Index

absorptivity
Radiation properties
BICCG
System of Linear Equations
diagonal
System of Linear Equations
diagonalSolver
System of Linear Equations
DIC
System of Linear Equations
DILU
System of Linear Equations
emissivity
Radiation properties
FDIC
System of Linear Equations
GAMG
System of Linear Equations | System of Linear Equations
none
System of Linear Equations
opaqueSolid
Radiation properties
PBiCG
System of Linear Equations
smoothSolver
System of Linear Equations
$FOAM_APPBIN
New solver | New solver
$FOAM_RUN
Partial meshes
$FOAM_RUN /pitzDaily
Parallel decomposition
$FOAM_SOLVERS
Solvers | Solvers
$FOAM_SRC
OpenFOAM Libraries (src Directory) | OpenFOAM Libraries (src Directory)
$FOAM_SRC/TurbulenceModels
Turbulence Directory Structure
$FOAM_TUTORIALS
OpenFOAM tutorials Directory | OpenFOAM tutorials Directory
$FOAM_USER_APPBIN
New solver | New solver | Implementation
$FOAM_USER_LIBBIN
Turbulence model modification | Turbulence model modification
$FOAM_UTILITIES
Utilities | Utilities
$internalField
Test case set-up | Test case: damBreakWithObstacle | The Allrun script
$WM_PROJECT_DIR
OpenFOAM User Directory
$WM_PROJECT_DIR/bin/tools/RunFunctions
The Allrun script | Script Allrun
$WM_PROJECT_DIR/platforms
OpenFOAM Executables (Binaries) | OpenFOAM Executables (Binaries)
*.obj
The initialization script Allrun.pre
*.OpenFOAM
Results evaluation
*.pvsm
Results evaluation
*FinalRes
Monitoring the convergence
*Iters
Monitoring the convergence
-
Boundary conditions | Boundary conditions
-cellZones -overwrite
Script Allrun
-clean
OBJ model preparation
-constant switch
Non-rotating part mesh generation
-force
Solver setup | Solver setup
-help
Running blockMesh | Running blockMesh
-includedAngle 150
The initialization script Allrun.pre
-latestTime
Evaluating mass flow at | Evaluating mass flow at | Results evaluation | Results evaluation
-minElem 10
The initialization script Allrun.pre
-noFunctionObjects
Test case set-up | snappyHexMesh setup | snappyHexMesh setup
-overwrite
Run snappyHexMesh | The initialization script Allrun.pre
-region
Test case geometry description | Script Allrun | Test case geometry description | Running test case
-touch
Script Allrun
-touchAll
Running test case
./logs
Monitoring the convergence
.ac
OBJ model preparation
.dx
OBJ model preparation
.eMesh
The initialization script Allrun.pre | The initialization script Allrun.pre
.ftr
OBJ model preparation
.gts
OBJ model preparation
.m4
Test case set-up | Test case set-up
.obj
OBJ model preparation | The initialization script Allrun.pre
.off
OBJ model preparation
.OpenFOAM
Script Allrun
.smesh
OBJ model preparation
.stl
OBJ model preparation
.stlb
OBJ model preparation
.tri
OBJ model preparation
.vtk
OBJ model preparation
/* text */
Working with files
//
Working with files
/0
Computation setup | Initial and boundary conditions
0
Boundary and initial condition | Boundary and initial condition | Parallel decomposition | Parallel decomposition | Test case set-up | Test case set-up | Initial and boundary conditions | Test case: damBreakWithObstacle | Test case: damBreakWithObstacle | The Allrun script | The Allrun script | Running the case | Mesh refinement using refineMesh | Solver setup
0.org
The initialization script Allrun.pre
0.orig/
Test case set-up
0/
Test case set-up
0/alpha.water
Initial and boundary conditions
0/alpha.water.orig
Initial and boundary conditions
0/p_rgh
Initial and boundary conditions
0/T
Test case set up
0/U
Boundary conditions | Initial and boundary conditions | Solver setup | Running the simulation | snappyHexMesh setup
0/U.org
Solver setup | Running the simulation
a
Mesh generation | Mesh generation
add layers
Mesh generation process
addLayers
Mesh generation | Mesh generation | Mesh generation | Mesh generation | Mesh generation
addLayersControl
Mesh generation
addLayersControls
Mesh generation | Mesh generation
adiabaticPerfectFluid
Equation of state
aeroCoeffs
Solver setup | Solver setup | Solver setup | Solver setup | Solver setup | Solver setup
aerodynamic coefficients
Aerodynamic coefficients $ C_l$ and
Allclean.sh
Scripts | Scripts
allresiduals.gp
Results evaluation
Allrun
Test case set-up | Test case set-up | no title | no title | The Allrun script | The Allrun script | The initialization script Allrun.pre | The initialization script Allrun.pre | no title | no title | Script Allrun | Script Allrun | Script Allrun | Script Allrun | Script Allrun | Script Allrun | Script Allrun | Script Allrun | Script Allrun | Script Allrun | Script Allrun | Script Allrun | Script Allrun | Script Allrun | Script Allrun | Script Allrun | Scripts | Test case: Wind Turbine | Test case: Wind Turbine | Running the simulation | Running the simulation
Allrun.pre
The Allrun script | The Allrun script | no title | no title
Allrun.sh
Scripts | Scripts | Scripts | Running test case | Configuration Script Allrun.sh | Configuration Script Allrun.sh
alpha.water
Initial and boundary conditions | Initial and boundary conditions | Initial and boundary conditions | Test case set up | Phase ratio initialization | Phase ratio initialization | Phase ratio initialization | Phase ratio initialization | Phase ratio initialization | Phase ratio initialization
alpha.water.org
Initial and boundary conditions | Initial and boundary conditions | Initial and boundary conditions | Multiple Reference Frame -
alpha1
Test case: sloshingTank2D | Test case: sloshingTank2D | Test case: sloshingTank2D | Test case: sloshingTank2D
AMI
Solution | Solution | Solution
AMIInside
Initial and boundary conditions | Initial and boundary conditions
AMIOutside
Initial and boundary conditions | Initial and boundary conditions
ansysToFoam
cfx4ToFoam
datToFoam
fluent3DMeshToFoam
fluentMeshToFoam
foamMeshToFluent
foamToStarMesh
foamToSurface
gambitToFoam
gmshToFoam
Meshes in OpenFOAM
app
System Variables and Aliases
application
Computation setup | Computation setup
applications/solvers
New solver
ascii
Computation setup
ascii/binary
Computation setup
axis
Test case set-up | Test case set-up | Rotation | Rotation
axisRotationMotion
Test case: sloshingTank2D | Test case: sloshingTank2D
b
Mesh generation
background mesh
Mesh generation process | Mesh generation process | Mesh of rotating part | Mesh of rotating part | Rotating part mesh generation | Mesh of non-rotating part | Non-rotating part mesh generation
Backward-Facing-Step
Test case: Backward-Facing-Step
bash
Test case set up | Results evaluation
bashrc
OpenFOAM wmake Directory
basic
Solvers | Solvers
batch
Script Allrun
biggest decision in CFD
Transient or Steady-state? | Transient or Steady-state?
biLinearFit
Spatial Integration Numerical Scheme
binary
Computation setup
Blasius
Momentum Thickness | Momentum Thickness | Friction Coefficient vs. Reynolds-X | Friction Coefficient vs. Reynolds-X | Friction Coefficient vs. Reynolds-X | RANS, $ v2f$ model, lowRe | RANS, $ v2f$ model, lowRe | RANS, $ k$ $ -$ $ \omega$ | RANS, $ k$ $ -$ $ \omega$
blended
Spatial Integration Numerical Scheme
blockMesh
Meshes in OpenFOAM | Meshes in OpenFOAM | Mesh location | no title | no title | File blockMeshDict | no title | no title | Running blockMesh | Running blockMesh | Finer mesh | Finer mesh | Finer mesh | no title | no title | Creating computational mesh using | Creating computational mesh using | Creating computational mesh using | File blockMeshDict | no title | no title | Running blockMesh | Test case set-up | Test case set-up | The initialization script Allrun.pre | The initialization script Allrun.pre | The initialization script Allrun.pre | The initialization script Allrun.pre | Test case set up | Test case set up | Test case set up | Test case set up | Test case set up | Test case set up | Test case set up | Script Allrun | Script Allrun | Script Allrun | Script Allrun | Script Allrun | Mesh generation | Mesh generation | Mesh generation | Mesh generation | Mesh generation | Mesh generation | Mesh generation | Mesh generation | Mesh generation | snappyHexMesh setup | snappyHexMesh setup | Mesh of rotating part | Mesh of rotating part | Rotating part mesh generation | Rotating part mesh generation | Rotating part mesh generation | Rotating part mesh generation | Mesh of non-rotating part | Non-rotating part mesh generation | Non-rotating part mesh generation | Non-rotating part mesh generation | Non-rotating part mesh generation
blockMeshDict
Using blockMesh generator | no title | no title | Finer mesh | Finer mesh | Finer mesh | Creating computational mesh using | no title | no title | Meshing | Meshing | Meshing | Test case set-up | Test case set-up | The outsideMesh | The outsideMesh | The insideMesh | The insideMesh | Test case set up | Test case set up | snappyHexMesh setup | snappyHexMesh setup | Rotating part mesh generation | Rotating part mesh generation | Non-rotating part mesh generation | Non-rotating part mesh generation
blockMeshDict.m4
Computational mesh modification
blocks
File blockMeshDict | File blockMeshDict | File blockMeshDict | File blockMeshDict
bottomWater
Test case geometry description
boundary
File blockMeshDict | File blockMeshDict | File blockMeshDict | Inlet Boundary Conditions | Outlet Boundary Conditions | Arbitrary Mesh Interface (cyclicAMI) | cyclic Boundary Condition
Boundary condition
Boundary conditions | Boundary conditions
boundary conditions
Boundary and initial condition | Initial and boundary conditions | Initial and boundary conditions | Boundary conditions in OpenFOAM
Boundary type
Boundary types | Boundary types
boundary types
Boundary conditions in OpenFOAM | Boundary types
boundaryField
boundaryField | boundaryField | boundaryField
boxToCell
Phase ratio initialization | Phase ratio initialization | Phase ratio initialization
Buffer layer
Turbulent Boundary Layer
calculated
Boundary conditions | Boundary conditions | Boundary conditions
car
Mesh generation | Mesh generation | Mesh generation | Mesh generation
carNoMotor.OpenFOAM
Results evaluation
castellate mesh
Mesh generation process
castellatedMesh
