ContactThermal class. More...

#include <icontactthermal.h>

Public Member Functions
virtual const IThing *	getIThing () const =0
	returns a IThing pointer

virtual IThing *	getIThing ()=0

virtual const IContact *	getContact () const =0
	returns a IContact pointer

virtual IContact *	getContact ()=0

virtual const IContactThermal *	getContactThermal () const =0
	returns a IContactThermal pointer

virtual IContactThermal *	getContactThermal ()=0

virtual const IContactMechanical *	getContactMechanical () const =0
	returns a a pointer to the host mechanical contact

virtual IContactMechanical *	getContactMechanical ()=0

virtual const IPiece *	getEnd1 () const =0
	returns a pointer to the mechanical contact first IPieceMechanical object (e.g. a ball)

virtual IPiece *	getEnd1 ()=0

virtual const IPiece *	getEnd2 () const =0
	returns a pointer to the mechanical contact second IPieceMechanical object (e.g. a ball)

virtual IPiece *	getEnd2 ()=0

virtual const IPieceThermal *	getEnd1Thermal () const =0
	returns a pointer to the thermal contact first IPieceThermal object (e.g. a ball)

virtual IPieceThermal *	getEnd1Thermal ()=0

virtual const IPieceThermal *	getEnd2Thermal () const =0
	returns a pointer to the thermal contact second IPieceThermal object (e.g. a ball)

virtual IPieceThermal *	getEnd2Thermal ()=0

virtual const IContactModel *	getModel () const =0
	returns a pointer to the thermal contact model present at this mechanical contact

virtual IContactModel *	getModel ()=0

virtual IContactModel *	setModel (const IContactModel *toClone, bool validate=true)=0
	assigns a clone of the thermal contact model passed in arguments, and copies its properties

virtual QString	getModelName () const =0
	returns the name of the thermal contact model present at this mechanical contact

virtual IContactModel *	setModelName (const QString &name)=0
	assigns the thermal contact model based on a name

virtual double	getPower () const =0
	returns the power (from end1 to end2) at this thermal contact, in the contact local coordinate system

virtual void	setPower (const double &d)=0
	sets the power (from end1 to end2) at this thermal contact to v, expressed in the contact local coordinate system

virtual double	getTempInc () const =0
	returns the power (from end1 to end2) at this thermal contact, in the contact local coordinate system

virtual void	setTempInc (const double &d)=0
	sets the power (from end1 to end2) at this thermal contact to v, expressed in the contact local coordinate system

Static Public Attributes
static const TType	type_ = 0x4f63385f
	The type identification number for this class, for use in convert_cast() and convert_getcast().

Detailed Description

ContactThermal class.

Thermal Contacts may exist between two IPieceThermal objects (e.g. between two balls or between a ball and a wall). They are formed and broken automatically during the course of a simulation.

The behavior of a material is simulated by associating a constitutive model with each thermal contact.

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

C:/Source/itasca-suite/common/module/interface/icontactthermal.h

Public Member Functions

Static Public Attributes

Detailed Description