energy dissipation rate including both resolved and unresolved components
Control Volume Cell Data Time-Avg Strain Rate Mean 1/s time-averaged strain rate magnitude
Control Volume Cell Data Temperature Mean K fluid temperature
Control Volume Cell Data Age Mean s fluid mean age
Control Volume Cell Data Scalar Field Mean scalar field value
Control Volume Cell Data Custom Variable X Mean custom variable value
Control Volume Cell Data Custom Variable Y Mean custom variable value
Control Volume Cell Data Custom Variable Z Mean custom variable value
Control Volume Cell Data Custom Variable Mean custom variable magnitude
Control Volume Cell Data Particle Set Mean 1/s kLa for particle set
Control Volume Cell Data Particle Set Mean vf volume fraction for particle set
Control Volume Cell Data Velocity X Min m/s fluid velocity
Control Volume Cell Data Velocity Y Min m/s fluid velocity
Control Volume Cell Data Velocity Z Min m/s fluid velocity
Control Volume Cell Data Velocity Min m/s magnitude of fluid velocity
Control Volume Cell Data Pressure Min Pa pressure
Control Volume Cell Data Resolved Strain Rate Min 1/s strain rate magnitude not including unresolved strain
Control Volume Cell Data Fluid Volume Fraction Min vf fluid volume fraction
Control Volume Cell Data Fluid Viscosity Min m^2/s fluid kinematic viscosity
Control Volume Cell Data Density Min kg/m^3 density after accounting for multiphase, particles, bubbles, and scalar fields
Control Volume Cell Data Energy Dissipation Rate Min W/kg energy dissipation rate including both resolved and unresolved components
Control Volume Cell Data Sub-Grid Turbulent Viscosity Min m^2/s sub-grid turbulent viscosity from LES model
Control Volume Cell Data Resolved Shear Stress Min Pa resolved shear stress magnitude
Control Volume Cell Data Vorticity X Min 1/s vorticity
Control Volume Cell Data Vorticity Y Min 1/s vorticity
Control Volume Cell Data Vorticity Z Min 1/s vorticity
Control Volume Cell Data Vorticity Min 1/s vorticity magnitude
Control Volume Cell Data Avg Turb KE Min J/kg time-averaged turbulent kinetic energy
Control Volume Cell Data Time-Avg Velocity X Min m/s time-averaged fluid velocity
Control Volume Cell Data Time-Avg Velocity Y Min m/s time-averaged fluid velocity
Control Volume Cell Data Time-Avg Velocity Z Min m/s time-averaged fluid velocity
Control Volume Cell Data Time-Avg Velocity Min m/s time-averaged fluid velocity magnitude
Control Volume Cell Data Time-Avg Resovled Shear Stress Min Pa time-averaged resolved shear stress magnitude
Control Volume Cell Data Time-Avg Pressure Min Pa time-averaged pressure
Control Volume Cell Data Time-Avg Energy Dissipation Rate Min W/kg time-averaged energy dissipation rate including both resolved and unresolved components
Control Volume Cell Data Time-Avg Strain Rate Min 1/s time-averaged strain rate magnitude
Control Volume Cell Data Temperature Min K fluid temperature
Control Volume Cell Data Age Min s fluid mean age
Control Volume Cell Data Scalar Field Min scalar field value
Control Volume Cell Data Custom Variable X Min custom variable value
Control Volume Cell Data Custom Variable Y Min custom variable value
Control Volume Cell Data Custom Variable Z Min custom variable value
Control Volume Cell Data Custom Variable Min custom variable magnitude
Control Volume Cell Data Particle Set Min 1/s kLa for particle set
Control Volume Cell Data Particle Set Min vf volume fraction for particle set
Control Volume Cell Data Velocity X Max m/s fluid velocity
Control Volume Cell Data Velocity Y Max m/s fluid velocity
Control Volume Cell Data Velocity Z Max m/s fluid velocity
Control Volume Cell Data Velocity Max m/s magnitude of fluid velocity
Control Volume Cell Data Pressure Max Pa pressure
Control Volume Cell Data Resolved Strain Rate Max 1/s strain rate magnitude not including unresolved strain
Control Volume Cell Data Fluid Volume Fraction Max vf fluid volume fraction
Control Volume Cell Data Fluid Viscosity Max m^2/s fluid kinematic viscosity
Control Volume Cell Data Density Max kg/m^3 density after accounting for multiphase, particles, bubbles, and scalar fields
Control Volume Cell Data Energy Dissipation Rate Max W/kg energy dissipation rate including both resolved and unresolved components
Control Volume Cell Data Sub-Grid Turbulent Viscosity Max m^2/s sub-grid turbulent viscosity from LES model
Control Volume Cell Data Resolved Shear Stress Max Pa resolved shear stress magnitude
Control Volume Cell Data Vorticity X Max 1/s vorticity