Mesh generation | Mesh generation | Mesh generation | Mesh generation | Mesh generation | Mesh generation | Mesh generation | Mesh generation
cavity
Test case: Cavity | Physics | Testing new turbulence model | Testing new turbulence model | Testing new turbulence model
cavity/system/blockMeshDict
Using blockMesh generator
cell-centered
Cell Centered Approach
cellSet
Multiple Reference Frame - | Multiple Reference Frame - | Multiple Reference Frame - | Multiple Reference Frame - | Test case set up | Test case set up | Test case set up | Test case set up | Test case set up | Test case set up | Test case set up | Script Allrun
cellZone
Test case description | Test case description | Multiple Reference Frame - | Multiple Reference Frame - | Multiple Reference Frame - | Multiple Reference Frame - | MRF | Geometry description | Geometry description | Test case set up | Test case set up | Mesh generation | Mesh generation | Defining porosity using Darcy | Defining porosity using Power | Defining porosity using Power
cellZones
Script Allrun | Script Allrun | Script Allrun
cellZoneSet
Script Allrun
CFL
Iteration output
changeDictionary
Initial and boundary conditions | Script Allrun | Script Allrun | Script Allrun | Script Allrun | Script Allrun | Merging meshes of rotating | Merging meshes of rotating
changeDictionaryDict
Script Allrun | Merging meshes of rotating | Merging meshes of rotating
checkMesh
Running blockMesh | Running blockMesh | Running blockMesh | Running blockMesh | Running blockMesh | Running blockMesh | Run snappyHexMesh | Mesh refinement using refineMesh | Mesh refinement using refineMesh | Mesh of rotating part
chtMultiRegionFoam
Test case geometry description | Test case setup parameters
class
View of the source | View of the source
clean
OBJ model preparation | OBJ model preparation
clippedLinear
Spatial Integration Numerical Scheme
clockTime
Computation setup | Computation setup | Iteration output | Iteration output | Iteration output
CoBlended
Spatial Integration Numerical Scheme
Coles
RANS, $ v2f$ model, lowRe | RANS, $ v2f$ model, lowRe
combi.stl
Mesh generation
combiMotor-bottom.stl
Mesh generation
combiMotor-front.stl
Mesh generation
combiMotor.stl
Mesh generation
combustion
Solvers | Solvers
compressed
Computation setup
compressed/uncompressed
Computation setup | Computation setup
compressible
Solvers | Solvers
Conjugate Gradient
Numerical solution parameters
constant
Physical properties setup | Physical properties setup | Physical properties setup | Turbulent quantities | Turbulent quantities | Turbulent quantities | Physical model set-up | Physical model set-up | Physical model set-up | Parallel decomposition | Parallel decomposition | Parallel decomposition | Parallel decomposition | Test case set-up | Rotating part mesh generation | Rotating part mesh generation | Non-rotating part mesh generation | Non-rotating part mesh generation | Description of $ k-\epsilon$ turbulence | Description of $ k-\epsilon$ turbulence
constant/dynamicMeshDict
Dynamic Meshes in OpenFOAM | Test case: sloshingTank2D | Test case: damBreakWithObstacle
constant/g
Gravity
constant/MRFProperties
Rotation | Rotation
constant/polyMesh
Run snappyHexMesh | The initialization script Allrun.pre
constant/polyMesh/
Mesh location
constant/polyMesh/boundary
Boundary types | Boundary types | Initial and boundary conditions
constant/transportProperties
Test case set-up | Test case set up | Physical set up | Physical set up
constant/triSurface
OBJ model preparation
constant/turbulenceProperties
Turbulence model modification | Testing new turbulence model
constraint
Boundary conditions in OpenFOAM
contCumulative
Monitoring the convergence
contCumulative, contGlobal, contLocal
Monitoring the convergence
contGlobal
Monitoring the convergence
continuity equation
PISO | SIMPLE
continuity errors
Iteration output
contLocal
Monitoring the convergence
controlDict
Computation setup | Computation setup | Finer mesh | Finer mesh | Computation set up | Computation set up | Computation set up | Computation set up | Computation set up | Test case set-up | Test case set-up | Aerodynamic coefficients $ C_l$ and | Aerodynamic coefficients $ C_l$ and | Aerodynamic coefficients $ C_l$ and | Aerodynamic coefficients $ C_l$ and | Aerodynamic coefficients $ C_l$ and | Function probe | Function probe | Function probe | Function probe | Function probe | Test case set-up | Mesh refinement using refineMesh | Mesh refinement using refineMesh | Test case geometry description | Test case geometry description | Script Allrun | Script Allrun | Test case geometry description | Solver setup | Solver setup | Solver setup | Solver setup | Solver setup | snappyHexMesh setup | snappyHexMesh setup | Evaluation of the torque | Evaluation of the torque | Testing new turbulence model
convergence
Monitoring the convergence | Gnuplot - convergence monitoring
convertToMeters
File blockMeshDict | File blockMeshDict | File blockMeshDict | File blockMeshDict
coordinateRotation
Evaluation of the torque
coordinateSystem
Defining porosity using Darcy | Defining porosity using Darcy
correct()
View of the source
Courant Number
Iteration output
Courant Number mean/max
Iteration output
createFields.H
Implementation | Implementation | Implementation | Settings and compilation
createInletOutletSets
The initialization script Allrun.pre | The initialization script Allrun.pre
createPatch
The initialization script Allrun.pre | The initialization script Allrun.pre | Merging meshes of rotating | Merging meshes of rotating
Ctrl+C
Parallel run | Parallel run
cubic
Spatial Integration Numerical Scheme
cubicUpwindFit
Spatial Integration Numerical Scheme
Cull Frontface
Results Evaluation | Results Evaluation
cuttingPlane
Aerodynamic coefficients $ C_l$ and | Aerodynamic coefficients $ C_l$ and
cyclic
Boundary types | Boundary types | Boundary types | Boundary types | Boundary types | cyclic Boundary Condition | cyclic Boundary Condition | cyclic Boundary Condition | cyclic Boundary Condition | cyclic Boundary Condition | cyclic Boundary Condition
cyclicAMI
Boundary conditions in OpenFOAM | Boundary types | Boundary types | Boundary types | Arbitrary Mesh Interface (cyclicAMI) | Arbitrary Mesh Interface (cyclicAMI) | Arbitrary Mesh Interface (cyclicAMI) | cyclic Boundary Condition | Preprocessing | Preprocessing | Preprocessing | Initial and boundary conditions | Initial and boundary conditions | Solution | Solution | Mesh generation | Merging meshes of rotating | Simulation and Evaluation set | Simulation and Evaluation set
d
Defining porosity using Darcy
damBreakWithObstacle
no title | no title | Test case: damBreakWithObstacle | Test case: damBreakWithObstacle | Test case: damBreakWithObstacle | Test case: damBreakWithObstacle
Darcy law
no title | no title | Defining porosity using Darcy | Defining porosity using Darcy | Defining porosity using Darcy | Defining porosity using Darcy | Defining porosity using Darcy | Defining porosity using Power | Defining porosity using Power
data conversion
Data conversion | Postprocessing | Data conversion
ddtSchemes
Numerical solution parameters | Numerical solution parameters | Numerical solution parameters
decomposeDict
Running the simulation | Running the simulation | Running the simulation | Running the simulation
decomposePar
Parallel decomposition | Parallel decomposition | Parallel decomposition | Parallel decomposition | Parallel decomposition | Parallel decomposition | Parallel decomposition | Parallel decomposition | Test case set-up | The Allrun script | The Allrun script | Script Allrun | Script Allrun | Mesh generation | Mesh generation | Mesh generation | Mesh generation | Mesh generation
decomposePar -force
Solver setup
decomposeParDict
Parallel decomposition | Parallel decomposition | Parallel decomposition | Parallel decomposition | Parallel decomposition | Test case set-up | Test case set-up | Rotating part mesh generation | Rotating part mesh generation | Non-rotating part mesh generation | Non-rotating part mesh generation
defaultFieldValues
Phase ratio initialization | Phase ratio initialization | Phase ratio initialization
Definition
Numerical solution parameters | Numerical solution parameters | Numerical solution parameters | Numerical solution parameters | Numerical solution parameters | Numerical solution parameters
delta
Parallel decomposition | Parallel decomposition | Parallel decomposition
deltaT
Computation setup | Computation setup
derivedFvPatch
Boundary conditions
derivedFvPatchFields
RANS Models
DES
How to model turbulence? | How to model turbulence?
Detached Eddy Simulation
How to model turbulence? | How to model turbulence?
diagonal
Numerical solution parameters | Numerical solution parameters | Numerical solution parameters
DIC
Numerical solution parameters | Numerical solution parameters | Numerical solution parameters | Numerical solution parameters
DIC
Numerical solution parameters | Numerical solution parameters | Numerical solution parameters | Numerical solution parameters
DICGaussSeidel
Numerical solution parameters | Numerical solution parameters | Numerical solution parameters
DICPCG
Iteration output | Iteration output | Iteration output
DILU
Numerical solution parameters
DILU
Numerical solution parameters | Numerical solution parameters
dimensionless velocity
Turbulent Boundary Layer | Turbulent Boundary Layer
dimensionless wall distance
Turbulent Boundary Layer | Turbulent Boundary Layer
dimensions
dimensions | dimensions | dimensions
dimensions [0 0 0 1 0 0 0];
Test case set up
Direct Numerical Simulation
How to model turbulence? | How to model turbulence?
directionMixed
Boundary conditions | Boundary conditions | Boundary conditions
discreteMethods
Solvers | Solvers
distributed
Parallel decomposition | Parallel decomposition | Parallel decomposition
divSchemes
Numerical solution parameters | Numerical solution parameters | Numerical solution parameters
DNS
How to model turbulence? | How to model turbulence?
