1.8.2. Keywords in the .p3rc File

1.8.2.1. Solution Keywords

Keywords that can impact the solution include the following:

ANSYS_MAPPER_THICKNESS_MAX <value>	This assigns `<value>` (a real number whose unit must be coherent with that found in the mesh file) as an upper bound to the transferred thickness field.
ANSYS_MAPPER_THICKNESS_MIN <value>	This assigns `<value>` (a real number whose unit must be coherent with that found in the mesh file) as a lower bound to the transferred thickness field.
CONDUCTIVITY_TMAX <temp>	This specifies that any temperature higher than `<temp>` will not be taken into account for conductivity.
CONDUCTIVITY_TMIN <temp>	This specifies that any temperature lower than `<temp>` will not be taken into account for conductivity.
HEATCAPACITY_TMAX <temp>	This specifies that any temperature higher than `<temp>` will not be taken into account for heat capacity.
HEATCAPACITY_TMIN <temp>	This specifies that any temperature lower than `<temp>` will not be taken into account for heat capacity.
DBUFFER	This specifies that the simulation is run using double-precision real numbers for the storage of the factorized matrix, which improves the accuracy of solver but requires more memory.

1.8.2.2. Setup Keywords

Keywords that can impact the setup of your simulation include the following:

NO_AUTO_POSTPRO	This disables the automatic creation of postprocessors.
LONG_LISTING or LISTING_MAX	This specifies that the maximum amount of information about the progress of the session is included in the listing file; see also Controlling the Amount of Information in the Listing File.

1.8.2.3. Example

This example requests a long listing file, storage of the factorized matrix in double precision, and thresholding to avoid unrealistic conductivity:

#  long listing by default (in polydata) 
LONG_LISTING   or   LISTING_MAX 
#  double precision real for factorized matrix, allows to improve accuracy of solver but requires more memory 
DBUFFER 
#  thresholding of material parameters to avoid unrealistic conductivity  
CONDUCTIVITY_TMAX 250    
CONDUCTIVITY_TMIN 150