19 class ISubcontactThing;
21 class IFlowPlaneThing;
22 class IFlowPlaneVertexThing;
50 virtual double getPP()
const=0;
52 virtual void setPP(
double pp) = 0;
69 virtual double getArea()
const=0;
77 virtual double getTemp()
const=0;
79 virtual void setTemp(
double T) = 0;
95 virtual double getBulk()
const = 0;
97 virtual void setBulk(
double d) = 0;
virtual void setAppliedProppantConcentration(double d) const =0
Set proppant volume concentration applied at flow knot.
virtual double getHeatTransferCoefficient() const =0
Return the heat transfer coefficient.
virtual bool getProppantFixed() const =0
Get proppant fixity condition (true = fixed, false otherwise)
virtual void setProppantFixed(bool b)=0
Set proppant fixity condition (true = fixed, false otherwise)
virtual double getStiffness() const =0
Return the stiffness associated with this knot.
virtual double getBulk() const =0
Get (joint) fluid bulk modulus for this flow knot.
This is the interface for FlowKnotThing, a C++ wrapper for a flow knot This will be stored in a conta...
Definition: iflowknotthing.h:29
virtual void setBulk(double d)=0
Set (joint) fluid bulk modulus for this flow knot.
virtual double getUnbalancedThermalFlux() const =0
Return unbalanced flux.
namespace Itasca
Definition: basememory.cpp:9
Int FInt
Interface to provide access to 3DEC modules, global data, list of 3DEC entities, etc.
Definition: iblockdef.h:19
Base class for items that will be stored in containers.
Definition: ithing.h:31
virtual double getTimestep() const =0
Return the timestep associated with this knot.
virtual double getAppliedProppantConcentration() const =0
Get proppant volume concentration applied at flow knot.
virtual double getTrans() const =0
Return the total transmissivity of elements connected to the knot.
virtual void setTemp(double T)=0
Set the temperature.
virtual void setFluidFlux(double f)=0
Set the additional fluid flux source value.
Fortran to C++ type declarations.
static const TType type_
type used in IThing typing system
Definition: iflowknotthing.h:40
An array class that attempts to minimize unnecessary heap access.
virtual DVect3 getLocation() const =0
Return location.
virtual void setPPCondition(pp_condition pc)=0
Set the pore pressure condition.
virtual double getThermalFlowSum() const =0
Return heat flow sum.
virtual double getUnbalancedVolumeMax() const =0
Return the maximum unbalanced volume during the simulation.
virtual void setThermalFlux(double d)=0
Set the heat flux.
virtual FInt getFortranOffset() const =0
Return flow knot fortran offset.
virtual void setHeatTransferCoefficient(double d)=0
Set the heat transfer coefficient.
unsigned int TType
class type indicator
Definition: basedef.h:41
virtual double getPP() const =0
Return the fluid pore pressure.
virtual double getThermalFlux() const =0
Return heat flux.
virtual const itasca::IThing * getIThing() const =0
Returns a const IThing pointer.
virtual double getFluidFlux() const =0
Return the additional fluid flux source value.
virtual double getTemp() const =0
Return the temperature.
therm_condition
Possible thermal conditions for a flow knot.
Definition: iflowknotthing.h:37
An array class that attempts to minimize unnecessary heap access.
Definition: farray.h:27
virtual therm_condition getThermalCondition() const =0
Return the thermal condition.
virtual pp_condition getPPCondition() const =0
Return the pore pressure condition.
pp_condition
Possible pore pressure (fluid) conditions for a flow knot.
Definition: iflowknotthing.h:34
virtual FArray< const IFlowPlaneVertexThing * > getVertices() const =0
Return list of flow plane vertices associated with this flow knot.
virtual void setPP(double pp)=0
Set the fluid pore pressure.
virtual double getVolume() const =0
Return the volume associated with this knot.
virtual double getUnbalancedVolume() const =0
Return the maximum unbalanced volume for the current cycle.
virtual double getArea() const =0
Return the area associated with this knot.
1.8.15