DNS
Solvers | Solvers
downwind
Spatial Integration Numerical Scheme
Doxygen
OpenFOAM Source-Code C++ Documentation
dragDir
Aerodynamic coefficients $ C_l$ and | Aerodynamic coefficients $ C_l$ and | Aerodynamic coefficients $ C_l$ and
dynamic mesh
Simulation and Evaluation set
Dynamic mesh refinement
no title
dynamicFvMesh
Test case: sloshingTank2D | Test case: sloshingTank2D | Test case: wingMotion | Test case: wingMotion
dynamicMesh
Rotating part mesh generation | Rotating part mesh generation
dynamicMeshDict
Solid Body Motion | Solid Body Motion | Dynamic Meshes in OpenFOAM | Test case: sloshingTank2D | Test case: damBreakWithObstacle | Dynamic Mesh | Dynamic Mesh
dynamicMotionSolverFvMesh
Test case: sloshingTank2D | Test case: sloshingTank2D | Test case: wingMotion | Test case: wingMotion
e1
Defining porosity using Darcy
e2
Defining porosity using Darcy
eConstThemo
Thermodynamical model
edgeGrading
File blockMeshDict | File blockMeshDict | File blockMeshDict
edges
File blockMeshDict | File blockMeshDict | File blockMeshDict | File blockMeshDict
electromagnetics
Solvers | Solvers
eMesh
The initialization script Allrun.pre | The initialization script Allrun.pre | Rotating part mesh generation | Rotating part mesh generation | Non-rotating part mesh generation | Non-rotating part mesh generation
empty
boundaryField | boundaryField | boundaryField | Initial and boundary conditions | Initial and boundary conditions | Initial and boundary conditions | Initial and boundary conditions | Initial and boundary conditions | Initial and boundary conditions | Initial and boundary conditions | Initial and boundary conditions | Boundary types | Boundary types | Boundary types | Boundary types | Boundary types | Initial and boundary conditions | Initial and boundary conditions
endTime
Computation setup | Computation setup | Computation setup | Computation setup
epsilon, k, p, Ux, Uy
Monitoring the convergence
ExecutionTime
Iteration output | Iteration output | Iteration output | Monitoring the convergence | Monitoring the convergence
expansionRatio
Mesh generation | Mesh generation | Mesh generation
f
Defining porosity using Darcy
false
Mesh generation | Mesh generation
FDIC
Numerical solution parameters
FDIC
Numerical solution parameters | Numerical solution parameters
fieldValues
Phase ratio initialization | Phase ratio initialization | Phase ratio initialization
fig:roomWithRadiator-results
Running test case | Running test case
File extension
OBJ model preparation | OBJ model preparation
files
New solver | New solver | New solver | New solver | New solver | Turbulence model modification | Turbulence model modification | Turbulence model modification
filteredLinear
Spatial Integration Numerical Scheme
filteredLinear2
Spatial Integration Numerical Scheme
filteredLinear3
Spatial Integration Numerical Scheme
Final residual
Iteration output | Iteration output | Iteration output
finalLayerThickness
Mesh generation | Mesh generation | Mesh generation
FinalRes
Monitoring the convergence
financial
Solvers | Solvers
find
Boundary conditions
Finite Volume Method
Finite Volume Method
fixedBlended
Spatial Integration Numerical Scheme
fixedGradient
Boundary conditions | Boundary conditions | Boundary conditions
fixedGradient/zeroGradient
Boundary conditions
fixedValue
boundaryField | boundaryField | boundaryField | Boundary conditions | Boundary conditions | Boundary conditions | Boundary conditions | Boundary conditions | Boundary conditions | Boundary conditions | Boundary conditions | Boundary conditions | fixedValue Static Pressure Boundary | inletOutlet Boundary Condition | inletOutlet Boundary Condition | Parabolic velocity profile in | Parabolic velocity profile in
fixedValue, zeroGradient, cyclicAMI, ...
Boundary conditions in OpenFOAM
flat plate test case
Case Description | Case Description
flowRatePatch
Evaluating mass flow at | Evaluating mass flow at
fluctuationScale
Boundary conditions | Boundary conditions
fluxCorrectedVelocity
Boundary conditions | Boundary conditions | Boundary conditions
foam
System Variables and Aliases | System Variables and Aliases
foam
System Variables and Aliases
Foam, RASModels
View of the source
FOAM_APP
System Variables and Aliases
FOAM_LIBBIN
System Variables and Aliases
FOAM_RUN
OpenFOAM User Directory
FOAM_SOLVERS
System Variables and Aliases
FOAM_SRC
System Variables and Aliases
FOAM_TUTORIALS
System Variables and Aliases
FOAM_USER_APPBIN
OpenFOAM User Directory
FOAM_USER_LIBBIN
OpenFOAM User Directory
FOAM_UTILITIES
System Variables and Aliases
foamLog
OpenFOAM bin Directory | Monitoring the convergence | Monitoring the convergence | Monitoring the convergence | Monitoring the convergence | Monitoring the convergence | no title | no title | Convergence monitoring using foamLog | Convergence monitoring using foamLog | Convergence monitoring using foamLog | Convergence monitoring using foamLog | Convergence monitoring using foamLog | Convergence monitoring using foamLog | Results evaluation | Results evaluation
foamNew
OpenFOAM bin Directory
foamyHexMesh
Meshes in OpenFOAM | Meshes in OpenFOAM
forceCoeffs
Aerodynamic coefficients $ C_l$ and | Aerodynamic coefficients $ C_l$ and | Aerodynamic coefficients $ C_l$ and | Solver setup | Solver setup | Solver setup
forceCoeffs1
Aerodynamic coefficients $ C_l$ and | Aerodynamic coefficients $ C_l$ and
forces
Aerodynamic coefficients $ C_l$ and | Results evaluation | Evaluation of the torque | Evaluation of the torque
friction coefficient
Friction Coefficient $ C_f$ | Friction Coefficient $ C_f$
friction velocity
Generally about meshes for | Turbulent Boundary Layer | Turbulent Boundary Layer
frontAndBack
Initial and boundary conditions | Initial and boundary conditions | Initial and boundary conditions | Initial and boundary conditions | Initial and boundary conditions | Initial and boundary conditions | Initial and boundary conditions | Initial and boundary conditions
function
snappyHexMesh setup | snappyHexMesh setup
function correct()
View of the source
function G
Example of creating new
function object
Evaluation of the torque
function read()
View of the source
functionObjectLibs
Solver setup | Solver setup | Solver setup
FvDOM
Radiation setup
FvDOM model
Radiation setup | Radiation properties
FvDOM radiation model
Radiation setup | Radiation properties
fvPatch
Boundary conditions
fvSchemes
Computation setup | Numerical solution setup | Numerical solution setup | Numerical solution setup | Numerical solution parameters | Numerical solution parameters | Numerical solution parameters | Numerical solution parameters | Test case set up
fvSolution
Computation setup | Numerical solution setup | Numerical solution setup | Numerical solution setup | Iteration output | Iteration output | Numerical solution parameters | Numerical solution parameters | Numerical solution parameters | Numerical solution parameters | Numerical solution parameters | Relaxation of the computation | Relaxation of the computation | Test case set up
g
Gravity
GAMG
Numerical solution parameters | Numerical solution parameters
GAMG
Numerical solution parameters | Numerical solution parameters | Numerical solution parameters | Numerical solution parameters
Gamma
Spatial Integration Numerical Scheme
Gamma01
Spatial Integration Numerical Scheme
GaussSeidel
Numerical solution parameters | Numerical solution parameters | Numerical solution parameters
GaussSeidel
Numerical solution parameters | Numerical solution parameters
gedit
Notes on editing files | Finer mesh | Finer mesh
geometry
Mesh generation | Mesh generation | Mesh generation | Mesh generation | Mesh generation | snappyHexMesh setup | snappyHexMesh setup
getApplication
The Allrun script | The Allrun script | Script Allrun | Script Allrun | Script Allrun
gnuplot
Evaluating pressure coefficient $ C_p$ | Evaluating pressure coefficient $ C_p$ | Evaluating pressure coefficient $ C_p$ | Evaluating pressure coefficient $ C_p$ | Evaluating pressure coefficient $ C_p$ | Evaluating pressure coefficient $ C_p$ | Evaluating pressure coefficient $ C_p$ | Evaluating pressure coefficient $ C_p$ | Monitoring the convergence | Monitoring the convergence | Monitoring the convergence | Monitoring the convergence | Monitoring the convergence | Monitoring the convergence | Monitoring the convergence | Gnuplot - convergence monitoring | Convergence monitoring using foamLog | $ {\textcolor{blue}{\mathsf {In \ Linux: }}}$ Watching phase volumes | $ {\textcolor{blue}{\mathsf {In \ Linux: }}}$ Watching phase volumes | $ {\textcolor{blue}{\mathsf {In \ Linux: }}}$ Watching phase volumes | $ {\textcolor{blue}{\mathsf {In \ Linux: }}}$ Watching phase volumes | Results evaluation | Results evaluation | Results evaluation | Results evaluation | Results evaluation | Running the simulation | Running the simulation | Running the simulation | Results Evaluation | Results Evaluation
gnuplot plotDragCoeffs.gp
Results Evaluation
Gnuplot script
$ {\textcolor{blue}{\mathsf {In \ Linux: }}}$ Instant convergence monitoring | $ {\textcolor{red}{\mathsf {In \ Windows: }}}$ Instant convergence monitoring | Aerodynamic coefficients $ C_l$ and | Function probe | $ {\textcolor{blue}{\mathsf {In \ Linux: }}}$ Watching phase volumes | $ {\textcolor{red}{\mathsf {In \ Windows: }}}$ Watching phase volumes
