As a CFD engineer, I perform thermal and hydraulic analyses to guarantee the safe operation of the new nuclear reactors outlined in the National Energy Plan (PNE) for 2030 and 2050.

- I have built a computational fluid dynamic model of the AP-Th 1000 concept.- I assessed the thermal-hydraulic operating conditions of the AP-Th 1000 concept during its initial fuel cycle.- I have examined the departure from the nucleate boiling ratio (DNBR) for the entire fuel cycle.- I developed a Matlab code to evaluate the critical heat flux and MDNBR.- I have appointed correlations to assess thorium and uranium thermal and physical properties, offering crucial support for future analyses.- I've created a Matlab code that connects SERPENT and ANSYS software.

I developed physics (MCNP) and thermal-hydraulic (ANSYS FLUENT / ANSYS CFX) analysis to demonstrate the feasibility of MOX fuels in advanced nuclear reactors.