WPH - PHASES

All WALL type subphases should have the same fluidContactPhase. Setting fluidContactPhase for Phase #1 to #2. Please set makesubphase option to false to choose a different fluidContactPhase for phase #1.

This warning is issued when a phase has a different fluid contact phase request than the first phase in the subphase group. The solver automatically changes the fluid contact phase to match that of the first phase of the subphase group. If this is not the desired behavior, setting "makesubphase" option to false will exclude the specific phase from the subphase group, allowing independent fluid contact phase request.

All WALL type subphases should have the same contact angle. Setting contact angle for Phase #1 to #2. Please set makesubphase option to false to choose a different contact angle for phase #1.

This warning is issued when a phase has a different contact angle value than the first phase in the subphase group. The solver automatically changes the contact angle value to match that of the first phase of the subphase group. If this is not the desired behavior, setting "makesubphase" option to false will exclude the specific phase from the subphase group, allowing independent contact angle value.

All WALL type subphases should have the same adhesionCoeff. Setting adhesionCoeff for Phase #1 to #2. Please set makesubphase option to false to choose a different adhesionCoeff for phase #1.

This warning is issued when a phase has a different adhesion coefficient value than the first phase in the subphase group. The solver automatically changes the adhesion coefficient value to match that of the first phase of the subphase group. If this is not the desired behavior, setting "makesubphase" option to false will exclude the specific phase from the subphase group, allowing independent adhesion coefficient value.

All WALL type subphases should be either slip or no-slip. Setting noSlip for Phase #1 to #2.

This warning is issued when a phase has a different velocity boundary condition than the first phase in the subphase group. The solver automatically changes the velocity boundary condition to match that of the first phase of the subphase group. If this is not the desired behavior, setting "makesubphase" option to false will exclude the specific phase from the subphase group, allowing independent velocity boundary condition.

All MOVINGWALL type subphases should have the same fluidContactPhase. Setting fluidContactPhase for Phase #1 to #2. Please set makesubphase option to false to choose a different fluidContactPhase for phase #1.

This warning is issued when a phase has a different fluid contact phase request than the first phase in the subphase group. The solver automatically changes the fluid contact phase to match that of the first phase of the subphase group. If this is not the desired behavior, setting "makesubphase" option to false will exclude the specific phase from the subphase group, allowing independent fluid contact phase request.

All WALL type subphases should have the same contact angle. Setting contact angle for Phase #1 to #2. Please set makesubphase option to false to choose a different contact angle for phase #1.

This warning is issued when a phase has a different contact angle value than the first phase in the subphase group. The solver automatically changes the contact angle value to match that of the first phase of the subphase group. If this is not the desired behavior, setting "makesubphase" option to false will exclude the specific phase from the subphase group, allowing independent contact angle value.

All MOVINGWALL type subphases should have the same adhesionCoeff. Setting adhesionCoeff for Phase #1 to #2. Please set makesubphase option to false to choose a different fluidContactPhase for phase #1.

This warning is issued when a phase has a different fluid contact phase request than the first phase in the subphase group. The solver automatically changes the fluid contact phase to match that of the first phase of the subphase group. If this is not the desired behavior, setting "makesubphase" option to false will exclude the specific phase from the subphase group, allowing independent fluid contact phase request.

All MOVINGWALL type subphases should be either slip or no-slip. Setting noSlip for Phase #1 to #2.

This warning is issued when a phase has a different velocity boundary condition than the first phase in the subphase group. The solver automatically changes the velocity boundary condition to match that of the first phase of the subphase group. If this is not the desired behavior, setting "makesubphase" option to false will exclude the specific phase from the subphase group, allowing independent velocity boundary condition.

The requested fluid contact time will be ignored for the following phase(s) due to no field output request: #1 \ldots #2

The solver warns that requesting fluid contact time while disabling the field output of a phase does not lead to a tangible outcome. The solver disables fluid contact time request for such phases. The simulation may continue normally.