gradient
Boundary conditions | Boundary conditions
gradSchemes
Numerical solution parameters | Numerical solution parameters | Numerical solution parameters
harmonic
Spatial Integration Numerical Scheme
Hbya
PISO | PISO
hConstThermo
Thermodynamical model
hConstThermo - C++ class
Thermodynamical model
heat conduction
Test case: multiRegionHeater | Test case: roomWithRadiator
heat exchanger
Mesh generation
heater
Test case geometry description
heatExchanger
Mesh generation | Mesh generation | Mesh generation | Mesh generation
heatTransfer
Solvers | Solvers
heave
Test case: sloshingTank2D | Test case: sloshingTank2D
help
Evaluating mass flow at | Evaluating mass flow at | Evaluating mass flow at
hePsiThermo
Settings and compilation
hex
Test case set up | Test case set up
hex(0 1 2 3 4 5 6 7) (20 20 1)
File blockMeshDict
hierarchical
Parallel decomposition | Parallel decomposition | Parallel decomposition | Test case set-up | Test case set-up
home/user/.bashrc
$ {\textcolor{blue}{\mathsf {In \ Linux: }}}{}$ | $ {\textcolor{blue}{\mathsf {In \ Linux: }}}{}$
hPolynomialThermo
Thermodynamical model
icoFoam
Copying Tutorial | Copying Tutorial | Boundary and initial condition | Boundary and initial condition | Simulation Solver | Simulation Solver | Simulation Solver | Finer mesh | Finer mesh | PISO | PISO | PISO | Physical model description | Physical model description | New solver | New solver | New solver | New solver | New solver | New solver
icoFoam.C
New solver | Implementation
icoPolynomial
Equation of state
icoTempFoam
Implementation
icoTempFoam.C
Implementation
ideasUnvToFoam
kivaToFoam
mshToFoam
netgenNeutralToFoam
plot3dToFoam
sammToFoam
star3ToFoam
star4ToFoam
tetgenToFoam
vtkUnstructuredToFoam
Meshes in OpenFOAM
illegal triangles
OBJ model preparation
incident radiation
Radiation boundary conditions
include
Testing new turbulence model
includedAngle
The initialization script Allrun.pre
Incomplete Cholesky
Numerical solution parameters
incompressible
Solvers | Solvers
incompressiblePerfectGas
Equation of state
inGroups
Initial and boundary conditions | Initial and boundary conditions
initial conditions
Boundary and initial condition | Initial and boundary conditions | Initial and boundary conditions
Initial residual
Iteration output | Iteration output | Iteration output
inlet
Evaluating mass flow at | Evaluating mass flow at | Evaluating mass flow at | Evaluating mass flow at | Parabolic velocity profile in
inletDirection
Boundary conditions | Boundary conditions
inletOutlet
Boundary conditions | Boundary conditions | Boundary conditions | Boundary conditions | Boundary conditions | Boundary conditions | Boundary conditions | inletOutlet Boundary Condition
inletValue
Boundary conditions | inletOutlet Boundary Condition
inletValue,
Boundary conditions
inside
Mesh generation | Mesh generation
insideMesh
Partial meshes | Partial meshes
interFoam
Test case: sloshingTank2D | Test case: sloshingTank2D | Test case: damBreakWithObstacle | Test case: damBreakWithObstacle | Test case: longMixerVessel | Test case: longMixerVessel | Test case: longMixerVessel | Test case: longMixerVessel | Test case: longMixerVessel | Test case set up | Test case set up | Test case set up | Test case set up | Test case set up | Test case set up | $ {\textcolor{blue}{\mathsf {In \ Linux: }}}$ Watching phase volumes | $ {\textcolor{blue}{\mathsf {In \ Linux: }}}$ Watching phase volumes | $ {\textcolor{red}{\mathsf {In \ Windows: }}}$ Watching phase volumes | $ {\textcolor{red}{\mathsf {In \ Windows: }}}$ Watching phase volumes
Internal motion
no title
internalField
internalField | internalField | internalField
interpolationSchemes
Numerical solution parameters | Numerical solution parameters | Numerical solution parameters
Iters
Monitoring the convergence
janafThermo
Thermodynamical model
Kármán's constant
Turbulent Boundary Layer | Turbulent Boundary Layer
kappa
Implementation | Implementation | Implementation | Test case set up | Test case set up
Karman-Schoenherr
RANS, $ v2f$ model, lowRe | RANS, $ v2f$ model, lowRe
kate
Notes on editing files
kdevelop
Notes on editing files
kEpsilon
Test case set-up | RANS Models | RANS Models | Description of $ k-\epsilon$ turbulence | Description of $ k-\epsilon$ turbulence | Description of $ k-\epsilon$ turbulence | Turbulence model modification
kEpsilon.C
View of the source | View of the source | View of the source
kEpsilon.H
View of the source | View of the source
kEpsilonCoeffs
Turbulent quantities | Turbulent quantities | Turbulent quantities | Description of $ k-\epsilon$ turbulence | Description of $ k-\epsilon$ turbulence | Description of $ k-\epsilon$ turbulence
kEpsilonCprod
Turbulence model modification | Turbulence model modification
kEpsilonCprod.C
Turbulence model modification | Turbulence model modification
kEpsilonCprod.H
Turbulence model modification | Turbulence model modification | Turbulence model modification | Turbulence model modification
kOmega
RANS Models | RANS Models
kOmegaSST
RANS Models | RANS Models
kOmegaSSTLM
RANS Models | RANS Models
kOmegaSSTSAS
RANS Models | RANS Models
lagrangian
Solvers | Solvers
laplacianSchemes
Numerical solution parameters | Numerical solution parameters | Numerical solution parameters
Large Eddy Simulation
How to model turbulence? | How to model turbulence?
latestTime
Computation setup | Computation setup | Evaluating mass flow at | Parallel reconstruction of solution | Mesh refinement using refineMesh | Mesh refinement using refineMesh | Results evaluation
LaunderSharmaKE
RANS Models | RANS Models
Law of the wall
Generally about meshes for
layers
Mesh generation | Mesh generation | Mesh generation
leftSolid
Test case geometry description
LES
How to model turbulence? | How to model turbulence?
level
Mesh generation | Mesh generation
level (1 2)
Mesh generation
level (a b)
Mesh generation | Mesh generation
levels
Mesh generation | Mesh generation
lib
System Variables and Aliases
libs
Aerodynamic coefficients $ C_l$ and | Aerodynamic coefficients $ C_l$ and
liftDir
Aerodynamic coefficients $ C_l$ and | Aerodynamic coefficients $ C_l$ and | Aerodynamic coefficients $ C_l$ and
limitedCubic
Spatial Integration Numerical Scheme
limitedCubic01
Spatial Integration Numerical Scheme
limitedGamma
Spatial Integration Numerical Scheme
limitedLimitedCubic
Spatial Integration Numerical Scheme
limitedLimitedLinear
Spatial Integration Numerical Scheme
limitedLinear
Spatial Integration Numerical Scheme | Spatial Integration Numerical Scheme
limitedLinear01
Spatial Integration Numerical Scheme
limitedMUSCL
Spatial Integration Numerical Scheme
limitedVanLeer
Spatial Integration Numerical Scheme
limiterBlended
Spatial Integration Numerical Scheme
limitWith
Spatial Integration Numerical Scheme
linear
Spatial Integration Numerical Scheme | Equation of state
linear solver
Numerical solution parameters
linearFit
Spatial Integration Numerical Scheme
linearMotion
Test case: sloshingTank2D | Test case: sloshingTank2D
linearPureUpwindFit
Spatial Integration Numerical Scheme
linearUpwind
Spatial Integration Numerical Scheme
Liquid phase volume fraction
$ {\textcolor{blue}{\mathsf {In \ Linux: }}}$ Watching phase volumes | $ {\textcolor{blue}{\mathsf {In \ Linux: }}}$ Watching phase volumes | $ {\textcolor{blue}{\mathsf {In \ Linux: }}}$ Watching phase volumes | $ {\textcolor{blue}{\mathsf {In \ Linux: }}}$ Watching phase volumes | $ {\textcolor{red}{\mathsf {In \ Windows: }}}$ Watching phase volumes | $ {\textcolor{red}{\mathsf {In \ Windows: }}}$ Watching phase volumes | $ {\textcolor{red}{\mathsf {In \ Windows: }}}$ Watching phase volumes | $ {\textcolor{red}{\mathsf {In \ Windows: }}}$ Watching phase volumes
Load State
Results evaluation
localBlended
Spatial Integration Numerical Scheme
localMax
Spatial Integration Numerical Scheme
localMin
Spatial Integration Numerical Scheme
log
Finer mesh | Finer mesh | Monitoring the convergence | Monitoring the convergence | Monitoring the convergence | Parallel run | Parallel run | Parallel run | Parallel run | Parallel run | Parallel run | Results evaluation | Results evaluation | Results evaluation | Results evaluation | Results evaluation | Testing new turbulence model
log.BlockMesh
The initialization script Allrun.pre | Script Allrun
log.simpleFoam
Test case set-up | Test case set-up | Convergence monitoring using foamLog | Convergence monitoring using foamLog | Results evaluation | Results evaluation
log.surfaceCheck
OBJ model preparation
Logarithmic (Log-law) layer
Turbulent Boundary Layer
logs
Monitoring the convergence | Monitoring the convergence | Monitoring the convergence | Convergence monitoring using foamLog | Convergence monitoring using foamLog | Convergence monitoring using foamLog
logscale
Monitoring the convergence
longMixerVessel
Test case: longMixerVessel
lowRe
Configuration Script Allrun.sh | Configuration Script Allrun.sh | Configuration Script Allrun.sh
LRR
RANS Models | RANS Models
LUST
Spatial Integration Numerical Scheme
m4
Test case set up | Test case set up | Test case set up | Test case set up | Test case set up
macroprocessor
Test case set-up | Test case set-up
Make
New solver | New solver | New solver | Turbulence model modification | Turbulence model modification | Turbulence model modification | Turbulence model modification | Turbulence model modification | Turbulence model modification | Turbulence model modification
