IMMERSED_BOUNDARY_SURFACE
This command has an option of including floating surfaces from which to write output data.
Type
AcuSolve Command
NAME
IMMERSED_BOUNDARY_SURFACE- Model specific physics on/in the interior of floating surface mesh.
Syntax
IMMERSED_BOUNDARY_SURFACE("name") {parameters...}
Qualifier
User-defined name.
Parameters
- surface_sets (list) [={}]
- List of partial surface set names (strings) to use in this immersed boundary surface. When using this option, the connectivity, shape and coordinates of the surfaces are provided by the surface set container.
- active_type (enumerated) [=wall]
- Type of boundary surface.
- none
- Immersed boundary will be ignored. This option enables floating surface monitoring.
- create_surface_output (boolean) [=on]
- Flag specifying whether to create a surface output on the given surface elements.
- surface_integrated_output_frequency (integer) >=0 [=1]
- Used when create_surface_output = on to set frequency of integrated surface output. If zero, this option is ignored.
- surface_integrated_output_time_interval (integer) >=0 [=0]
- Used when create_surface_output = on to set time interval of integrated surface output. If zero, this option is ignored.
- surface_statistics_output_frequency (integer) >=0 [=1]
- Used when create_surface_output = on to set frequency of surface statistics output. If zero, this option is ignored.
- surface_statistics_output_time_interval (integer) >=0 [=0]
- Used when create_surface_output = on to set time interval of surface statistics output. If zero, this option is ignored.
- surface_nodal_output_frequency (integer) >=0 [=0]
- Used when create_surface_output = on to set frequency of nodal output. If zero, this option is ignored.
- surface_nodal_output_time_interval (real) >=0 [=0]
- Used when create_surface_output = on to set time interval of nodal output. If zero, this option is ignored.
- surface_num_saved_states (integer) >=0 [=0]
- Used when create_surface_output = on to set number of saves values of nodal output. If zero, all are kept.