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flowRateConeDiskVelocityLagrangianVectorFieldSource Class Reference

This source condition provides a conical velocity profile over a disk, characterised by inner and outer cone angles. The velocity magnitude is obtained from the area of the disk and the flow rate of the corresponding flowRateNumber condition. This condition must be used in conjunction with a disk injection model and a flow rate condition from the number. More...

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Public Member Functions

 TypeName ("flowRateConeDiskVelocity")
 Runtime type information. More...
 
 flowRateConeDiskVelocityLagrangianVectorFieldSource (const regIOobject &, const dictionary &dict)
 Construct from internal field and dictionary. More...
 
 flowRateConeDiskVelocityLagrangianVectorFieldSource (const flowRateConeDiskVelocityLagrangianVectorFieldSource &, const regIOobject &)
 Copy constructor setting the internal field reference. More...
 
virtual autoPtr< LagrangianVectorFieldSource > clone (const regIOobject &iIo) const
 Construct and return a clone setting the internal field reference. More...
 
virtual ~flowRateConeDiskVelocityLagrangianVectorFieldSource ()
 Destructor. More...
 
virtual tmp< LagrangianSubVectorField > value (const LagrangianInjection &, const LagrangianSubMesh &) const
 Return the value for an instantaneous injection. More...
 
virtual void write (Ostream &) const
 Write. More...
 

Detailed Description

This source condition provides a conical velocity profile over a disk, characterised by inner and outer cone angles. The velocity magnitude is obtained from the area of the disk and the flow rate of the corresponding flowRateNumber condition. This condition must be used in conjunction with a disk injection model and a flow rate condition from the number.

Usage
Property Description Required? Default
thetaInner The inner cone angle yes
thetaOuter The outer cone angle yes

Example specification: 

    <LagrangianModelName>
    {
        type            flowRateConeDiskVelocity;
        thetaInner      5 [deg];
        thetaOuter      30 [deg];
    }
Source files

Definition at line 86 of file flowRateConeDiskVelocityLagrangianVectorFieldSource.H.

Constructor & Destructor Documentation

◆ flowRateConeDiskVelocityLagrangianVectorFieldSource() [1/2]

flowRateConeDiskVelocityLagrangianVectorFieldSource ( const regIOobject &  iIo,
const dictionary &  dict 
)

Construct from internal field and dictionary.

Definition at line 34 of file flowRateConeDiskVelocityLagrangianVectorFieldSource.C.

◆ flowRateConeDiskVelocityLagrangianVectorFieldSource() [2/2]

flowRateConeDiskVelocityLagrangianVectorFieldSource ( const flowRateConeDiskVelocityLagrangianVectorFieldSource &  field,
const regIOobject &  iIo 
)

Copy constructor setting the internal field reference.

Definition at line 47 of file flowRateConeDiskVelocityLagrangianVectorFieldSource.C.

◆ ~flowRateConeDiskVelocityLagrangianVectorFieldSource()

~flowRateConeDiskVelocityLagrangianVectorFieldSource ( )
virtual

Destructor.

Definition at line 62 of file flowRateConeDiskVelocityLagrangianVectorFieldSource.C.

Member Function Documentation

◆ TypeName()

TypeName ( "flowRateConeDiskVelocity"  )

Runtime type information.

◆ clone()

virtual autoPtr<LagrangianVectorFieldSource> clone ( const regIOobject &  iIo) const
inlinevirtual

Construct and return a clone setting the internal field reference.

Definition at line 115 of file flowRateConeDiskVelocityLagrangianVectorFieldSource.H.

◆ value()

Foam::tmp< Foam::LagrangianSubVectorField > value ( const LagrangianInjection &  injection,
const LagrangianSubMesh &  subMesh 
) const
virtual

Return the value for an instantaneous injection.

Definition at line 70 of file flowRateConeDiskVelocityLagrangianVectorFieldSource.C.

References Foam::average(), LagrangianModel::name(), and flowRateNumberLagrangianScalarFieldSource::Q().

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◆ write()

void write ( Ostream &  os) const
virtual

Write.

Definition at line 98 of file flowRateConeDiskVelocityLagrangianVectorFieldSource.C.

References coneDiskDirectionLagrangianVectorFieldSource::write(), and Foam::vtkWriteOps::write().

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The documentation for this class was generated from the following files: