plot_field
Whether to include extra fields (such as mdot, etc) in the plot output
Names by executable 3 executables, 3 uses
plot_field
plot_field
flame.plot_field
Integrator::Flame ================= :bdg-link-secondary-line:`src/Integrator/Flame.cpp <../../doxygen/Flame_8cpp_source.html>` .. raw:: html
plot_field
Whether to include extra fields (such as mdot, etc) in the plot output
plot_field
plot_field
flame.plot_field
pf.eps
Burn width thickness
pf.eps
pf.eps
flame.pf.eps
pf.kappa
Interface energy param
pf.kappa
pf.kappa
flame.pf.kappa
pf.lambda
Chemical potential multiplier
pf.lambda
pf.lambda
flame.pf.lambda
pf.w1
Unburned rest energy
pf.w1
pf.w1
flame.pf.w1
pf.w12
Barrier energy
pf.w12
pf.w12
flame.pf.w12
pf.w0
Burned rest energy
pf.w0
pf.w0
flame.pf.w0
pf.eta.bc
Boundary conditions for phase field order params
pf.eta.bc.type
pf.eta.bc.type
flame.pf.eta.bc.type
pf.eta.ic
phase field initial condition
pf.eta.ic.type
pf.eta.ic.type
flame.pf.eta.ic.type
propellant
No documentation available.
propellant.type
propellant.type
flame.propellant.type
thermal.Tref
Reference temperature Used to set all other reference temperatures by default.
thermal.Tref
thermal.Tref
flame.thermal.Tref
thermal.on
Whether to use the Thermal Transport Model
thermal.on
thermal.on
flame.thermal.on
thermal.hc
Used to change heat flux units
thermal.hc
thermal.hc
flame.thermal.hc
thermal.Tfluid
Effective fluid temperature, temp of the eta = 0 (fluid) region
thermal.Tfluid
thermal.Tfluid
flame.thermal.Tfluid
thermal.Tcutoff
Cutoff value for regression, if T < Tcutoff eta won't evolve/regress
thermal.Tcutoff
thermal.Tcutoff
flame.thermal.Tcutoff
thermal.end_initial_refine_time
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.
thermal.end_initial_refine_time
thermal.end_initial_refine_time
flame.thermal.end_initial_refine_time
thermal.phi_refinement_criterion_inital
Inital refinement of the phi field based on phi gradient. After time > end_initial_refine_time stops refining at these phi values.
thermal.phi_refinement_criterion_inital
thermal.phi_refinement_criterion_inital
flame.thermal.phi_refinement_criterion_inital
thermal.temp.bc
Temperature boundary condition
thermal.temp.bc.type
thermal.temp.bc.type
flame.thermal.temp.bc.type
laser.ic
No documentation available.
laser.ic.type
laser.ic.type
flame.laser.ic.type
temp.ic
No documentation available.
temp.ic.type
temp.ic.type
flame.temp.ic.type
chamber.pressure
Constant pressure value
chamber.pressure
chamber.pressure
flame.chamber.pressure
variable_pressure
Whether to compute the pressure evolution
variable_pressure
variable_pressure
flame.variable_pressure
amr.refinement_criterion
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
amr.refinement_criterion
amr.refinement_criterion
flame.amr.refinement_criterion
amr.refinement_criterion_temp
Refinement criterion for temperature field
amr.refinement_criterion_temp
amr.refinement_criterion_temp
flame.amr.refinement_criterion_temp
amr.refinament_restriction
Eta value to restrict the refinament for the temperature field
amr.refinament_restriction
amr.refinament_restriction
flame.amr.refinament_restriction
amr.phi_refinement_criterion
Refinement criterion for phi field [infinity]
amr.phi_refinement_criterion
amr.phi_refinement_criterion
flame.amr.phi_refinement_criterion
small
Minimum allowable threshold for $\eta$
small
small
flame.small
phi.ic
No documentation available.
phi.ic.type
phi.ic.type
flame.phi.ic.type
elastic.on
No documentation available.
elastic.on
elastic.on
flame.elastic.on
elastic.traction
Body force
elastic.traction
elastic.traction
flame.elastic.traction
elastic.phirefinement
Phi refinement criteria
elastic.phirefinement
elastic.phirefinement
flame.elastic.phirefinement
Telastic
Reference temperature for thermal expansion (temperature at which the material is strain-free)
Telastic
Telastic
flame.Telastic
etacutoff
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
etacutoff
etacutoff
flame.etacutoff
apply_chamber_pressure
Boolean value, when not 0 the chamber.pressure value is applied at the diffuse interface where t>Tcutoff
apply_chamber_pressure
apply_chamber_pressure
flame.apply_chamber_pressure
allow_unused
Set this to true to allow unused inputs without error. (Not recommended.)
allow_unused
allow_unused
flame.allow_unused