Control Volume Cell Data Vorticity Y Max 1/s vorticity
Control Volume Cell Data Vorticity Z Max 1/s vorticity
Control Volume Cell Data Vorticity Max 1/s vorticity magnitude
Control Volume Cell Data Avg Turb KE Max J/kg time-averaged turbulent kinetic energy
Control Volume Cell Data Time-Avg Velocity X Max m/s time-averaged fluid velocity
Control Volume Cell Data Time-Avg Velocity Y Max m/s time-averaged fluid velocity
Control Volume Cell Data Time-Avg Velocity Z Max m/s time-averaged fluid velocity
Control Volume Cell Data Time-Avg Velocity Max m/s time-averaged fluid velocity magnitude
Control Volume Cell Data Time-Avg Resovled Shear Stress Max Pa time-averaged resolved shear stress magnitude
Control Volume Cell Data Time-Avg Pressure Max Pa time-averaged pressure
Control Volume Cell Data Time-Avg Energy Dissipation Rate Max W/kg time-averaged energy dissipation rate including both resolved and unresolved components
Control Volume Cell Data Time-Avg Strain Rate Max 1/s time-averaged strain rate magnitude
Control Volume Cell Data Temperature Max K fluid temperature
Control Volume Cell Data Age Max s fluid mean age
Control Volume Cell Data Scalar Field Max scalar field value
Control Volume Cell Data Custom Variable X Max custom variable value
Control Volume Cell Data Custom Variable Y Max custom variable value
Control Volume Cell Data Custom Variable Z Max custom variable value
Control Volume Cell Data Custom Variable Max custom variable magnitude
Control Volume Cell Data Particle Set Max 1/s kLa for particle set
Control Volume Cell Data Particle Set Max vf volume fraction for particle set
Blend Time Expected Average Nearest Neighbor Distance m expected mean nearest neighbor distance, based on total fluid volume and number of particles using complete spatial randomness Poisson process
Blend Time Average Nearest Neighbor Distance m mean nearest neighbor distance
Blend Time Fit to Expected CDF - measure of fitness between actual and expected nearest distance cumulative distribution fuction
Moving Body Rotation Angular Position rad angular position of rotation about moving body position
Moving Body Rotation Orbit Position rad angular position of rotation about orbit point
Moving Body Rotation Angular Velocity rad/s angular velocity of rotation about moving body position
Moving Body Rotation Force X N total force from fluid on moving body, does not include forces due to static pressure
Moving Body Rotation Force Y N total force from fluid on moving body, does not include forces due to static pressure
Moving Body Rotation Force Z N total force from fluid on moving body, does not include forces due to static pressure
Moving Body Rotation Force Axial N axial component of total force from fluid on moving body, does not include forces due to static pressure
Moving Body Rotation Force Radial Magnitude N radial component of total force from fluid on moving body, does not include forces due to static pressure
Moving Body Rotation Torque X N-m total torque from fluid on moving body taken about the axis of rotation, does not include forces due to static pressure
Moving Body Rotation Torque Y N-m total torque from fluid on moving body taken about the axis of rotation, does not include forces due to static pressure
Moving Body Rotation Torque Z N-m total torque from fluid on moving body taken about the axis of rotation, does not include forces due to static pressure
Moving Body Rotation Power Number - power number, power normalization is done using local density
Moving Body Rotation Power Number Normalized by - power number, power normalization is done using fluid 1 density
Moving Body Rotation Orbit Torque X N-m total torque from fluid on moving body taken about the orbit axis, does not include forces due to static pressure
Moving Body Rotation Orbit Torque Y N-m total torque from fluid on moving body taken about the orbit axis, does not include forces due to static pressure
Moving Body Rotation Orbit Torque Z N-m total torque from fluid on moving body taken about the orbit axis, does not include forces due to static pressure
Moving Body Cyclic Translation Position m translation magnitude from initial location
Moving Body Cyclic Translation Velocity m/s velocity magnitude in direction of translation
Moving Body Cyclic Translation Force X N total force from fluid on moving body, does not include forces due to static pressure
Moving Body Cyclic Translation Force Y N total force from fluid on moving body, does not include forces due to static pressure
