Integrator::Flame

src/Integrator/Flame.cpp

plot_field

1 0 conditional

Whether to include extra fields (such as mdot, etc) in the plot output

Names by executable 3 executables, 3 uses

alamo-2d-coverage-g++

plot_field

alamo-3d-coverage-g++

plot_field

sfi-2d-coverage-g++

flame.plot_field

pf.eps

1.0_m conditional

Burn width thickness

Names by executable 3 executables, 3 uses

alamo-2d-coverage-g++

pf.eps

alamo-3d-coverage-g++

pf.eps

sfi-2d-coverage-g++

flame.pf.eps

pf.kappa

0.0_J/m^2 conditional

Interface energy param

Names by executable 3 executables, 3 uses

alamo-2d-coverage-g++

pf.kappa

alamo-3d-coverage-g++

pf.kappa

sfi-2d-coverage-g++

flame.pf.kappa

pf.lambda

0.0_J/m^2 conditional

Chemical potential multiplier

Names by executable 3 executables, 3 uses

alamo-2d-coverage-g++

pf.lambda

alamo-3d-coverage-g++

pf.lambda

sfi-2d-coverage-g++

flame.pf.lambda

pf.w1

0.0 conditional

Unburned rest energy

Names by executable 3 executables, 3 uses

alamo-2d-coverage-g++

pf.w1

alamo-3d-coverage-g++

pf.w1

sfi-2d-coverage-g++

flame.pf.w1

pf.w12

0.0 conditional

Barrier energy

Names by executable 3 executables, 3 uses

alamo-2d-coverage-g++

pf.w12

alamo-3d-coverage-g++

pf.w12

sfi-2d-coverage-g++

flame.pf.w12

pf.w0

0.0 conditional

Burned rest energy

Names by executable 3 executables, 3 uses

alamo-2d-coverage-g++

pf.w0

alamo-3d-coverage-g++

pf.w0

sfi-2d-coverage-g++

flame.pf.w0

pf.eta.bc

constant conditional

Boundary conditions for phase field order params

Names by executable 3 executables, 3 uses

alamo-2d-coverage-g++

pf.eta.bc.type

alamo-3d-coverage-g++

pf.eta.bc.type

sfi-2d-coverage-g++

flame.pf.eta.bc.type

pf.eta.ic

bmp constant expression laminate png psread conditional

phase field initial condition

Names by executable 3 executables, 3 uses

alamo-2d-coverage-g++

pf.eta.ic.type

alamo-3d-coverage-g++

pf.eta.ic.type

sfi-2d-coverage-g++

flame.pf.eta.ic.type

propellant

fullfeedback homogenize powerlaw conditional

No documentation available.

Names by executable 3 executables, 3 uses

alamo-2d-coverage-g++

propellant.type

alamo-3d-coverage-g++

propellant.type

sfi-2d-coverage-g++

flame.propellant.type

thermal.Tref

300.0_K conditional

Reference temperature Used to set all other reference temperatures by default.

Names by executable 3 executables, 3 uses

alamo-2d-coverage-g++

thermal.Tref

alamo-3d-coverage-g++

thermal.Tref

sfi-2d-coverage-g++

flame.thermal.Tref

thermal.on

0 1 conditional

Whether to use the Thermal Transport Model

Names by executable 3 executables, 3 uses

alamo-2d-coverage-g++

thermal.on

alamo-3d-coverage-g++

thermal.on

sfi-2d-coverage-g++

flame.thermal.on

thermal.hc

1.0 conditional

Used to change heat flux units

Names by executable 3 executables, 3 uses

alamo-2d-coverage-g++

thermal.hc

alamo-3d-coverage-g++

thermal.hc

sfi-2d-coverage-g++

flame.thermal.hc

thermal.Tfluid

300 conditional

Effective fluid temperature, temp of the eta = 0 (fluid) region

Names by executable 3 executables, 3 uses

alamo-2d-coverage-g++

thermal.Tfluid

alamo-3d-coverage-g++

thermal.Tfluid

sfi-2d-coverage-g++

flame.thermal.Tfluid

thermal.Tcutoff

0.0 conditional

Cutoff value for regression, if T < Tcutoff eta won't evolve/regress

Names by executable 3 executables, 3 uses

alamo-2d-coverage-g++

thermal.Tcutoff

alamo-3d-coverage-g++

thermal.Tcutoff

sfi-2d-coverage-g++

flame.thermal.Tcutoff

thermal.end_initial_refine_time

0.0 conditional

Switch time of the improved regridding where eta and the temperature field are both used. It is recommended to make this time ~10x the timestep. Before this the refinement is based on the gradient of eta which helps the laser IC start correctly. A regrid is forced when this time is reached.

Names by executable 3 executables, 3 uses

alamo-2d-coverage-g++

thermal.end_initial_refine_time

alamo-3d-coverage-g++

thermal.end_initial_refine_time

sfi-2d-coverage-g++

flame.thermal.end_initial_refine_time

thermal.phi_refinement_criterion_inital

1e+100 conditional

Inital refinement of the phi field based on phi gradient. After time > end_initial_refine_time stops refining at these phi values.

Names by executable 3 executables, 3 uses

alamo-2d-coverage-g++

thermal.phi_refinement_criterion_inital

alamo-3d-coverage-g++

thermal.phi_refinement_criterion_inital

sfi-2d-coverage-g++

flame.thermal.phi_refinement_criterion_inital

thermal.temp.bc

default constant conditional

Temperature boundary condition

Names by executable 3 executables, 3 uses

alamo-2d-coverage-g++

thermal.temp.bc.type

alamo-3d-coverage-g++

thermal.temp.bc.type

sfi-2d-coverage-g++

flame.thermal.temp.bc.type

laser.ic

default constant expression conditional

No documentation available.

