Integrator::Hydro

src/Integrator/Hydro.cpp

eta_refinement_criterion

0.01 conditional

eta-based refinement

Names by executable 2 executables, 2 uses

hydro-2d-coverage-g++

eta_refinement_criterion

sfi-2d-coverage-g++

hydro.eta_refinement_criterion

omega_refinement_criterion

0.01 conditional

vorticity-based refinement

Names by executable 2 executables, 2 uses

hydro-2d-coverage-g++

omega_refinement_criterion

sfi-2d-coverage-g++

hydro.omega_refinement_criterion

gradu_refinement_criterion

0.01 conditional

velocity gradient-based refinement

Names by executable 2 executables, 2 uses

hydro-2d-coverage-g++

gradu_refinement_criterion

sfi-2d-coverage-g++

hydro.gradu_refinement_criterion

p_refinement_criterion

1e+100 conditional

pressure-based refinement

Names by executable 2 executables, 2 uses

hydro-2d-coverage-g++

p_refinement_criterion

sfi-2d-coverage-g++

hydro.p_refinement_criterion

rho_refinement_criterion

1e+100 conditional

density-based refinement

Names by executable 2 executables, 2 uses

hydro-2d-coverage-g++

rho_refinement_criterion

sfi-2d-coverage-g++

hydro.rho_refinement_criterion

cfl

required conditional

cfl condition

Names by executable 2 executables, 2 uses

hydro-2d-coverage-g++

cfl

sfi-2d-coverage-g++

hydro.cfl

cfl_v

1e+100 conditional

cfl condition

Names by executable 2 executables, 2 uses

hydro-2d-coverage-g++

cfl_v

sfi-2d-coverage-g++

hydro.cfl_v

density.bc

default constant expression conditional

Boundary condition for density

Names by executable 2 executables, 2 uses

hydro-2d-coverage-g++

density.bc.type

sfi-2d-coverage-g++

hydro.density.bc.type

energy.bc

default constant expression conditional

Boundary condition for energy

Names by executable 2 executables, 2 uses

hydro-2d-coverage-g++

energy.bc.type

sfi-2d-coverage-g++

hydro.energy.bc.type

momentum.bc

default constant expression conditional

Boundary condition for momentum

Names by executable 2 executables, 2 uses

hydro-2d-coverage-g++

momentum.bc.type

sfi-2d-coverage-g++

hydro.momentum.bc.type

pf.eta.bc

default constant expression conditional

Boundary condition for phase field order parameter

Names by executable 2 executables, 2 uses

hydro-2d-coverage-g++

pf.eta.bc.type

sfi-2d-coverage-g++

hydro.pf.eta.bc.type

small

1e-08 conditional

small regularization value

Names by executable 2 executables, 2 uses

hydro-2d-coverage-g++

small

sfi-2d-coverage-g++

hydro.small

cutoff

-1e+100 conditional

cutoff value

Names by executable 2 executables, 2 uses

hydro-2d-coverage-g++

cutoff

sfi-2d-coverage-g++

hydro.cutoff

lagrange

0 conditional

lagrange no-penetration factor

Names by executable 2 executables, 2 uses

hydro-2d-coverage-g++

lagrange

sfi-2d-coverage-g++

hydro.lagrange

eta.ic

default bmp constant expression laminate png conditional

eta initial condition

Names by executable 2 executables, 2 uses

hydro-2d-coverage-g++

eta.ic.type

sfi-2d-coverage-g++

hydro.eta.ic.type

velocity.ic

default constant expression conditional

velocity initial condition

Names by executable 2 executables, 2 uses

hydro-2d-coverage-g++

velocity.ic.type

sfi-2d-coverage-g++

hydro.velocity.ic.type

pressure.ic

default constant expression conditional

solid pressure initial condition

Names by executable 2 executables, 2 uses

hydro-2d-coverage-g++

pressure.ic.type

sfi-2d-coverage-g++

hydro.pressure.ic.type

density.ic

default constant expression conditional

density initial condition type

Names by executable 2 executables, 2 uses

hydro-2d-coverage-g++

density.ic.type

sfi-2d-coverage-g++

hydro.density.ic.type

solid.momentum.ic

default constant expression conditional

solid momentum initial condition

Names by executable 2 executables, 2 uses

hydro-2d-coverage-g++

solid.momentum.ic.type

sfi-2d-coverage-g++

hydro.solid.momentum.ic.type

solid.density.ic

default constant expression conditional

solid density initial condition

Names by executable 2 executables, 2 uses

hydro-2d-coverage-g++

solid.density.ic.type

sfi-2d-coverage-g++

hydro.solid.density.ic.type

solid.energy.ic

default constant expression conditional

solid energy initial condition

Names by executable 2 executables, 2 uses

hydro-2d-coverage-g++

solid.energy.ic.type

sfi-2d-coverage-g++

hydro.solid.energy.ic.type

m0.ic

default constant expression conditional

diffuse boundary prescribed mass flux

Names by executable 2 executables, 2 uses

hydro-2d-coverage-g++

m0.ic.type

sfi-2d-coverage-g++

hydro.m0.ic.type

u0.ic

default constant expression conditional

diffuse boundary prescribed velocity

Names by executable 2 executables, 2 uses

hydro-2d-coverage-g++

u0.ic.type

sfi-2d-coverage-g++

hydro.u0.ic.type

q.ic

default constant expression conditional

diffuse boundary prescribed heat flux

Names by executable 2 executables, 2 uses

hydro-2d-coverage-g++

q.ic.type

sfi-2d-coverage-g++

hydro.q.ic.type

solver

default hllc hlle roe conditional

No documentation available.

Names by executable 2 executables, 2 uses

hydro-2d-coverage-g++

solver.type

sfi-2d-coverage-g++

hydro.solver.type

prescribedflowmode

absolute relative conditional

Determine whether flow is prescribed in normal coordinates or global coordinates

Names by executable 2 executables, 2 uses

hydro-2d-coverage-g++

prescribedflowmode

sfi-2d-coverage-g++

hydro.prescribedflowmode

g

0 0 conditional

Gravitational acceleration vector

Names by executable 2 executables, 2 uses

hydro-2d-coverage-g++

g

sfi-2d-coverage-g++

hydro.g

allow_unused

0 1 conditional

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

Names by executable 2 executables, 2 uses

hydro-2d-coverage-g++

allow_unused

sfi-2d-coverage-g++

hydro.allow_unused