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SFR geometries have large aspect ratios (similar to LWRs) and long mean free paths which pose a challenge for the development of AMR strategies. A single-physics benchmark case should be developed to allow for the testing of Monte Carlo adaptive mesh refinement against these geometries.
Design
The model should include:
A python script which generates OpenMC xml input files for a SFR pincell;
A mesh input file which generates a coarse mesh that accurately represents the underlying CAD geometry without considering the spatial distribution of tallies;
A OpenMC input file which runs the OpenMC cases and maps the fission heat source and neutron flux to the mesh mirror with a mesh tally.
Impact
Allows for the testing of AMR strategies against a simplified SFR unit cell.
The text was updated successfully, but these errors were encountered:
Reason
SFR geometries have large aspect ratios (similar to LWRs) and long mean free paths which pose a challenge for the development of AMR strategies. A single-physics benchmark case should be developed to allow for the testing of Monte Carlo adaptive mesh refinement against these geometries.
Design
The model should include:
Impact
Allows for the testing of AMR strategies against a simplified SFR unit cell.
The text was updated successfully, but these errors were encountered: