THE SECOND SAUDI INTERNATIONAL CONFERENCE ON NUCLEAR POWER ENGINEERING (SCOPE-2)

This research presents a parametric extension of Dynamic Mode Decomposition (pDMD) applied to Molten Salt Fast Reactor dynamics analysis. The work addresses the computational limitations of Full-Order Models in nuclear reactor system evaluation, where discretized partial differential equations provide high accuracy at significant computational cost.This work contributes to the broader development of reduced-order modeling techniques for nuclear reactor analysis, addressing the need for computationally efficient models suitable for multi-query applications, design optimization, and real-time monitoring systems.