Moving Body Cyclic Translation Force Z N total force from fluid on moving body, does not include forces due to static pressure
Moving Body Flux Surface Force X N total force from fluid on moving body, does not include forces due to static pressure
Moving Body Flux Surface Force Y N total force from fluid on moving body, does not include forces due to static pressure
Moving Body Flux Surface Force Z N total force from fluid on moving body, does not include forces due to static pressure
Moving Body Translation Position X m translation from initial location
Moving Body Translation Position Y m translation from initial location
Moving Body Translation Position Z m translation from initial location
Moving Body Translation Velocity X m/s velocity
Moving Body Translation Velocity Y m/s velocity
Moving Body Translation Velocity Z m/s velocity
Moving Body Translation Force X N total force from fluid on moving body, does not include forces due to static pressure
Moving Body Translation Force Y N total force from fluid on moving body, does not include forces due to static pressure
Moving Body Translation Force Z N total force from fluid on moving body, does not include forces due to static pressure
Moving Body Custom Motion Position X m moving body position
Moving Body Custom Motion Position Y m moving body position
Moving Body Custom Motion Position Z m moving body position
Moving Body Custom Motion Velocity X m/s velocity
Moving Body Custom Motion Velocity Y m/s velocity
Moving Body Custom Motion Velocity Z m/s velocity
Moving Body Custom Motion Rotation Axis X Before - axis of rotation applied before translation
Moving Body Custom Motion Rotation Axis Y Before - axis of rotation applied before translation
Moving Body Custom Motion Rotation Axis Z Before - axis of rotation applied before translation
Moving Body Custom Motion Rotation Angle Before rad angular position of rotation applied before translation
Moving Body Custom Motion Rotational Velocity X Before rad/s rotational velocity of rotation applied before translation
Moving Body Custom Motion Rotational Velocity Y Before rad/s rotational velocity of rotation applied before translation
Moving Body Custom Motion Rotational Velocity Z Before rad/s rotational velocity of rotation applied before translation
Moving Body Custom Motion Rotation Axis X After - axis of rotation applied after translation
Moving Body Custom Motion Rotation Axis Y After - axis of rotation applied after translation
Moving Body Custom Motion Rotation Axis Z After - axis of rotation applied after translation
Moving Body Custom Motion Rotation Angle After rad angular position of rotation applied after translation
Moving Body Custom Motion Rotational Velocity X After rad/s rotational velocity of rotation applied after translation
Moving Body Custom Motion Rotational Velocity Y After rad/s rotational velocity of rotation applied after translation
Moving Body Custom Motion Rotational Velocity Z After rad/s rotational velocity of rotation applied after translation
Moving Body Custom Motion Force X N total force from fluid on moving body, does not include forces due to static pressure
Moving Body Custom Motion Force Y N total force from fluid on moving body, does not include forces due to static pressure
Moving Body Custom Motion Force Z N total force from fluid on moving body, does not include forces due to static pressure
Moving Body Custom Motion Torque X N-m total torque from fluid on moving body, does not include forces due to static pressure
Moving Body Custom Motion Torque Y N-m total torque from fluid on moving body, does not include forces due to static pressure
Moving Body Custom Motion Torque Z N-m total torque from fluid on moving body, does not include forces due to static pressure
Moving Body Deforming Force X N total force from fluid on moving body, does not include forces due to static pressure
Moving Body Deforming Force Y N total force from fluid on moving body, does not include forces due to static pressure
Moving Body Deforming Force Z N total force from fluid on moving body, does not include forces due to static pressure
Moving Body Deforming Torque X N-m total torque from fluid on moving body, does not include forces due to static pressure
Moving Body Deforming Torque Y N-m total torque from fluid on moving body, does not include forces due to static pressure
Moving Body Deforming Torque Z N-m total torque from fluid on moving body, does not include forces due to static pressure
