Study on the Steady-State Performance of the Fuel Rod in M2LFR-1000 Using KMC-Fueltra

Abstract Operating conditions in the liquid metal fast reactor, like higher power density, temperature gradient, and burnup, are more severe to fuel rod comparing light water reactor. The integrity safety of is very essential reactor safety. In this study, designed for M 2 LFR-1000, which a typical pool type lead cooled evaluated using performance analysis code named KMC-Fueltra. Irradiation behaviors material properties MOX T91 cladding established introduced into code. steady-state analyzed. Results concerning both discussed based on indicative design limits collected from open literatures. This study useful improve conceptual LFR-1000.