`PSRCluster`#

class ansys.chemkin.core.stirreactors.PSRcluster.PSRCluster(config: list[ansys.chemkin.core.stirreactors.PSR.PerfectlyStirredReactor], label: str | None = None)#

Bases: ansys.chemkin.core.stirreactors.openreactor.OpenReactor

A cluster of perfectly-stirred reactors.

Overview#

Methods

`numb_external_inlet`	Get the number of external inlet to a reactor.
`get_reactor_label`	Get the PSR name/label.
`set_recycling_stream`	Set outflowing stream connectivity of a reactor.
`set_recycling_keywords`	Add outflow recycling connectivity keywords.
`add_heat_exchange`	Add heat exchange connection between two reactors.
`set_heat_exchange_keywords`	Add heat exchange connectivity keywords.
`run`	Run the reactor network simulation.
`get_cluster_run_status`	Get cluster run status.
`get_reactor_stream`	Get the solution Stream object.
`get_cluster_solutionstatus`	Get post-process status.
`process_cluster_solution`	Post-process cluster solution.
`get_cluster_outlet_flowrate`	Get the net/total outlet mass flow rate.

Properties

`numb_psrs`	Get the number of PSR.
`total_numb_external_inlets`	Get the total number of external inlet to the network.
`total_inlet_mass_flow_rate`	Get the total external inlet mass flow rate to the network.

Attributes

`total_external_inlets`
`total_mass_flow_rate`
`npsrs`
`psr_map`
`psr_objects`
`psr_solutions`
`numb_recycling_streams`
`recycling_connections`
`cluster_run_status`
`outlet_mass_flow_rate`
`numb_heat_exchange_pairs`
`heat_exchange_pair`
`heat_exchange_coeffcients`
`heat_exchange_areas`

Import detail#

from ansys.chemkin.core.stirreactors.PSRcluster import PSRCluster

Property detail#

property PSRCluster.numb_psrs: int#: Get the number of PSR.

property PSRCluster.total_numb_external_inlets: int#: Get the total number of external inlet to the network.

property PSRCluster.total_inlet_mass_flow_rate: float#: Get the total external inlet mass flow rate to the network.

Attribute detail#

PSRCluster.total_external_inlets = 0#

PSRCluster.total_mass_flow_rate = 0.0#

PSRCluster.npsrs = 0#

PSRCluster.psr_map: dict[str, int]#

PSRCluster.psr_objects: dict[int, ansys.chemkin.core.stirreactors.PSR.PerfectlyStirredReactor]#

PSRCluster.psr_solutions: dict[int, ansys.chemkin.core.inlet.Stream]#

PSRCluster.numb_recycling_streams = 0#

PSRCluster.recycling_connections: dict[int, list[tuple[str, float]]]#

PSRCluster.cluster_run_status = -100#

PSRCluster.outlet_mass_flow_rate = 0.0#

PSRCluster.numb_heat_exchange_pairs = 0#

PSRCluster.heat_exchange_pair: list[tuple[int, int]] = []#

PSRCluster.heat_exchange_coeffcients: list[float] = []#

PSRCluster.heat_exchange_areas: list[float] = []#

Method detail#

PSRCluster.numb_external_inlet(name: str) → int#: Get the number of external inlet to a reactor.

PSRCluster.get_reactor_label(reactor_index: int) → str#: Get the PSR name/label.

PSRCluster.set_recycling_stream(source_psr: str, connections: list[tuple[str, float]])#: Set outflowing stream connectivity of a reactor.

PSRCluster.set_recycling_keywords()#: Add outflow recycling connectivity keywords.

PSRCluster.add_heat_exchange(reactor1: str, reactor2: str, heat_transfer_coeff: float, heat_transfer_area: float)#: Add heat exchange connection between two reactors.

PSRCluster.set_heat_exchange_keywords()#: Add heat exchange connectivity keywords.

PSRCluster.run() → int#: Run the reactor network simulation.

PSRCluster.get_cluster_run_status() → int#: Get cluster run status.

PSRCluster.get_reactor_stream(reactor_name: str) → ansys.chemkin.core.inlet.Stream#: Get the solution Stream object.

PSRCluster.get_cluster_solutionstatus() → bool#: Get post-process status.

PSRCluster.process_cluster_solution() → int#: Post-process cluster solution.

PSRCluster.get_cluster_outlet_flowrate() → float#: Get the net/total outlet mass flow rate.

PSRCluster#