PAOLO LEO

PhD Student

PhD program:: XL
email: paolo.leo@uniroma1.it

supervisor: Annunziata D'Orazio

Research: Biological particle dynamics in UV-C irradiated filters using the Lattice Boltzmann Method in combination with Particle Tracking methods

Paolo Leo (Anagni, 1999) graduated with honours in October 2021 in Clinical Engineering (L-09) from Sapienza University of Rome with a thesis on ultrasound-based drug delivery systems. In January 2024, he obtained his Master's degree in Biomedical Engineering (LM-21) at the same university, with a grade of 110 cum laude and academic mention. His thesis focused on the development of a computational model for the analysis and prediction of the forced vibrations of a gradient coil, which are responsible for acoustic noise during nuclear magnetic resonance imaging (MRI) .
Since November 2024, he has been attending the PhD course in Energy and Environment (Industrial and Environmental Technical Physics programme), where he is working on topics at the intersection of bioengineering and applied physics, and in particular on the analysis and numerical modelling of hospital HVAC systems and biomedical technologies.

Research products

11573/1766843 - 2026 - A systematic review of acoustic noise sources in Magnetic Resonance Imaging

D'orazio, Annunziata; Leo, Paolo - 01a Articolo in rivista

paper: ENGINEERING SCIENCE AND TECHNOLOGY, AN INTERNATIONAL JOURNAL (Karabuk : Karabuk University ; [Amsterdam] : Elsevier) pp. - - issn: 2215-0986 - wos: (0) - scopus: (0)

11573/1748741 - 2025 - Lorentz force and vibrations in transverse gradient coils in MRI

Leo, P.; D'orazio, A. - 01a Articolo in rivista

paper: INTERNATIONAL JOURNAL OF MECHANICAL SCIENCES (Elsevier Science Limited:Oxford Fulfillment Center, PO Box 800, Kidlington Oxford OX5 1DX United Kingdom:011 44 1865 843000, 011 44 1865 843699, EMAIL: asianfo@elsevier.com, tcb@elsevier.co.UK, INTERNET: http://www.elsevier.com, http://www.elsevier.com/locate/shpsa/, Fax: 011 44 1865 843010) pp. 1-16 - issn: 0020-7403 - wos: WOS:001422227000001 (3) - scopus: 2-s2.0-85216495556 (3)