`PremixedFlame`#

class ansys.chemkin.core.premixedflames.premixedflame.PremixedFlame(inlet: ansys.chemkin.core.inlet.Stream, label: str | None = None)#

One-dimensional premixed flame model.

Overview#

Methods

`set_inlet`	Add an external inlet to the reactor.
`unburnt_temperature`	Set the unburnt fuel-oxidizer gas temperature.
`lump_diffusion_imbalance`	Lump error to the last species.
`set_profilekeywords`	Create profile keywords for Chemkin flame applications.
`use_tpro_grids`	Use the position data of the temperature profile as initial grid.
`set_gridkeywords`	Create 1-D grid profile keywords for Chemkin flame applications.
`run`	Chemkin run premixed flame model method.
`continuation`	Perform a continuation run.
`get_solution_size`	Get the number of solution points.
`process_solution`	Post-process solution to extract the raw solution variable data.
`get_solution_variable_profile`	Get the profile of the solution variable specified.
`create_solution_streams`	Create a list of Streams at every solution points.
`get_solution_stream`	Get the Stream representing the solution state at the given location.
`get_solution_stream_at_grid`	Get the Stream representing the solution given point index.

from ansys.chemkin.core.premixedflames.premixedflame import PremixedFlame

PremixedFlame.set_inlet(extinlet: ansys.chemkin.core.inlet.Stream)#: Add an external inlet to the reactor.

PremixedFlame.unburnt_temperature(temperature: float)#: Set the unburnt fuel-oxidizer gas temperature.

PremixedFlame.lump_diffusion_imbalance(mode: bool = True)#: Lump error to the last species.

PremixedFlame.set_profilekeywords() → int#: Create profile keywords for Chemkin flame applications.

PremixedFlame.use_tpro_grids(mode: bool = True)#: Use the position data of the temperature profile as initial grid.

PremixedFlame.set_gridkeywords() → int#: Create 1-D grid profile keywords for Chemkin flame applications.

PremixedFlame.get_solution_size() → int#: Get the number of solution points.

PremixedFlame.process_solution()#: Post-process solution to extract the raw solution variable data.

PremixedFlame.get_solution_variable_profile(varname: str) → numpy.typing.NDArray[numpy.double]#: Get the profile of the solution variable specified.

PremixedFlame.create_solution_streams(specfrac: numpy.typing.NDArray[numpy.double]) → int#: Create a list of Streams at every solution points.

PremixedFlame.get_solution_stream(x: float) → ansys.chemkin.core.inlet.Stream#: Get the Stream representing the solution state at the given location.

PremixedFlame.get_solution_stream_at_grid(grid_index: int) → ansys.chemkin.core.inlet.Stream#: Get the Stream representing the solution given point index.