`PFREnergyConservation`#

class ansys.chemkin.core.flowreactors.PFR.PFREnergyConservation(inlet, label: str = 'PFR')#

Bases: PlugFlowReactor

Plug Flow Reactor (PFR) model with energy equation.

Overview#

Methods

`set_heat_transfer_area_profile`	Specify reactor heat transfer area per reactor length profile.
`set_heat_loss_profile`	Specify reactor heat loss rate per length profile.
`set_velocity_profile`	Specify axial velocity profile along the plug-flow reactor.

Properties

`heat_loss_rate`	Get heat loss rate from the reactor to the surroundings.
`heat_transfer_coefficient`	Get heat transfer coefficient between the reactor and the surroundings.
`ambient_temperature`	Get ambient temperature.
`heat_transfer_area`	Get heat transfer area.

from ansys.chemkin.core.flowreactors.PFR import PFREnergyConservation

property PFREnergyConservation.heat_loss_rate: float#: Get heat loss rate from the reactor to the surroundings.

property PFREnergyConservation.heat_transfer_coefficient: float#: Get heat transfer coefficient between the reactor and the surroundings.

property PFREnergyConservation.ambient_temperature: float#: Get ambient temperature.

property PFREnergyConservation.heat_transfer_area: float#: Get heat transfer area.

PFREnergyConservation.set_heat_transfer_area_profile(x: numpy.typing.NDArray[numpy.double], area: numpy.typing.NDArray[numpy.double]) → int#: Specify reactor heat transfer area per reactor length profile.

PFREnergyConservation.set_heat_loss_profile(x: numpy.typing.NDArray[numpy.double], qloss: numpy.typing.NDArray[numpy.double]) → int#: Specify reactor heat loss rate per length profile.

PFREnergyConservation.set_velocity_profile(x: numpy.typing.NDArray[numpy.double], vel: numpy.typing.NDArray[numpy.double]) → int#: Specify axial velocity profile along the plug-flow reactor.