R. Merino Martinez
R. Merino Martinez
Profile
Awards
In 2018, Roberto obtained the prestigious
cum laude distinction (only top 5% PhDs are eligible) for his PhD thesis "
Microphone arrays for imaging of aerospace noise sources".
He also received the
Clean Sky Academy Award for the best PhD thesis in Applied Sciences and Engineering for Aeronautics in Europe in 2019.
In 2020, he received the second prize in the
TRA VISIONS Young Researcher Competition in the field of Aviation, founded by the EU.
Biography
Dr. Roberto Merino-Martinez is a tenure-track assistant professor at the Aircraft Noise and Climate Effects (ANCE) section of the Aerospace Engineering Faculty of Delft University of Technology (TU Delft). He is also a part-time aeroacoustics consultant for the engineering company Peutz bv.
Roberto obtained his BSc and MSc in Aerospace Engineering at the Universidad Politécnica de Madrid (UPM) in Spain after completing a research stay in the Royal Institute of Technology (KTH) of Stockholm, Sweden within an Erasmus grant. After that, he obtained his PhD cum laude in TU Delft in December 2018. Afterwards he worked 3 years as a postdoctoral researcher in the same research group.
Expertise
Roberto's research focuses on the use of microphone arrays (also known as acoustic cameras) and advanced acoustic imaging techniques that enable sound visualization. This approach is especially useful in the field of aeroacoustics, in which the noise sources on e.g. flying aircraft or wind turbines can be identified, isolated, and analyzed. Therefore, this is a necessary step to obtain quieter aircraft and wind turbines, since we can identify and characterize the noise sources to mitigate. Roberto has extensive experience in aeroacoustic experiments in field tests and wind-tunnel measurements, as well as noise modelling tools. During the last years, he has been studying the field of psychoacoustics to determine the perceptive human response to aircraft and wind turbine noise and how to optimize the designs to provide the most pleasant-sounding devices.
Publications
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2024
Acoustic response of structured and randomized porous blunt trailing edges subject to turbulent boundary layers
Elias J.G. Arcondoulis / Daniele Ragni / Daniele Fiscaletti / Roberto Merino-Martinez / Yu Liu
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2024
Collective blade pitch angle effect on grid turbulence ingestion noise by an isolated propeller
L.N. Quaroni / R. Merino Martinez / F. do Nascimento Monteiro / S. KUMAR
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2024
Correction: Initial Study on the Impact of Speed Fluctuations on the Psychoacoustic Characteristics of a Distributed Propulsion System with Ducted Fans
S. Schade / R. Merino Martinez / P. Ratei / S. Bartels / R. Jaron / A Moreau
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2024
Correction: Psychoacoustic Characterization of Multirotor Drones in Realistic Flyover Maneuvers
R.M. Yupa Villanueva / R. Merino Martinez / A. Altena / M. Snellen
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2024
Effect of Unmanned Aerial Vehicle Configurations on the Acoustic and Psychoacoustic Signatures
R.M. Yupa Villanueva / R. Merino Martinez / C.I. Andino Cappagli / A. Altena / M. Snellen
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Media
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2024-03-03
NWO OTP financiering voor onderzoek ziekenhuisgeluiden
Appeared in: TU Delft
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2022-07-14
Roberto Merino-Martinez in de media 2022
Appeared in: Elsevier Connect
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2022-07-29
Cross-border collaboration and open access are crucial, say early-career researchers
Appeared in: Elsevier
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2021-08-26
Geen lawaai met geluidloze vliegtuigen
Appeared in: Delftse Post
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2019-09-18
Dichterbij geluidloze luchtvaart met het visualiseren van vliegtuiggeluid
Appeared in: TU Delft
Prizes
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2023-8-3
Veni grant AES 2022
Luister naar de toekomst: duurzame vliegtuigtechnologieën mogelijk maken door de geluidshinder te minimaliseren
Nieuwe technologieën die nodig zijn om tot een milieuvriendelijke luchtvaart te komen (bijvoorbeeld elektrische voortstuwing) moeten ook minimale geluidshinder veroorzaken om maatschappelijk aanvaardbaar te zijn. Ik stel een innovatieve, perceptiegestuurde ontwerpmethodiek voor die een paradigmaverschuiving vertegenwoordigt met betrekking tot state-of-the-art benaderingen, die eerst ontwerpen en daarna zoeken naar strategieën voor geluidsdemping. Ik neem voor het eerst de menselijke perceptie van geluid op in aero-akoestisch onderzoek en vliegtuigontwerpproces door nieuwe geluidskwaliteit-meetwaarden te evalueren en psycho-akoestische luisterexperimenten uit te voeren. Deze aanpak vermindert de geluidsimpact van de luchtvaart in lokale gemeenschappen en kan worden uitgebreid naar andere sectoren, zoals drones en windturbines.
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2022-7-15
EYRA award 2022: The European Young Researchers Award 2022
Europe’s best 3 young researchers
EuroScience Open Forum -
2020-9-29
2nd prize at the TRA VISIONS 2020 young researchers competition: Category: Airborne
Seeing with sound – towards silent aviation
TRA VISIONS 2020 -
2019-5-28
Clean Sky Academy Best PhD Award 2019
The fourth edition of the Clean Sky Academy Best PhD Award took place during
Aerodays in Bucharest on 28 May 2019. The award recognises outstanding research
work by young scientists in applied sciences and engineering for aeronautics. Meet
our winners below!
Aerodays 2019