makeMesh
Test case set-up | Test case set-up | Test case set-up | Test case set-up | Test case set-up | Test case set up | Test case set up | Test case set up | Scripts | Mesh generation | Mesh generation | Merging meshes of rotating | Merging meshes of rotating
makeMesh.sh
Mesh generation | Mesh generation | Mesh generation | Mesh generation | Scripts | Scripts | Scripts
makeThermo
Settings and compilation | Settings and compilation
makeThermo.H
Settings and compilation
manual
Parallel decomposition | Parallel decomposition | Parallel decomposition
mappedWall
Mesh generation
Marshark's
Radiation boundary conditions
massFlowRate
Flow Rate Boundary Condition
mc
Finer mesh | Finer mesh
mcedit
Notes on editing files
mergeMesh
Partial meshes | Partial meshes
mergeMeshes
The wholeMesh | Merging meshes of rotating | Merging meshes of rotating
mergePatchPairs
File blockMeshDict | File blockMeshDict | File blockMeshDict
mesh
Utilities | Utilities
mesh formats
Meshes in OpenFOAM
mesh generator
Mesh location
mesh location
Mesh location
meshFactory
Mesh generation | Mesh generation
Message Passing Interface
Running in parallel
method
Parallel decomposition | Parallel decomposition | Parallel decomposition
metis
Parallel decomposition | Parallel decomposition | Parallel decomposition
midPoint
Spatial Integration Numerical Scheme
minElem
The initialization script Allrun.pre
Minmod
Spatial Integration Numerical Scheme
minThickness
Mesh generation | Mesh generation | Mesh generation
miscellaneous
Utilities | Utilities
mixed
Boundary conditions | Boundary conditions | Boundary conditions | Boundary conditions | Boundary conditions
mixerCase
Test case: Multiphase Mixer | Test case: Multiphase Mixer | Partial meshes
mixerCase/wholeMesh/constant/polyMesh/boundary
Initial and boundary conditions
mixerVessel
Test case: mixerVessel
mixerVessel2D
Test case set-up | Test case set-up | Test case set up | Test case set up | Test case set up
mixingLength
turbulentMixingLengthDissipationRateInlet - $ \omega$
models
Turbulence model modification | Turbulence model modification
momentum correction
PISO
Momentum equation
PISO | SIMPLE
motionSolverLibs
Test case: wingMotion | Test case: wingMotion
motor.pvsm
Results Evaluation
motorBike
Test case: motorBike | OBJ model preparation | OBJ model preparation
movingWallVelocity
Boundary conditions | Boundary conditions | Boundary conditions
MPI
Running in parallel | Message Passing Interface (MPI)
mpiexec
Parallel run | Test case set-up | The Allrun script | The Allrun script
MRF
Rotation using OpenFOAM | Rotation using OpenFOAM | Test case: mixerVessel | Multiple Reference Frame - | Test case: longMixerVessel
MRFCase
Initial and boundary conditions
MRFInterFoam
Test case set up
MRFProperties
Test case set-up | Multiple Reference Frame - | Rotation
MRFZones
Test case set-up
Multi Grid
Numerical solution parameters
multi-region
Test case: multiRegionHeater | Test case: multiRegionHeater | Test case: roomWithRadiator | Test case: roomWithRadiator
multiMotion
Test case: sloshingTank2D | Test case: sloshingTank2D
multiphase
Solvers | Solvers
Multiple Reference Frame
Test case description | Test case description | Multiple Reference Frame - | Multiple Reference Frame - | MRF | Geometry description | Geometry description | Rotation | Rotation
multiRegionHeater
Test case: multiRegionHeater | Test case geometry description | Test case geometry description | Test case geometry description | Script Allrun | Script Allrun
MUSCL
Spatial Integration Numerical Scheme
MUSCL01
Spatial Integration Numerical Scheme
NACA4412
Case Description | Case Description
name
Boundary conditions | Boundary conditions | Boundary conditions | Boundary conditions | Boundary conditions | Boundary conditions | Boundary conditions | Boundary conditions
nameOfTheTestCase
Mesh location | Working with the test
NASA
Case Description
Navier-Stokes equations
Incompressible Gas Flow | Parabolic velocity profile in
nCorrectors
Iteration output | Iteration output | Iteration output | PISO | PISO | PISO | PISO | SIMPLE | SIMPLE
nedit
Notes on editing files | Finer mesh | Finer mesh
neighbourPatch
Initial and boundary conditions | Initial and boundary conditions
new solver
Creating new OpenFOAM solver
new turbulence model
View of the source
Newtonian
Physical model set-up | Physical model set-up | Physical model set-up | Test case set-up | Test case set-up | Test case set-up
nextWrite
Computation setup | Computation setup
nFaces
Initial and boundary conditions | Initial and boundary conditions
nNonOrthogonalCorrectors
Numerical solution parameters | Numerical solution parameters | Numerical solution parameters
No Iterations
Iteration output | Iteration output | Iteration output
noFunctionObjects
Test case set-up
non-orthogonal correctors
Non-Orthogonal Correctors
none
Numerical solution parameters | Numerical solution parameters | Numerical solution parameters
nonRotatingPatches
Rotation | Rotation | Rotation
nonuniform
internalField | internalField | internalField | boundaryField | boundaryField | fixedValue Static Pressure Boundary
noOrdering
Periodic (Cyclic) Family of
noSlip
boundaryField | boundaryField | Boundary conditions | Boundary conditions
noWriteNow
Computation setup | Computation setup
np
Parallel run | Parallel run
nu
Physical properties setup | Physical properties setup | Physical model set-up | Physical model set-up | Test case set-up | Test case set-up
numberOfSubdomains
Parallel decomposition | Parallel decomposition | Parallel decomposition | Test case set-up | Test case set-up
numerical schemes
Numerical solution parameters
OBJ
Test case description | Test case description | OBJ model preparation
oir
Physical set up | Physical set up
omega
Test case set-up | Test case set-up | Rotation | Rotation
on/off
Turbulent quantities | Description of $ k-\epsilon$ turbulence | Description of $ k-\epsilon$ turbulence | Description of $ k-\epsilon$ turbulence
OpenFOAM
OpenFOAM Installation Directory | OpenFOAM Installation Directory | no title | no title | Rotation using OpenFOAM | Rotation using OpenFOAM | Test case: Multiphase Mixer | Test case: Multiphase Mixer
OpenFOAM in Box
Generating OpenFOAM Source-Code C++
OpenFOAM-dev
System Variables and Aliases | System Variables and Aliases | System Variables and Aliases | System Variables and Aliases | System Variables and Aliases | System Variables and Aliases | System Variables and Aliases | System Variables and Aliases | System Variables and Aliases | System Variables and Aliases
options
Turbulence model modification | Turbulence model modification | Turbulence model modification
origin
Test case set-up | Test case set-up | Rotation | Rotation
oscillatingLinearMotion
Test case: sloshingTank2D | Test case: sloshingTank2D
oscillatingRotatingMotion
Test case: sloshingTank2D | Test case: sloshingTank2D
OSPRE
Spatial Integration Numerical Scheme
Outer (Defect) layer
Turbulent Boundary Layer
outlet
Evaluating mass flow at | Evaluating mass flow at | Evaluating mass flow at | Evaluating mass flow at
outletFaces
The initialization script Allrun.pre | The initialization script Allrun.pre
outletInlet
Boundary conditions | Boundary conditions | Boundary conditions
outletStabilised
Spatial Integration Numerical Scheme
outletValue
Boundary conditions
outletValue,
Boundary conditions
outsideMesh
Partial meshes | Partial meshes | The wholeMesh | The wholeMesh
overwrite
Run snappyHexMesh | The initialization script Allrun.pre | Merging meshes of rotating | Merging meshes of rotating
p
Boundary and initial condition | Boundary and initial condition | Initial and boundary conditions | Initial and boundary conditions | Initial and boundary conditions
p0
Total Pressure Boundary Condition
P1
Radiation setup
P1 model
Radiation setup | Radiation properties
P1 radiation model
Radiation properties
p_rgh
Initial and boundary conditions | Initial and boundary conditions | Initial and boundary conditions
p_upperWallData.raw
Evaluating pressure coefficient $ C_p$
paraFoam
OpenFOAM bin Directory | paraFoam | paraFoam | paraFoam | paraFoam | paraFoam | Viewing the mesh | Viewing the mesh | Viewing the mesh | paraFoam | paraFoam | paraFoam | paraFoam | paraFoam | Test case set-up | Running the case | Script Allrun | Script Allrun | Script Allrun | Script Allrun | Script Allrun | Script Allrun | Running test case | Running test case | Running test case | Results evaluation | Results evaluation | Results evaluation | Results evaluation | Results Evaluation | Results Evaluation
paraFoam -touch
Script Allrun | Script Allrun | Results evaluation | Results Evaluation
parallel
Parallel run | Test case set-up | Mesh generation | Mesh generation
parallel decomposition
Running in parallel
parallel reconstruction
Parallel reconstruction of solution
parallel run
Running in parallel
parallelProcessing
Utilities | Utilities
paraview
