%0Computer Program
%TGriffin-m
%XGriffin-m is a MOOSE-based reactor multiphysics application that streamlines the analysis of a variety of nuclear multiphysics simulations, including steady-state and transient radiation transport, core performance, fuel depletion, criticality and decay heat calculations, reprocessing and post-irradiation examination. This streamlining is accomplished via enhanced flexibility of the tools, uniform syntax in the MOOSE framework, dynamic linking of all relevant physics and a single point of execution. The design for flexible multi-physics, multi-radiation, multi-scheme tasks demands and ultimately makes Griffin-m a highly extendable code system. A software quality assurance (SQA) procedure is enforced during Griffin-m development. The Griffin-m version will be the main production version and it  includes the MCC3 code, which was originally developed at Argonne National Laboratory to prepare cross sections for fast reactors.
%AOrtensi, Javier
%AWang, Yaqi
%AHanophy, Joshua
%ASchunert, Sebastian
%APrince, Zachary
%ACalvin, Olin
%ALaboure, Vincent
%AHarter, Jackson
%AChoi, Namjae
%AJung, Yeon
%ALee, Changho
%APark, Hansol
%AKumar, Shikhar
%Rhttps://doi.org/10.11578/dc.20231010.1
%Uhttps://www.osti.gov/doecode/biblio/114566
%CUnited States
%D2021
%GEnglish
%2USDOE Office of Nuclear Energy (NE)
%1AC07-05ID14517
2021-07-27