Names by executable 3 executables, 3 uses

alamo-2d-coverage-g++

laser.ic.type

alamo-3d-coverage-g++

laser.ic.type

sfi-2d-coverage-g++

flame.laser.ic.type

temp.ic

default bmp constant expression png conditional

No documentation available.

Names by executable 3 executables, 3 uses

alamo-2d-coverage-g++

temp.ic.type

alamo-3d-coverage-g++

temp.ic.type

sfi-2d-coverage-g++

flame.temp.ic.type

chamber.pressure

1.0_MPa conditional

Constant pressure value

Names by executable 3 executables, 3 uses

alamo-2d-coverage-g++

chamber.pressure

alamo-3d-coverage-g++

chamber.pressure

sfi-2d-coverage-g++

flame.chamber.pressure

variable_pressure

0 conditional

Whether to compute the pressure evolution

Names by executable 3 executables, 3 uses

alamo-2d-coverage-g++

variable_pressure

alamo-3d-coverage-g++

variable_pressure

sfi-2d-coverage-g++

flame.variable_pressure

amr.refinement_criterion

0.001 conditional

Refinement criterion for eta field, if thermal is on, cells will only be tagged for refinement if T>0.9*TCutoff, and the gradient of eta > m_refinement_criterion at each cell

Names by executable 3 executables, 3 uses

alamo-2d-coverage-g++

amr.refinement_criterion

alamo-3d-coverage-g++

amr.refinement_criterion

sfi-2d-coverage-g++

flame.amr.refinement_criterion

amr.refinement_criterion_temp

0.001_K conditional

Refinement criterion for temperature field

Names by executable 3 executables, 3 uses

alamo-2d-coverage-g++

amr.refinement_criterion_temp

alamo-3d-coverage-g++

amr.refinement_criterion_temp

sfi-2d-coverage-g++

flame.amr.refinement_criterion_temp

amr.refinament_restriction

0.1 conditional

Eta value to restrict the refinament for the temperature field

Names by executable 3 executables, 3 uses

alamo-2d-coverage-g++

amr.refinament_restriction

alamo-3d-coverage-g++

amr.refinament_restriction

sfi-2d-coverage-g++

flame.amr.refinament_restriction

amr.phi_refinement_criterion

1e+100 conditional

Refinement criterion for phi field [infinity]

Names by executable 3 executables, 3 uses

alamo-2d-coverage-g++

amr.phi_refinement_criterion

alamo-3d-coverage-g++

amr.phi_refinement_criterion

sfi-2d-coverage-g++

flame.amr.phi_refinement_criterion

small

1e-08 conditional

Minimum allowable threshold for $\eta$

Names by executable 3 executables, 3 uses

alamo-2d-coverage-g++

small

alamo-3d-coverage-g++

small

sfi-2d-coverage-g++

flame.small

phi.ic

default bmp constant expression laminate png psread conditional

No documentation available.

Names by executable 3 executables, 3 uses

alamo-2d-coverage-g++

phi.ic.type

alamo-3d-coverage-g++

phi.ic.type

sfi-2d-coverage-g++

flame.phi.ic.type

elastic.on

0 1 conditional

No documentation available.

Names by executable 3 executables, 3 uses

alamo-2d-coverage-g++

elastic.on

alamo-3d-coverage-g++

elastic.on

sfi-2d-coverage-g++

flame.elastic.on

elastic.traction

0 conditional

Body force

Names by executable 3 executables, 3 uses

alamo-2d-coverage-g++

elastic.traction

alamo-3d-coverage-g++

elastic.traction

sfi-2d-coverage-g++

flame.elastic.traction

elastic.phirefinement

1 conditional

Phi refinement criteria

Names by executable 3 executables, 3 uses

alamo-2d-coverage-g++

elastic.phirefinement

alamo-3d-coverage-g++

elastic.phirefinement

sfi-2d-coverage-g++

flame.elastic.phirefinement

Telastic

300 conditional

Reference temperature for thermal expansion (temperature at which the material is strain-free)

Names by executable 3 executables, 3 uses

alamo-2d-coverage-g++

Telastic

alamo-3d-coverage-g++

Telastic

sfi-2d-coverage-g++

flame.Telastic

etacutoff

0 conditional

eta cutoff value to stop applying the traction force and/or chamber pressure to the RHS. Below this vlaue the RHS is set to 0.0

Names by executable 3 executables, 3 uses

alamo-2d-coverage-g++

etacutoff

alamo-3d-coverage-g++

etacutoff

sfi-2d-coverage-g++

flame.etacutoff

apply_chamber_pressure

0 conditional

Boolean value, when not 0 the chamber.pressure value is applied at the diffuse interface where t>Tcutoff

Names by executable 3 executables, 3 uses

alamo-2d-coverage-g++

apply_chamber_pressure

alamo-3d-coverage-g++

apply_chamber_pressure

sfi-2d-coverage-g++

flame.apply_chamber_pressure

allow_unused

0 1 conditional

Set this to true to allow unused inputs without error. (Not recommended.)

Names by executable 3 executables, 3 uses

alamo-2d-coverage-g++

allow_unused

alamo-3d-coverage-g++

allow_unused

sfi-2d-coverage-g++

flame.allow_unused