Flame

class ansys.chemkin.core.flame.Flame(fuelstream: ansys.chemkin.core.inlet.Stream, label: str)

Bases: ansys.chemkin.core.reactormodel.ReactorModel, ansys.chemkin.core.steadystatesolver.SteadyStateSolver, ansys.chemkin.core.grid.Grid

Generic steady state, one dimensional flame model.

Overview

Methods

set_temperature_profile	Specify temperature profile.
use_temp_profiel_initial_mesh	Use the temperature profile grid as the initial grid.
set_convection_differencing_type	Specify the finite differencing scheme.
set_mesh_keywords	Set mesh related keywords.
set_ss_solver_keywords	Add steady-state solver parameter keywoprds to the keyword list.
use_mixture_averaged_transport	Use the mixture-averaged transport properties.
use_multicomponent_transport	Use the multi-component transport properties.
use_fixed_lewis_number_transport	Compute the species diffusion coefficient with fixed Lewis number.
use_thermal_diffusion	Include the thermal diffusion (Doret) effect.
set_species_boundary_types	Set the species boundary condition type (at inlet and outlet).

Attributes

mass_flow_rate
temp_profile_set
grid_t_profile
energytypes
transport_mode

Import detail

from ansys.chemkin.core.flame import Flame

Attribute detail

Flame.mass_flow_rate

Flame.temp_profile_set = False

Flame.grid_t_profile = False

Flame.energytypes

Flame.transport_mode = 0

Method detail

Flame.set_temperature_profile(x: numpy.typing.NDArray[numpy.double], temp: numpy.typing.NDArray[numpy.double]) → int

Specify temperature profile.

Flame.use_temp_profiel_initial_mesh(on: bool = False)

Use the temperature profile grid as the initial grid.

Flame.set_convection_differencing_type(mode: str)

Specify the finite differencing scheme.

Flame.set_mesh_keywords() → int

Set mesh related keywords.

Flame.set_ss_solver_keywords()

Add steady-state solver parameter keywoprds to the keyword list.

Flame.use_mixture_averaged_transport()

Use the mixture-averaged transport properties.

Flame.use_multicomponent_transport()

Use the multi-component transport properties.

Flame.use_fixed_lewis_number_transport(lewis: float = 1.0)

Compute the species diffusion coefficient with fixed Lewis number.

Flame.use_thermal_diffusion(mode: bool = True)

Include the thermal diffusion (Doret) effect.

Flame.set_species_boundary_types(mode: str = 'comp')

Set the species boundary condition type (at inlet and outlet).