const Real & _inlet_T
Fluid inlet temperature.
Definition: BulkEnergyConservationICAction.h:49
const Real & _mdot
Fluid mass flowrate.
Definition: BulkEnergyConservationICAction.h:43
Definition: CardinalAction.h:29
const Real * _direction_min
Minimum coordinate of the layers.
Definition: BulkEnergyConservationICAction.h:67
const std::vector< VariableName > & _variable
Variable(s) to which the initial condition should be applied.
Definition: BulkEnergyConservationICAction.h:40
static InputParameters validParams()
Definition: BulkEnergyConservationICAction.C:29
const Real * _direction_max
Maximum coordinate of the layers.
Definition: BulkEnergyConservationICAction.h:70
const MooseEnum _direction
Direction the fluid flows.
Definition: BulkEnergyConservationICAction.h:55
BulkEnergyConservationICAction(const InputParameters ¶meters)
Definition: BulkEnergyConservationICAction.C:55
const bool & _positive_flow_direction
Whether the flow is in the positive or negative direction.
Definition: BulkEnergyConservationICAction.h:58
const bool _has_direction_max
Whether a maximum direction was specified.
Definition: BulkEnergyConservationICAction.h:64
virtual void act()
Definition: BulkEnergyConservationICAction.C:72
const bool _has_direction_min
Whether a minimum direction was specified.
Definition: BulkEnergyConservationICAction.h:61
const Real & _cp
Fluid isobaric specific heat capacity.
Definition: BulkEnergyConservationICAction.h:46
const unsigned int & _num_layers
Number of layers to integrate the heat source in.
Definition: BulkEnergyConservationICAction.h:52
Definition: BulkEnergyConservationICAction.h:29