Simulate with complex geometries and complex physics
%INTEGRATION_Header%
header information identifier for INTEGRATION
See HeaderInfoOrComments.
| This item is referenced in: | |
|---|---|
| AirIntake | Air intake example to create a stable air flow field |
| TwoPhaseHeatTransfer | heat transfer between two different phases with different temperatures |
| USER_common_variables | simple box driving through a channel of water: USER_common_variables.dat |
| Ucv_SinglePoolWithBox | simple box driving through a channel of water: Ucv_SinglePoolWithBox.dat |
| OneDimensionalHeatStack | Temperature flow in a fluid in a heat pipe lined with multiple materials |
| %ind_conservationOfLap% | conservation property of the Laplacian/Neumann operators |
| POSTPROCESS | (optional) define flag for postprocessing/integration |
| joint() | provide general information of a given rigid body being in joint/link-contact with other bodies |
| valA() | value of a scalar variable |
| INTEGRATION | integration of the simulation results |
| TimestepFile | Results of INTEGRATION statements per timestep |
| SelectByPercentileBounds | further selection of MESHFREE integration points by percentile restrictions |
| HeaderInfoOrComments | add comments for integration |
| %ASSIGN_FUNCTIONVALUE% | assign a function value to selected MESHFREE points |
| Variables | variables used in the USER_common_variables input file |
| RepresentativeMassAlgorithm | How to distribute representative masses to MESHFREE points |