MEC/T Temperature Loads
The MEC/T temperature load applies a temperature load across the entire model based on a temperature field developed from the results of a steady state or transient thermal analysis. The functions described in this section provide read and write access to the data and contents of the MEC/T temperature loads.
Functions Introduced:
The function
ProMechmecttempdataAlloc() allocates memory for the MEC/T temperature data structure.
The function
ProMechmecttempdataAnalysisidGet() returns the ID of the thermal analysis defined for the model.
The function
ProMechmecttempdataAnalysisidSet() sets the ID of the thermal analysis.
The function
ProMechmecttempdataLoadsetidGet() returns the ID of the load set. The load set is applicable only if the MEC/T temperature load is coming from a steady state thermal analysis.
The function
ProMechmecttempdataLoadsetidSet() sets the ID of the load set.
The function
ProMechmecttempdataLoadsetGet() returns the load set in the form of the
ProMechObjectref object for the MEC/T temperature data.
The function
ProMechmecttempdataLoadsetSet() assigns the load set.
The function
ProMechmecttempdataReftempGet() returns the reference temperature for the MEC/T temperature data.
The function
ProMechmecttempdataReftempSet() sets the reference temperature.
The function
ProMechmecttempdataTimestepGet() returns the time step value if the MEC/T temperature load is coming from a transient thermal analysis.
The function
ProMechmecttempdataTimestepSet() sets the time step value.
The function
ProMechmecttempdataDesignstudyGet() returns the name of the design study for the MEC/T temperature load.
The function
ProMechmecttempdataDesignstudySet() assigns the design study name for the MEC/T temperature load.
The function
ProMechmecttempdataFree() releases the memory assigned to the MEC/T temperature data structure.