Sophie Deanesi
PhD thesis title: Numerical modelling of the generation-IV Molten Salt Reactor
Academic Tutor: Stefano Lorenzi
Academic Supervisor: Marco Enrico Ricotti
PhD cycle: 39° (see all student profiles of the same cycle > LINK)
BSc: Energy Engineering, Politecnico di Milano
MSc: Nuclear Engineering, Politecnico di Milano
1st ENEN BSc. and MSc. Nuclear Competition – STU Bratislava - Winner of the Nuclear Energy session
Thesis abstract
My PhD research focuses on the development of simulation tools for Molten Salt Reactors (MSRs), a promising Generation IV nuclear technology. The objective is to develop a modelling framework coupling well-elaborated systems codes with high-fidelity tools to support reactor design and safety assessment in line with BEPU methodologies. An OpenFOAM-Modelica modelling framework will be developed, coupling 3D multiphysics models with a global plant representation through Functional Mock Up interfaces.
Personal interest in my research theme
My interest in this research stems from a strong commitment to sustainable energy development. Advanced nuclear technologies such as MSRs offer significant potential for improving safety and sustainability. This work allows me to contribute to the advancement of reliable and innovative modelling approaches, supporting the integration of nuclear energy into future low-carbon energy systems.
