Dr. L. (Luca) Marino
Dr. L. (Luca) Marino
Contact
Profile
Luca’s research interests and expertise include structural dynamics, nonlinear vibrations, friction damping, physics-based machine learning and experimental dynamic testing. Recently, he worked at the development of a physics-based machine learning (Gaussian Process) approach for the nonlinear system identification of mechanical systems with discontinuous nonlinearities (e.g., dry friction).
Academic background
Luca is currently working at the Department of Aerospace Structures and Materials of TU Delft as a Postdoc Researcher.
Previously, Luca completed a BSc (2014) and a MEng (2017) in Aerospace Engineering at the University of Naples, Federico II (Italy). Between 2018 and 2022, Luca carried out his doctoral studies at Department of Engineering Science of the University of Oxford (Solid Mechanics and Materials group). His doctoral project, funded by EPSRC and Rolls-Royce (iCASE), focused on the development of a fundamental understanding of friction effects on the dynamic behaviour of mechanical systems.
Luca also worked as a Research Intern at ISAE-ENSMA Institut PPrime of Poitiers (France) in 2017, as a Stipendiary College Lecturer at Balliol College (Univ. of Oxford), teaching Mathematics, Structures and Dynamics to Engineering undergraduate students (2019-2021) and, finally, as a Postdoc Researcher at TU Delft, in the Faculty of Civil Engineering and Geosciences (2022).
Expertise
Publications
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2024
Nonlinear analysis of combined rate and acceleration limits effect on actuator performance
Luca Marino / Xuerui Wang / J. Sodja
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2024
Parametric study of a switchable vortex generator for load alleviation in transonic conditions
Luca Marino / I. Kiat / Adrian Eberle / J. Sodja
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2023
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2023
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2023
Sequential ensemble Monte Carlo sampler for on-line Bayesian inference of time-varying parameter In engineering applications
Adolphus Lye / Luca Marino / Alice Cicirello / Edoardo Patelli
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Prizes
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2019-11-11
Best presentation for academic and industrial impact
Recent Advances in Damping Modelling and Experiments
Ancillary activities
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2023-04-01 - 2026-04-01