Model::Propellant::Homogenize

dispersion1

conditional

K; dispersion variables are use to create an inert region for the void grain case. An inert region is one that dissipates energy fast enough to remove regression and thermal strain effects.

Names by executable 3 executables, 3 uses

alamo-2d-coverage-g++

propellant.homogenize.dispersion1

alamo-3d-coverage-g++

propellant.homogenize.dispersion1

sfi-2d-coverage-g++

flame.propellant.homogenize.dispersion1

dispersion2

conditional

rho; dispersion variables are use to create an inert region for the void grain case. An inert region is one that dissipates energy fast enough to remove regression and thermal strain effects.

Names by executable 3 executables, 3 uses

alamo-2d-coverage-g++

propellant.homogenize.dispersion2

alamo-3d-coverage-g++

propellant.homogenize.dispersion2

sfi-2d-coverage-g++

flame.propellant.homogenize.dispersion2

dispersion3

conditional

cp; dispersion variables are use to create an inert region for the void grain case. An inert region is one that dissipates energy fast enough to remove regression and thermal strain effects.

Names by executable 3 executables, 3 uses

alamo-2d-coverage-g++

propellant.homogenize.dispersion3

alamo-3d-coverage-g++

propellant.homogenize.dispersion3

sfi-2d-coverage-g++

flame.propellant.homogenize.dispersion3

rho_ap

required conditional

AP Density

Names by executable 3 executables, 3 uses

alamo-2d-coverage-g++

propellant.homogenize.rho_ap

alamo-3d-coverage-g++

propellant.homogenize.rho_ap

sfi-2d-coverage-g++

flame.propellant.homogenize.rho_ap

rho_htpb

required conditional

HTPB Density

Names by executable 3 executables, 3 uses

alamo-2d-coverage-g++

propellant.homogenize.rho_htpb

alamo-3d-coverage-g++

propellant.homogenize.rho_htpb

sfi-2d-coverage-g++

flame.propellant.homogenize.rho_htpb

k_ap

required conditional

AP Thermal Conductivity

Names by executable 3 executables, 3 uses

alamo-2d-coverage-g++

propellant.homogenize.k_ap

alamo-3d-coverage-g++

propellant.homogenize.k_ap

sfi-2d-coverage-g++

flame.propellant.homogenize.k_ap

k_htpb

required conditional

HTPB Thermal Conductivity

Names by executable 3 executables, 3 uses

alamo-2d-coverage-g++

propellant.homogenize.k_htpb

alamo-3d-coverage-g++

propellant.homogenize.k_htpb

sfi-2d-coverage-g++

flame.propellant.homogenize.k_htpb

cp_ap

required conditional

AP Specific Heat

Names by executable 3 executables, 3 uses

alamo-2d-coverage-g++

propellant.homogenize.cp_ap

alamo-3d-coverage-g++

propellant.homogenize.cp_ap

sfi-2d-coverage-g++

flame.propellant.homogenize.cp_ap

cp_htpb

required conditional

HTPB Specific Heat

Names by executable 3 executables, 3 uses

alamo-2d-coverage-g++

propellant.homogenize.cp_htpb

alamo-3d-coverage-g++

propellant.homogenize.cp_htpb

sfi-2d-coverage-g++

flame.propellant.homogenize.cp_htpb

h1

1.81 conditional

Surgate heat flux model paramater - Homogenized

Names by executable 3 executables, 3 uses

alamo-2d-coverage-g++

propellant.homogenize.h1

alamo-3d-coverage-g++

propellant.homogenize.h1

sfi-2d-coverage-g++

flame.propellant.homogenize.h1

h2

1.34 conditional

Surgate heat flux model paramater - Homogenized

Names by executable 3 executables, 3 uses

alamo-2d-coverage-g++

propellant.homogenize.h2

alamo-3d-coverage-g++

propellant.homogenize.h2

sfi-2d-coverage-g++

flame.propellant.homogenize.h2

massfraction

0.8 conditional

AP/HTPB ratio for homogenized domain

Names by executable 3 executables, 3 uses

alamo-2d-coverage-g++

propellant.homogenize.massfraction

alamo-3d-coverage-g++

propellant.homogenize.massfraction

sfi-2d-coverage-g++

flame.propellant.homogenize.massfraction

mlocal_ap

0 conditional

AP mass flux reference value

Names by executable 3 executables, 3 uses

alamo-2d-coverage-g++

propellant.homogenize.mlocal_ap

alamo-3d-coverage-g++

propellant.homogenize.mlocal_ap

sfi-2d-coverage-g++

flame.propellant.homogenize.mlocal_ap

m_ap

required conditional

AP Pre-exponential factor for Arrhenius Law

Names by executable 3 executables, 3 uses

alamo-2d-coverage-g++

propellant.homogenize.m_ap

alamo-3d-coverage-g++

propellant.homogenize.m_ap

sfi-2d-coverage-g++

flame.propellant.homogenize.m_ap

m_htpb

required conditional

HTPB Pre-exponential factor for Arrhenius Law

Names by executable 3 executables, 3 uses

alamo-2d-coverage-g++

propellant.homogenize.m_htpb

alamo-3d-coverage-g++

propellant.homogenize.m_htpb

sfi-2d-coverage-g++

flame.propellant.homogenize.m_htpb

E_ap

required conditional

AP Activation Energy for Arrhenius Law

Names by executable 3 executables, 3 uses

alamo-2d-coverage-g++

propellant.homogenize.E_ap

alamo-3d-coverage-g++

propellant.homogenize.E_ap

sfi-2d-coverage-g++

flame.propellant.homogenize.E_ap

E_htpb

required conditional

HTPB Activation Energy for Arrhenius Law

Names by executable 3 executables, 3 uses

alamo-2d-coverage-g++

propellant.homogenize.E_htpb

alamo-3d-coverage-g++

propellant.homogenize.E_htpb

sfi-2d-coverage-g++

flame.propellant.homogenize.E_htpb

mob_ap

0 1 conditional

Whether to include pressure to the arrhenius law [??]

Names by executable 3 executables, 3 uses

alamo-2d-coverage-g++

propellant.homogenize.mob_ap

alamo-3d-coverage-g++

propellant.homogenize.mob_ap

sfi-2d-coverage-g++

flame.propellant.homogenize.mob_ap

bound

0 conditional

HTPB Activation Energy for Arrhenius Law

Names by executable 3 executables, 3 uses

alamo-2d-coverage-g++

propellant.homogenize.bound

alamo-3d-coverage-g++

propellant.homogenize.bound

sfi-2d-coverage-g++

flame.propellant.homogenize.bound