Moving Body Driven Position X m translation of moving body from initial position
Moving Body Driven Position Y m translation of moving body from initial position
Moving Body Driven Position Z m translation of moving body from initial position
Moving Body Driven Velocity X m/s velocity
Moving Body Driven Velocity Y m/s velocity
Moving Body Driven Velocity Z m/s velocity
Moving Body Driven Rotation Axis X - axis of rotation
Moving Body Driven Rotation Axis Y - axis of rotation
Moving Body Driven Rotation Axis Z - axis of rotation
Moving Body Driven Rotation Angle rad angular position of rotation axis
Moving Body Driven Angular Velocity X rad/s angular velocity
Moving Body Driven Angular Velocity Y rad/s angular velocity
Moving Body Driven Angular Velocity Z rad/s angular velocity
Moving Body Driven Force X N total force from fluid on moving body, does not include forces due to static pressure
Moving Body Driven Force Y N total force from fluid on moving body, does not include forces due to static pressure
Moving Body Driven Force Z N total force from fluid on moving body, does not include forces due to static pressure
Moving Body Driven Torque X N-m total torque from fluid on moving body, does not include forces due to static pressure
Moving Body Driven Torque Y N-m total torque from fluid on moving body, does not include forces due to static pressure
Moving Body Driven Torque Z N-m total torque from fluid on moving body, does not include forces due to static pressure
Moving Body Ball Joint Direction X - orientation direction of ball joint
Moving Body Ball Joint Direction Y - orientation direction of ball joint
Moving Body Ball Joint Direction Z - orientation direction of ball joint
Moving Body Ball Joint Force X N total force from fluid on moving body, does not include forces due to static pressure
Moving Body Ball Joint Force Y N total force from fluid on moving body, does not include forces due to static pressure
Moving Body Ball Joint Force Z N total force from fluid on moving body, does not include forces due to static pressure
Moving Body Ball Joint Torque X N-m total torque from fluid on moving body, does not include forces due to static pressure
Moving Body Ball Joint Torque Y N-m total torque from fluid on moving body, does not include forces due to static pressure
Moving Body Ball Joint Torque Z N-m total torque from fluid on moving body, does not include forces due to static pressure
Scalar Particle and Reaction Present Reaction total rate for scalar field in reaction
Scalar Particle and Reaction Present Particle-Scalar Coupling total rate for scalar transfer between fluid and particles, positive indicates scalar going into particles
Scalar Particle and Reaction Present Particle Reaction total rate for scalar in particle-based reaction
Scalar Particle and Reaction Present Particle Set total rate of scalar addition from particle injection
Scalar Particle and Reaction Present Particle Set total rate of scalar decrease from particle removal
Scalar Particle and Reaction Present Surface Reaction total rate for scalar in surface reaction
Scalar Particle and Reaction Present Reaction m^3/s total rate for miscible scalar field in reaction
Scalar Particle and Reaction Present Particle-Scalar Coupling m^3/s total rate for miscible scalar transfer between fluid and particles, positive indicates miscible scalar going into particles
Scalar Particle and Reaction Present Particle Reaction m^3/s total rate for miscible scalar in particle-based reaction
Scalar Particle and Reaction Present Particle Set m^3/s total rate of miscible scalar addition from particle injection
Scalar Particle and Reaction Present Particle Set m^3/s total rate of miscible scalar decrease from particle removal
Scalar Particle and Reaction Present Surface Reaction m^3/s total rate for miscible scalar in surface reaction
Signal Signal Enabled Value signal value
Static Body Conduction Enabled Conduction Boundary Condition W total heat transfer rate to static body from conduction boundary condition
Static Body Static Body Reaction Enabled Custom Static Body Variable rate of change for custom static body variable in surface reaction
Particles Particle and Reaction Present Custom Particle Variable rate of change for custom particle variable in particle-based reaction
Particles Particle, Reaction, and Heat Transfer Present Heat of Reaction W total heat generation for particle-based reaction
Static Body Conduction Enabled Layer K