dam break interfoam.

Allow the solver to adjust deltaT to satisfy its Courant-number controls.

Maximum Courant number used by the solver's adaptive time-step logic.

Validation {.} > 0

Largest time-step the solver may select when adjusting deltaT.

Validation {.} > 0

Mass density of this phase.

Validation {.} > 0 kg/m3

Kinematic viscosity of this phase.

Validation {.} > 0 m2/s

Constitutive transport model used for this phase.

Interface-compression strength used by the phase-fraction equation.

Validation {.} >= 0

Number of phase-fraction correction passes per time step.

Validation {.} >= 1

Number of limiter iterations for the phase-fraction equation.

Validation {.} >= 1

Enable the MULES correction loop for phase-fraction transport.

Relative residual reduction for the phase-fraction linear solver.

Validation {.} >= 0

Number of phase-fraction sub-cycles within each time step.

Validation {.} >= 1

Absolute residual at which the phase-fraction linear solver may stop.

Validation {.} > 0

Select optimized, debug, or profiling compiler rules.

Select the compiler family used to build OpenFOAM. Availability depends on the host platform.

Select whether OpenFOAM uses system tools or compilers from its ThirdParty configuration.

Select the bit width used for OpenFOAM integer labels, such as cell and face indices.

Select the MPI implementation used when compiling parallel OpenFOAM applications.

Enable or disable OpenMP compiler and linker flags.

Select double, single, or mixed scalar precision for the compiled OpenFOAM libraries and applications.

Select the target architecture width where supported by the host compiler and operating system.

Time-step value used by the native solver. Stability and physical meaning remain solver-specific.

Validation {.} > 0

End value of the solver's native time coordinate; for steady solvers this can represent iteration time.

Validation {.} > {?control.start_time}

Select whether the case starts from its configured start time or the latest written time.

Starting value of the solver's native time coordinate. The solver determines its physical interpretation.

Select the condition that stops the solver.

Native write scheduling mode used by the selected tutorial.

Output interval; its meaning is selected by write_control (steps or solver-time units).

Validation {.} > 0

Default gradient reconstruction scheme from system/fvSchemes.

Default interpolation scheme from cell centers to faces.

Default Laplacian scheme, including its surface-normal gradient treatment.

Default surface-normal gradient scheme.

Default time-derivative scheme from system/fvSchemes.

Divergence scheme for the density-weighted momentum flux.

Divergence scheme for the phase-compression flux.

Divergence scheme for transport of the phase fraction.

Number of recent time directories to retain; zero keeps all written times.

Validation {.} >= 0

Whether the solver rereads supported dictionaries while running.

Formatting mode for time-directory names.

Precision used when formatting time-directory names.

Validation {.} > 0

Whether written output files are compressed.

Representation used for written field data.

Significant digits used when writing scalar values.

Validation {.} > 0

Maximum phase Courant number used by interFoam's adaptive time-step control.

Validation {.} > 0

Number of pressure corrections within each outer PIMPLE iteration.

Validation {.} >= 1

Additional pressure corrections for non-orthogonal mesh faces.

Validation {.} >= 0

Number of outer PIMPLE iterations per time step.

Validation {.} >= 1

Relative residual reduction required before the linear solver may stop.

Validation {.} >= 0

Absolute residual at which the linear solver may stop.

Validation {.} > 0

Surface tension between the two modeled phases.

Validation {.} > 0 N/m

Relative residual reduction required before the linear solver may stop.

Validation {.} >= 0

Absolute residual at which the linear solver may stop.

Validation {.} > 0

Divergence scheme for the viscous-stress contribution.

Mass density of this phase.

Validation {.} > 0 kg/m3

Kinematic viscosity of this phase.

Validation {.} > 0 m2/s

Constitutive transport model used for this phase.