WIM - IMPOSEREGIONS

The time-velocity series defined in S1 for PARALLELEPIPEDVEL impose region #1 does not encompass the full duration of the simulation. Please make sure that "t_start", "t_end", "parallelepipedvel_tvs_offset" and "parallelepipedvel_tvs_latch" options are set according to your requirements.

The simulation will continue normally outside of the interval defined in time-velocity series file. The velocity value outside of the defined interval will depend on the "parallelepipedvel_tvs_latch" option. This warning may be safely ignored if this is desired behavior.

The time-velocity series defined in S1 for CYLINDERVEL impose region #1 does not encompass the full duration of the simulation. Please make sure that "t_start", "t_end", "cylindervel_tvs_offset" and "cylindervel_tvs_latch" options are set according to your requirements.

The simulation will continue normally outside of the interval defined in time-velocity series file. The velocity value outside of the defined interval will depend on the "cylindervel_tvs_latch" option. This warning may be safely ignored if this is desired behavior.

The time-acceleration series defined in S1 for PARALLELEPIPEDACC impose region #1 does not encompass the full duration of the simulation. Please make sure that "t_start", "t_end", "parallelepipedacc_tas_offset" and "parallelepipedacc_tas_latch" options are set according to your requirements.

The simulation will continue normally outside of the interval defined in time-acceleration series file. The acceleration value outside of the defined interval will depend on the "parallelepipedacc_tas_latch" option. This warning may be safely ignored if this is desired behavior.

The time-acceleration series defined in S1 for CYLINDERACC impose region #1 does not encompass the full duration of the simulation. Please make sure that "t_start", "t_end", "cylinderacc_tas_offset" and "cylinderacc_tas_latch" options are set according to your requirements.

The simulation will continue normally outside of the interval defined in time-acceleration series file. The acceleration value outside of the defined interval will depend on the "cylinderacc_tas_latch" option. This warning may be safely ignored if this is desired behavior.

The time-temperature series defined in S1 for PARALLELEPIPEDTEMP impose region #1 does not encompass the full duration of the simulation. Please make sure that "t_start", "t_end", "parallelepipedtemp_tts_offset" and "parallelepipedtemp_tts_latch" options are set according to your requirements.

The simulation will continue normally outside of the interval defined in time-temperature series file. The temperature value outside of the defined interval will depend on the "parallelepipedtemp_tts_latch" option. This warning may be safely ignored if this is desired behavior.

The time-temperature series defined in S1 for CYLINDERTEMP impose region #1 does not encompass the full duration of the simulation. Please make sure that "t_start", "t_end", "cylindertemp_tts_offset" and "cylindertemp_tts_latch" options are set according to your requirements.

The simulation will continue normally outside of the interval defined in time-temperature series file. The temperature value outside of the defined interval will depend on the "cylindertemp_tts_latch" option. This warning may be safely ignored if this is desired behavior.

The value of some porous viscous loss matrix elements of PARALLELEPIPEDPOROUS impose region #1 are negative. The simulation may behave unexpectedly.

Some viscous loss matrix elements specific in "porous_visc" are negative. The simulation may continue, however, the region will not behave as a porous medium. This warning may be safely ignored if this is the desired behavior.

The value of some porous inertial loss matrix elemnts of PARALLELEPIPEDPOROUS impose region #1 are negative. The simulation may behave unexpectedly.

Some viscous loss matrix elements specific in "porous_inert" are negative. The simulation may continue, however, the region will not behave as a porous medium. This warning may be safely ignored if this is the desired behavior.

The value of some porous viscous loss matrix elemnts of CYLINDERPOROUS impose region #1 are negative. The simulation may behave unexpectedly.

Some viscous loss matrix elements specific in "porous_visc" are negative. The simulation may continue, however, the region will not behave as a porous medium. This warning may be safely ignored if this is the desired behavior.

The value of some porous inertial loss matrix elemnts of CYLINDERPOROUS impose region #1 are negative. The simulation may behave unexpectedly.

Some viscous loss matrix elements specific in "porous_inert" are negative. The simulation may continue, however, the region will not behave as a porous medium. This warning may be safely ignored if this is the desired behavior.

Temperature dependent viscosity is requested and at least one porous region is defined. Only the inertial contribution of porous region will be effective.

A porous region was defined while temperature dependent viscosity is also requested. Currently, the viscous dissipation portion of the porous media effects are ignored when using variable viscosity and only the inertial dissipation contributions are accounted for. This warning may be safely ignored if this is the desired behavior.