paraFoam | paraFoam | paraFoam | paraFoam | paraFoam | paraFoam | paraFoam | paraFoam | paraFoam | paraFoam | paraFoam | Finer mesh | Finer mesh | paraFoam | paraFoam | paraFoam | paraFoam | paraFoam | paraFoam | paraFoam | paraFoam | paraFoam | paraFoam | paraFoam | paraFoam | paraFoam | OBJ model preparation | OBJ model preparation | Test case set-up | Test case set-up | Test case set-up | Test case set-up | Test case set-up | Test case set-up | Test case set-up | Test case: damBreakWithObstacle | Test case: damBreakWithObstacle | The Allrun script | The Allrun script | Results | Results | Running test case using | Running test case using | Results evaluation | Results evaluation | Results evaluation | Results Evaluation | Results Evaluation
partialSlip
Boundary conditions | Boundary conditions | Boundary conditions
patch
Boundary conditions in OpenFOAM | Boundary types | Boundary types | Boundary types | Boundary types | Boundary types | Boundary types | Boundary types | Boundary types | Boundary types | Inlet Boundary Conditions | Outlet Boundary Conditions | Initial and boundary conditions | Initial and boundary conditions
patches
File blockMeshDict
patchName
Evaluating mass flow at | Evaluating mass flow at | Evaluating mass flow at
PBiCG
Numerical solution parameters
PBiCG
Numerical solution parameters | Numerical solution parameters
PCG
Numerical solution parameters
PCG
Numerical solution parameters | Numerical solution parameters
PengRobinsonGas
Equation of state
perfectFluid
Equation of state
perfectGas
Equation of state
perfectGas - C++ class
Equation of state
pField.pvsm
Results evaluation | Results evaluation | Results Evaluation
phi
Evaluating mass flow at
pimpleFoam
Test case: wingMotion | Test case: wingMotion | Test case: wingMotion | Test case: wingMotion | Running the simulation | Running the simulation
pInf
Boundary conditions | Boundary conditions
pInf, TInf, UInf
Boundary conditions
pipe
Test case geometry description
PISO
Algorithms PISO and SIMPLE | Test case set up | Test case set up | Test case set up
pisoFoam
Testing new turbulence model | Testing new turbulence model | Testing new turbulence model
pitzDaily
Test case set-up | Test case set-up | Test case set-up | Test case set-up | Test case set-up
pitzDailyExptInlet
Parallel decomposition | Parallel decomposition
plot
Evaluating pressure coefficient $ C_p$
plot-k_0.gp
Convergence monitoring using foamLog | Convergence monitoring using foamLog
plotCdCl
Aerodynamic coefficients $ C_l$ and | Aerodynamic coefficients $ C_l$ and
plotLiftCoeffs.gp
Results Evaluation
plotProbes
Function probe | Function probe
pointLinear
Spatial Integration Numerical Scheme
polyMesh
Physical properties setup | Run snappyHexMesh | The initialization script Allrun.pre
porousZones
Heat exchanger as a
postProcess
Evaluating pressure coefficient $ C_p$ | Evaluating pressure coefficient $ C_p$ | Evaluating pressure coefficient $ C_p$ | Evaluating mass flow at | Evaluating mass flow at | Evaluating mass flow at | Evaluating mass flow at
postprocessing
Data conversion | Postprocessing | Evaluating pressure coefficient $ C_p$ | Evaluating pressure coefficient $ C_p$
postProcessing
Utilities | Utilities
postProcessing/forceCoeffs1
Aerodynamic coefficients $ C_l$ and
postProcessing/forces
Results evaluation
postProcessing/probes
Function probe
potentialFoam
Test case set-up | Test case set-up | snappyHexMesh setup | snappyHexMesh setup | snappyHexMesh setup
Power law
no title | no title | Defining porosity using Power | Defining porosity using Power | Defining porosity using Power
preconditioner
Numerical solution parameters | Numerical solution parameters | Numerical solution parameters | Numerical solution parameters
preProcessing
Utilities | Utilities
pressure - velocity coupling
SIMPLE Algorithm
pressure coefficient
Pressure Coefficient $ C_p$ | Pressure Coefficient $ C_p$
pressure correction
PISO | SIMPLE
pressureDirectedInletOutletVelocity
Boundary conditions | Boundary conditions | Boundary conditions
pressureDirectedInletVelocity
Boundary conditions | Boundary conditions | Boundary conditions | Boundary conditions | Boundary conditions
pressureInletOutletVelocity
Boundary conditions | Boundary conditions | Boundary conditions
pressureInletVelocity
Boundary conditions | Boundary conditions | Boundary conditions | Boundary conditions | Boundary conditions
pressureTransmissive
Boundary conditions | Boundary conditions
printCoeffs
Turbulent quantities | Turbulent quantities | Description of $ k-\epsilon$ turbulence | Description of $ k-\epsilon$ turbulence | Description of $ k-\epsilon$ turbulence
probe
no title | no title | Function probe | Function probe | Function probe | Function probe | Function probe | Function probe | Function probe
processor
Boundary types | Boundary types | Boundary types | Boundary types | Boundary types
processor*
Parallel decomposition | Parallel run | Solver setup
processor0, processor1, processor2, processor3
Parallel decomposition
Programmer's Guide
OpenFOAM Documentation
Propeller
no title | no title | The Allrun script | The Allrun script
propeller/constant/triSurface
The initialization script Allrun.pre
Properties
Results Evaluation | Results Evaluation
psiThermo
Settings and compilation
psiThermos.C
Settings and compilation
purgeWrite
Computation setup | Computation setup | Computation setup | Computation setup
pvsm
Results evaluation | Results Evaluation | Results Evaluation
pvsm/uField.pvsm
Results evaluation
quadraticFit
Spatial Integration Numerical Scheme
quadraticLinearFit
Spatial Integration Numerical Scheme
quadraticLinearUpwindFit
Spatial Integration Numerical Scheme
quadraticUpwindFit
Spatial Integration Numerical Scheme
QUICK
Spatial Integration Numerical Scheme
radiation intensity ray
Radiation boundary conditions
radiationProperties
Radiation properties | Radiation properties | Radiation properties | Radiation properties
radiator
Test case geometry description
RANS
How to model turbulence? | How to model turbulence?
RAS
Turbulent quantities | Turbulent quantities | RANS Models
RASModel
Turbulent quantities | Turbulent quantities | RANS Models | RANS Models | Description of $ k-\epsilon$ turbulence | Description of $ k-\epsilon$ turbulence | Description of $ k-\epsilon$ turbulence
rAU
PISO | PISO
read()
View of the source
realizableKE
RANS Models | RANS Models
reconstructPar
Parallel reconstruction of solution | Parallel reconstruction of solution | Parallel reconstruction of solution | Test case set-up | Test case set-up | Test case set-up | The Allrun script | The Allrun script | Script Allrun | Script Allrun | Results evaluation | Results evaluation | Results evaluation
reconstructParMesh
Mesh generation | Mesh generation | Mesh generation | Rotating part mesh generation | Rotating part mesh generation
referenceField
Boundary conditions | Boundary conditions
refinementBox
Mesh generation | Mesh generation | Mesh generation | Mesh generation
refinementRegions
Mesh generation | Mesh generation | Mesh generation | Mesh generation | Mesh generation | snappyHexMesh setup | snappyHexMesh setup | Non-rotating part mesh generation | Non-rotating part mesh generation | Non-rotating part mesh generation | Non-rotating part mesh generation
refinementSurface
Mesh generation | Mesh generation
refinementSurfaces
Mesh generation | Mesh generation | Mesh generation | Mesh generation | Mesh generation
refineMesh
no title | no title | Mesh refinement using refineMesh | Mesh refinement using refineMesh | Mesh refinement using refineMesh | Mesh refinement using refineMesh | Mesh refinement using refineMesh | Mesh refinement using refineMesh | Mesh refinement using refineMesh | Mesh refinement using refineMesh | Mesh refinement using refineMesh | Mesh refinement using refineMesh | Mesh refinement using refineMesh | Mesh refinement using refineMesh
refineMeshDict
Mesh refinement using refineMesh | Mesh refinement using refineMesh
refValue, refGradient,
Boundary conditions | Boundary conditions
regions
Phase ratio initialization | Phase ratio initialization | Script Allrun | Script Allrun | Script Allrun | Script Allrun
relativeSizes
Mesh generation | Mesh generation | Mesh generation
relaxation
Relaxation of the computation
relaxationFactors
Numerical solution parameters | Numerical solution parameters | Numerical solution parameters | Relaxation of the computation | Relaxation of the computation | Relaxation of the computation | Relaxation of the computation | Relaxation of the computation
relTol
Numerical solution parameters | Numerical solution parameters | Numerical solution parameters
rename
Turbulence model modification
renumberMesh
The initialization script Allrun.pre | The initialization script Allrun.pre | Running the simulation | Running the simulation
residuaControl
Numerical solution parameters | Numerical solution parameters
residual.gp
Results evaluation
residualControl
Numerical solution parameters | Numerical solution parameters
residuals
$ {\textcolor{blue}{\mathsf {In \ Linux: }}}$ Instant convergence monitoring | $ {\textcolor{blue}{\mathsf {In \ Linux: }}}$ Instant convergence monitoring
residuals.gp
$ {\textcolor{red}{\mathsf {In \ Windows: }}}$ Instant convergence monitoring | $ {\textcolor{red}{\mathsf {In \ Windows: }}}$ Instant convergence monitoring | Results evaluation | Results evaluation
resources
OBJ model preparation | OBJ model preparation
reverseLinear
Spatial Integration Numerical Scheme
Reynolds Averaged Navier-Stokes equations
How to model turbulence? | How to model turbulence? | How to model turbulence?
