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Lelio Luzzi

Associate professor of Nuclear Plants

Politecnico di Milano

Italy

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About

Dr. Lelio Luzzi is an Associate Professor of Nuclear Plants at Politecnico di Milano in Italy. His research primarily focuses on nuclear fuel performance, including the modeling and assessment of thermophysical properties of fuels for transmutation in fast reactors. He has contributed significantly to the field through recent publications that include topics such as the simulation of nuclear experiments and methodologies for accelerated fuel performance code development.

Articles (21)

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2022

Collaborators (2)

STEFANO LORENZI

Assistant professor - RTD B

Politecnico di Milano

ITALY

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Paul Fossati

Imperial College London

UNITED KINGDOM

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Lelio Luzzi

Research Interests

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About

Articles (21)

Accelerating thermochemistry in MOX fuel modelling via neural-network surrogates of CALPHAD calculations: Integration into SCIANTIX

Sensitivity analyses of fission gas release modelling

Improved reduced order modelling for time-dependent fission gas diffusion in columnar grains tailored for fuel performance applications

Mechanistic modelling of chemically reactive fission product release during power ramps

On a physics-based model of grain-boundary bubbles overpressurisation and its effects on fuel fragmentation

Simulation of QUENCH-06 Experiment by MELCOR v2.2 with Uncertainty Analysis

Data assimilation for accelerated development of fuel performance codes: Towards automatic implementation of material properties correlations

Modelling and assessment of thermophysical properties of Am-bearing fuels for transmutation purposes in fast reactors

OpenFOAM-informed TRANSURANUS simulations for assessing the fuel pin performance in the MYRRHA in-pile test section

Integral-scale validation of the SCIANTIX code for Light Water Reactor fuel rods

A methodology for accelerated design of irradiation experiments: Demonstration via an OpenFOAM-informed TRANSURANUS simulation

Advanced interpretation of the SPHERE irradiation experiment with neutronics and fuel performance codes

Towards modelling defective fuel rods in TRANSURANUS: Benchmark and assessment of gaseous and volatile radioactive fission product release

Experimental investigation and thermodynamic modelling of the ThF4-PuF3 phase diagram

A modelling methodology for the description of helium behaviour accounting for the grain-size distribution

The SCIANTIX code for fission gas behaviour: Status, upgrades, separate-effect validation, and future developments

A surrogate model for the helium production rate in fast reactor MOX fuels

Towards grain-scale modelling of the release of radioactive fission gas from oxide fuel. Part II: Coupling SCIANTIX with TRANSURANUS

Application of the SCIANTIX fission gas behaviour module to the integral pin performance in sodium fast reactor irradiation conditions

Physics-based modelling and validation of inter-granular helium behaviour in SCIANTIX

On the use of spectral algorithms for the prediction of short-lived volatile fission product release: Methodology for bounding numerical error

Collaborators (2)

STEFANO LORENZI

Paul Fossati

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