The compressibility induced by the virial pressure of the "TARTAKOVSKY2016_F1" model in phase #1 exceeds the amount chosen via "rho_compr". The speed of sound (cs) of this phase should at least be about #2.

This warning is issued when the virial pressure introduced by a particle force surface tension model induces a high compressibility. While this is not an absolute criteria, too high compressibility levels can impair the accuracy of the simulation. The recommended speed of sound (cs) value can e.g. be set manually by setting "cs" in the phase parameters of the corresponding phase according to the recommendation.

Parameter "rho_0" of phase #1 (S1) was not set in the cfg file. The simulation may behave unexpectedly.

The density "rho_0" was not set for a FLUID phase. If the required material properties are omitted the solver will use default values and the simulation may behave unexpectedly. This warning may point to possible typographical errors in the cfg file.

Parameter "rho_0" of phase #1 (S1) was not set in the cfg file and the energy transport equation is active. The simulation may behave unexpectedly.

The density "rho_0" was not set for a WALL/MOVINGWALL phase and energy transport equation is active. If the required material properties are omitted the solver will use default values and the simulation may behave unexpectedly. This warning may point to possible typographical error in the cfg file

Parameter "rho_0" of phase #1 is outside of the physical range. Recommended values are between 0 and 25000.

While the simulation may proceed with no problems, such values have not been tested. Additionally, this may point to possible typographical errors in the cfg file.

Parameter "dyn_visc" of phase #1 must be positive.

The dynamic viscosity "dyn_visc" has to be always positive. This warning may point to possible typographical errors in the cfg file.

Parameter "surf_ten" of phase #1 must be positive.

The surface tension coefficient "surf_ten" has to be always positive. This warning may point to possible typographical errors in the cfg file.

Parameter "gamma" of phase #1 is recommended to be within 0 and 10 interval.

The usual range for "gamma" is between 0 and 10. This warning may point to possible typographical errors in the cfg file.

Parameter "rho_compr" of phase #1 must be positive.

The compressibility limit "rho_compr" is a positive number. This warning may point to possible typographical errors in the cfg file.

Parameter "temp_0" of phase #1 must be positive.

Temperature unit of "temp_0" is Kelvin and has to be always positive. This warning may point to possible typographical errors in the cfg file.

Parameter "heat_cap" of phase #1 (S1) was not set in the cfg file. The simulation may behave unexpectedly. .

The specific heat capacity should be specified in the cfg file in a simulation with energy transport equation active. If the required material properties are omitted the solver will use default values and the simulation may behave unexpectedly. This warning may point to possible typographical errors in the cfg file.

Parameter "heat_cap" of phase #1 is outside of the physical range. Recommended values are between 0 and 10000.

A simulation with specific heat capacity values outside of 0 and 10000 [J/kgK] interval may or may not run successfully. This warning may point to possible typographical errors in the cfg file.

Parameter "heat_cond" of phase #1 (S1) was not set in the cfg file. The simulation may behave unexpectedly.

The heat conductivity should be specified in the cfg file in a simulation with energy transport equation active. If the required material properties are omitted the solver will use default values and the simulation may behave unexpectedly. This warning may point to possible typographical errors in the cfg file.

Parameter "heat_cond" of phase #1 is outside of the physical range. Recommended values are between 0 and 1000.

A simulation with specific thermal conductivity values outside of 0 and 1000 [W/mK] interval may or may not run successfully. This warning may point to possible typographical errors in the cfg file.

The subphase request for phase #1 is ignored. Only WALL/MOVINGWALL phases can be added to a subphase.

Fluid phases do not have subphases. In case a subphase was requested for a fluid phase, this warning provides the information that the request was safely ignored and the simulataion will proceed normally.

Contact angle for TARTAKOVSKY2016_F1 surface tension model was selected with more than one FLUID phase present and will be ignored.

Contact angle is only selectable for cases with a single FLUID phase.