Reynolds number
Reynolds number | Reynolds number | Reynolds number
rhoConst
Equation of state
rhoSimpleFoam
Settings and compilation
rightSolid
Test case geometry description
RNGkEpsilon
RANS Models | RANS Models
road
snappyHexMesh setup | snappyHexMesh setup
roll
Test case: sloshingTank2D | Test case: sloshingTank2D
room
Test case geometry description
roomWithRadiator
Test case: roomWithRadiator | Test case: roomWithRadiator | Test case geometry description | Test case geometry description | Mesh generation
roots
Parallel decomposition | Parallel decomposition | Parallel decomposition
rotatingMotion
Test case: sloshingTank2D | Test case: sloshingTank2D
rotatingMotionCoeffs
Dynamic Mesh | Dynamic Mesh
rotational
Periodic (Cyclic) Family of
rotationAxis
Arbitrary Mesh Interface (cyclicAMI) | cyclic Boundary Condition
rotationCentre
Arbitrary Mesh Interface (cyclicAMI) | cyclic Boundary Condition
rotor
Test case set-up | Test case set-up | Multiple Reference Frame - | Multiple Reference Frame - | Test case set up | Test case set up | Test case set up | Test case set up | Test case set up | Test case set up | Rotation | Rotation
run
OpenFOAM User Directory | Computational grid preparation | Computational grid preparation | The Flow around a | The Flow around a
runApplication
The Allrun script | The Allrun script
runCalculation
Scripts
runCalculation.sh
Scripts | Scripts | Scripts
RunFunctions
The Allrun script | The Allrun script | The Allrun script
Running test case
Running test case
runParallel
The Allrun script | The Allrun script
runTimeModifiable
Computation setup | Computation setup
sampleUpperPatch
Evaluating pressure coefficient $ C_p$ | Evaluating pressure coefficient $ C_p$
SBMCase
Initial and boundary conditions
scotch
Parallel decomposition | Parallel decomposition | Parallel decomposition
scripting
Test case: multiRegionHeater
SDA
Test case: sloshingTank2D | Test case: sloshingTank2D | Test case: sloshingTank2D | Test case: sloshingTank2D | Test case: sloshingTank2D | Test case: sloshingTank2D
searchableBox
Mesh generation | Mesh generation | Mesh generation
searchableSphere
Mesh generation | Mesh generation | Mesh generation
sed
Turbulence model modification
set xrange
Results Evaluation | Results Evaluation
setFields
Multiple Reference Frame - | Multiple Reference Frame - | Multiple Reference Frame - | Solid Body Motion | Solid Body Motion | Phase ratio initialization | Phase ratio initialization | Phase ratio initialization | Phase ratio initialization | Phase ratio initialization | Phase ratio initialization | Phase ratio initialization | Phase ratio initialization
setFieldsDict
Multiple Reference Frame - | Multiple Reference Frame - | Phase ratio initialization | Phase ratio initialization
setHotRoom
Parabolic velocity profile in
setsToZones
Multiple Reference Frame - | Solid Body Motion
setVelocity
Parabolic velocity profile in | Parabolic velocity profile in | Parabolic velocity profile in
setVelocityProfile
Parabolic velocity profile in | Parabolic velocity profile in | Parabolic velocity profile in | Parabolic velocity profile in | Parabolic velocity profile in | Parabolic velocity profile in | Parabolic velocity profile in | Parabolic velocity profile in | Parabolic velocity profile in | Solver setup | Solver setup | Solver setup | Running the simulation | Running the simulation
SFCD
Spatial Integration Numerical Scheme
sh
Test case set up | Test case set up
sigma
Physical set up | Physical set up | Physical set up
SIMPLE
Numerical solution parameters | Numerical solution parameters | Numerical solution parameters | Numerical solution parameters | Numerical solution parameters | Parallel decomposition | Parallel decomposition | Parallel decomposition | Parallel decomposition | Parallel decomposition | Test case set-up | PISO | Solver setup | Solver setup
SIMPLE algorithm
SIMPLE Algorithm
simpleCoeffs
Parallel decomposition | Parallel decomposition
simpleFoam
Test case set-up | Test case set-up | Test case set-up | Test case set-up | Test case set-up | Initial and boundary conditions | Initial and boundary conditions | Running test case | Running test case | Test case set-up | Test case: wingMotion | Test case: wingMotion | SIMPLE | SIMPLE | SIMPLE | Running the simulation | Running the simulation | snappyHexMesh setup | snappyHexMesh setup
simpleGrading
File blockMeshDict | File blockMeshDict | File blockMeshDict | File blockMeshDict | File blockMeshDict | File blockMeshDict
sixDoFRigidBodyMotion
Test case: wingMotion | Test case: wingMotion
sixDoFRigidBodyMotionCoeffs
Test case: wingMotion | Test case: wingMotion
skewCorrected
Spatial Integration Numerical Scheme
slave
The initialization script Allrun.pre
slip
Boundary conditions | Boundary conditions | Boundary conditions | Boundary conditions | Boundary conditions
sloshingTank2D
no title | no title | Test case: sloshingTank2D | Test case: sloshingTank2D
smoother
Numerical solution parameters
smoothSolver
Iteration output | Iteration output | Iteration output | Numerical solution parameters | Numerical solution parameters | Numerical solution parameters
snap
Mesh generation | Mesh generation | Mesh generation | Mesh generation | Mesh generation
snap mesh
Mesh generation process
snappyHexMesh
Meshes in OpenFOAM | Meshes in OpenFOAM | Meshing with snappyHexMesh | About snappyHexMesh | Test case description | Test case description | Mesh generation | Meshing | Meshing | The initialization script Allrun.pre | The initialization script Allrun.pre | The initialization script Allrun.pre | The initialization script Allrun.pre | Computational grid preparation | Computational grid preparation | Computational grid preparation | Computational grid preparation | Computational grid preparation | Mesh generation | Mesh generation | Mesh generation | Mesh generation | Mesh generation | Mesh generation | Mesh generation | Mesh generation | Mesh generation | Mesh generation | Mesh generation | Mesh generation | Mesh generation | Mesh generation | Mesh generation | Mesh generation | Mesh generation | Flow around the car | Flow around the car | snappyHexMesh setup | snappyHexMesh setup | Test case: Wind Turbine | Test case: Wind Turbine | Mesh of rotating part | Mesh of rotating part | Rotating part mesh generation | Rotating part mesh generation | Non-rotating part mesh generation | Non-rotating part mesh generation
snappyHexMeshDict
Meshing | Meshing | The initialization script Allrun.pre | Mesh generation | Mesh generation | Mesh generation | Mesh generation | Mesh generation | Mesh generation | Mesh generation | Mesh generation | Mesh generation | Mesh generation | Mesh generation | Mesh generation | Mesh generation | snappyHexMesh setup | snappyHexMesh setup | Non-rotating part mesh generation | Non-rotating part mesh generation | Non-rotating part mesh generation | Non-rotating part mesh generation
snGradSchemes
Numerical solution parameters | Numerical solution parameters | Numerical solution parameters
sol
Solvers | System Variables and Aliases
Solid Body Motion
Rotation using OpenFOAM | Rotation using OpenFOAM | Solid Body Motion | no title
solidBody
Test case: sloshingTank2D | Test case: sloshingTank2D | Test case: sloshingTank2D | Test case: sloshingTank2D
solidBodyCoeffs
Test case: sloshingTank2D | Test case: sloshingTank2D
solidBodyMotion
Solid Body Motion | Solid Body Motion | Solid Body Motion | Solid Body Motion | Solution | Solution
solidBodyMotionFunction
Test case: sloshingTank2D | Test case: sloshingTank2D
solver
Numerical solution parameters | Numerical solution parameters | Numerical solution parameters | Test case: wingMotion | Test case: wingMotion
solvers
Numerical solution parameters | Numerical solution parameters | Numerical solution parameters
source code
Test case set-up
SpalartAllmaras
RANS Models | RANS Models
specie - C++ class
Equation of state
specific dissipation
Solver setup
splitMeshRegions
Script Allrun | Script Allrun
src
OpenFOAM Libraries (src Directory) | System Variables and Aliases
SSG
RANS Models | RANS Models
startFaces
Initial and boundary conditions | Initial and boundary conditions
startFrom
Computation setup | Computation setup | Computation setup | Computation setup | Mesh refinement using refineMesh | Mesh refinement using refineMesh
startTime
Computation setup | Computation setup | Computation setup | Computation setup | Computation setup | Computation setup
state
Results evaluation | Results Evaluation
static pressure
Outlet Boundary Conditions
steady-state
Steady-State
STL
Computational grid preparation | Computational grid preparation | Mesh generation | Mesh generation
stopAt
Computation setup | Computation setup
streamLines
Aerodynamic coefficients $ C_l$ and | Aerodynamic coefficients $ C_l$ and
stressAnalysis
Solvers | Solvers
SuperBee
Spatial Integration Numerical Scheme
supersonicFreeStream
Boundary conditions | Boundary conditions
surface
Utilities | Utilities
surfaceCheck
OBJ model preparation | OBJ model preparation | OBJ model preparation
surfaceConvert
OBJ model preparation | OBJ model preparation | OBJ model preparation | OBJ model preparation | OBJ model preparation
surfaceFeatureConvert
The initialization script Allrun.pre | The initialization script Allrun.pre | The initialization script Allrun.pre | The initialization script Allrun.pre | The initialization script Allrun.pre | The initialization script Allrun.pre | The initialization script Allrun.pre
surfaceFeatureExtract
castellatedMeshControls | castellatedMeshControls | The initialization script Allrun.pre | The initialization script Allrun.pre | The initialization script Allrun.pre | The initialization script Allrun.pre | The initialization script Allrun.pre | Rotating part mesh generation | Rotating part mesh generation | Non-rotating part mesh generation | Non-rotating part mesh generation
surfaceFeatureExtractDict
The initialization script Allrun.pre | Rotating part mesh generation | Rotating part mesh generation | Non-rotating part mesh generation | Non-rotating part mesh generation
surfaceFeatureExtractDictDefaults
Rotating part mesh generation | Rotating part mesh generation | Non-rotating part mesh generation | Non-rotating part mesh generation
surfaceFieldValue
Evaluating pressure coefficient $ C_p$ | Evaluating pressure coefficient $ C_p$
surfaceNormalFixedValue
Boundary conditions | Boundary conditions | Boundary conditions
surfaces
Evaluating pressure coefficient $ C_p$
sutherlandTransport
Settings and compilation
sway
Test case: sloshingTank2D | Test case: sloshingTank2D
symmetryPlane
Boundary types | Boundary types | Boundary types | Boundary types | Boundary types
symulationType
Turbulent quantities | Turbulent quantities
system
Computation setup | Computation setup | Numerical solution setup | Numerical solution setup | Computation set up | Computation set up | Numerical solution parameters | Numerical solution parameters | Function probe | Function probe | Solver setup | Solver setup
system/blockMeshDict
Mesh generation
system/blockMeshDict.m4
Test case set-up | Computational mesh modification
system/changeDictionaryDict
Script Allrun
system/controlDict
Test case set-up | Test case: wingMotion | The Allrun script | Running test case using | Mesh generation | Mesh generation | Testing new turbulence model
system/createInletOutletSets.topoSetDict
The initialization script Allrun.pre
system/decomposeParDict
Parallel decomposition | Test case set-up | Test case set-up | Script Allrun | Solver setup
system/fvOptions
Heat exchanger as a | Heat exchanger as a | Defining porosity using Darcy | Defining porosity using Power
system/fvSchemes
Test case set up
system/fvSolution
Relaxation of the computation | Test case set up
system/refineMeshDict
Mesh refinement using refineMesh | Mesh refinement using refineMesh | Mesh refinement using refineMesh
system/setFieldsDict
Phase ratio initialization | Phase ratio initialization
system/snappyHexMeshDict
Meshing | Mesh generation
system/surfaceFeatureExtractDict
castellatedMeshControls | The initialization script Allrun.pre
system/surfaceFeatureExtractDictDefaults
The initialization script Allrun.pre
system/topoSetDict
Script Allrun
T
Implementation
tabulated6DoFMotion
Test case: sloshingTank2D | Test case: sloshingTank2D
Test case
Test case: Cavity | Test case: Backward-Facing-Step | Test case description | Test case: mixerVessel
the Law of the wall
Turbulent Boundary Layer | Turbulent Boundary Layer
thermophysical
Utilities | Utilities
Time
Iteration output | Iteration output | Iteration output
time step continuity errors
Iteration output
timeFormat
Computation setup | Computation setup
timePrecision
Computation setup | Computation setup
timeStep
Computation setup | Computation setup
TKE production
Example of creating new
tolerance
Numerical solution parameters | Numerical solution parameters | Numerical solution parameters
topAir
Test case geometry description
topoSet
Multiple Reference Frame - | Multiple Reference Frame - | Multiple Reference Frame - | Solid Body Motion | Solid Body Motion | Solid Body Motion | The initialization script Allrun.pre | The initialization script Allrun.pre | Test case set up | Test case set up | Test case set up | Script Allrun | Script Allrun | Script Allrun | Script Allrun | Script Allrun | Mesh generation | Mesh generation | Rotating part mesh generation | Rotating part mesh generation | Non-rotating part mesh generation | Non-rotating part mesh generation | Dynamic Mesh
topoSetDict
Multiple Reference Frame - | Solid Body Motion | Solid Body Motion
totalPressure
Boundary conditions | Boundary conditions | Boundary conditions
transformation
Periodic (Cyclic) Family of
transformPoints
Rotating part mesh generation
translational
Periodic (Cyclic) Family of
transportModel
Physical model set-up | Physical model set-up | Physical model set-up | Test case set-up | Test case set-up | Test case set-up
transportProperties
Physical properties setup | Physical properties setup | Physical properties setup | Physical properties setup | Physical properties setup | Physical properties setup | Physical properties setup | Physical model set-up | Physical model set-up | Physical model set-up | Test case set-up | Multiple Reference Frame - | Multiple Reference Frame -
triSurface
OBJ model preparation | OBJ model preparation | The initialization script Allrun.pre
true
Mesh generation | Mesh generation
turbulence
Turbulent quantities | Turbulent quantities | Description of $ k-\epsilon$ turbulence | Description of $ k-\epsilon$ turbulence | Description of $ k-\epsilon$ turbulence
turbulence intensity
Solver setup
turbulence modeling
Turbulence Modeling in OpenFOAM
turbulenceProperties
Turbulent quantities | Turbulent quantities | Test case set-up | Test case set-up | Description of $ k-\epsilon$ turbulence | Description of $ k-\epsilon$ turbulence | Description of $ k-\epsilon$ turbulence | Description of $ k-\epsilon$ turbulence | Description of $ k-\epsilon$ turbulence | View of the source | View of the source | View of the source | View of the source | Testing new turbulence model
turbulent boundary layer
Generally about meshes for
turbulent energy
Example of creating new
turbulent flow
Turbulent quantities
turbulent kinetic energy
Solver setup
turbulent length scale
Solver setup
turbulentInlet
Boundary conditions | Boundary conditions
turbulentMixingLengthDissipationRateInlet
turbulentMixingLengthDissipationRateInlet - $ \omega$
turbulentProperties
Turbulent quantities
tut
OpenFOAM tutorials Directory | System Variables and Aliases
type
boundaryField | boundaryField | boundaryField | Solver setup | Solver setup
U
Boundary and initial condition | Boundary and initial condition | boundaryField | boundaryField | Initial and boundary conditions | Initial and boundary conditions | Initial and boundary conditions | Initial and boundary conditions | Initial and boundary conditions | Initial and boundary conditions | Solver setup
UEqn
PISO | PISO | PISO | PISO
uField
Results evaluation | Results evaluation
uField.pvms
Results evaluation
uField.pvsm
Results Evaluation
UMIST
Spatial Integration Numerical Scheme
uncompressed
Computation setup
Under-Relaxation
Under-Relaxation
uniform
internalField | internalField | internalField | boundaryField | boundaryField | fixedValue Static Pressure Boundary
uniform (0 0 0)
boundaryField | boundaryField
uniform (1 0 0)
boundaryField | boundaryField
upwind
Spatial Integration Numerical Scheme
User's Guide
OpenFOAM Documentation
util
Utilities | System Variables and Aliases
v2f
RANS Models | RANS Models
value
boundaryField | boundaryField | Boundary conditions | Boundary conditions | Boundary conditions | Boundary conditions | Boundary conditions
value
Boundary conditions | Boundary conditions | Boundary conditions | Boundary conditions | Boundary conditions | Boundary conditions | Boundary conditions
value,
Boundary conditions
value,
Boundary conditions
valueFraction
Boundary conditions | Boundary conditions | Boundary conditions | Boundary conditions | Boundary conditions | Boundary conditions
valueFraction, value
Boundary conditions | Boundary conditions
vanAlbada
Spatial Integration Numerical Scheme
vanLeer
Spatial Integration Numerical Scheme
vanLeer01
Spatial Integration Numerical Scheme
velocity gradient
Example of creating new
vertices
File blockMeshDict | File blockMeshDict | File blockMeshDict | File blockMeshDict | File blockMeshDict | File blockMeshDict | File blockMeshDict
vim
Finer mesh | Finer mesh
Viscous sublayer
Turbulent Boundary Layer
VOF
Test case set up
Volume of fluid
Test case set up
volumePhaseFraction
$ {\textcolor{blue}{\mathsf {In \ Linux: }}}$ Watching phase volumes | $ {\textcolor{blue}{\mathsf {In \ Linux: }}}$ Watching phase volumes | $ {\textcolor{blue}{\mathsf {In \ Linux: }}}$ Watching phase volumes | $ {\textcolor{blue}{\mathsf {In \ Linux: }}}$ Watching phase volumes | $ {\textcolor{blue}{\mathsf {In \ Linux: }}}$ Watching phase volumes | $ {\textcolor{red}{\mathsf {In \ Windows: }}}$ Watching phase volumes | $ {\textcolor{red}{\mathsf {In \ Windows: }}}$ Watching phase volumes | $ {\textcolor{red}{\mathsf {In \ Windows: }}}$ Watching phase volumes
volumePhaseFraction.gp
$ {\textcolor{red}{\mathsf {In \ Windows: }}}$ Watching phase volumes
VTK
OBJ model preparation
wall
Boundary conditions in OpenFOAM | Boundary types | Boundary types | Boundary types | Boundary types | Boundary types | Configuration Script Allrun.sh | Configuration Script Allrun.sh
Wall functions
Initial and boundary conditions | Initial and boundary conditions | Initial and boundary conditions | Initial and boundary conditions | Initial and boundary conditions | Generally about meshes for
wallBuoyantPressure
Boundary conditions | Boundary conditions | Boundary conditions
wallDist
Numerical solution parameters | Numerical solution parameters
wallFunction
Configuration Script Allrun.sh | Configuration Script Allrun.sh | Configuration Script Allrun.sh
walls
Test case geometry description
water
Physical set up | Physical set up
wclean
OpenFOAM wmake Directory
wedge
Boundary types | Boundary types | Boundary types | Boundary types | Boundary types
weighted
Spatial Integration Numerical Scheme
White
Friction Coefficient vs. Reynolds-X | Friction Coefficient vs. Reynolds-X | Friction Coefficient vs. Reynolds-X | RANS, $ v2f$ model, lowRe | RANS, $ v2f$ model, lowRe | RANS, $ k$ $ -$ $ \omega$ | RANS, $ k$ $ -$ $ \omega$
wholeMesh
The wholeMesh | The wholeMesh
wholeMesh/system/changeDictionaryDict
Initial and boundary conditions
window
Test case geometry description
wingMotion
no title | no title | Test case: wingMotion | Test case: wingMotion | Test case: wingMotion | Test case: wingMotion
wingMotion2D_pimpleFoam/constant/dynamicMeshDict
Test case: wingMotion
WM_PROJECT_DIR
System Variables and Aliases | System Variables and Aliases | System Variables and Aliases
WM_PROJECT_USER_DIR
OpenFOAM User Directory | OpenFOAM User Directory
wmake
OpenFOAM wmake Directory | New solver | Parabolic velocity profile in | Parabolic velocity profile in | Turbulence model modification
wmake/rules
OpenFOAM wmake Directory
writeCompression
Computation setup | Computation setup | Computation setup
writeControl
Computation setup | Computation setup | Computation setup | Computation setup
writeFormat
Computation setup | Computation setup | Computation setup | Test case: wingMotion | The Allrun script
writeInterval
Computation setup | Computation setup
writeNow
Computation setup | Computation setup
writePrecision
Computation setup | Computation setup | Test case: wingMotion | The Allrun script | Mesh generation | Mesh generation
writeResiduals.sh
$ {\textcolor{red}{\mathsf {In \ Windows: }}}$ Instant convergence monitoring | $ {\textcolor{red}{\mathsf {In \ Windows: }}}$ Instant convergence monitoring | $ {\textcolor{red}{\mathsf {In \ Windows: }}}$ Instant convergence monitoring | $ {\textcolor{red}{\mathsf {In \ Windows: }}}$ Watching phase volumes | Results evaluation | Results evaluation
writeVolumePhaseFraction.sh
$ {\textcolor{red}{\mathsf {In \ Windows: }}}$ Watching phase volumes | $ {\textcolor{red}{\mathsf {In \ Windows: }}}$ Watching phase volumes | $ {\textcolor{red}{\mathsf {In \ Windows: }}}$ Watching phase volumes
x
Parallel decomposition
y
Monitoring the convergence
yes/no
Computation setup | Computation setup
z
Test case modification | Test case modification | Initial and boundary conditions | Mesh refinement using refineMesh
zeroGradient
boundaryField | boundaryField | boundaryField | Boundary conditions | Boundary conditions | Boundary conditions | Boundary conditions | Boundary conditions | Boundary conditions | Boundary conditions | Boundary conditions | Boundary conditions | Outlet Boundary Conditions | Zero Gradient Family of | zeroGradient Boundary Condition | inletOutlet Boundary Condition



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