Roy K. Amiet​​​​​

Memorial Symposium

06-Sep-2026 - 08-Sep-2026 | Naples, Via Partenope

Aeroacoustic Symposium

In memory of Roy K. Amiet, this symposium is organised to discuss future challenges in aeroacoustics.

Over the past decade, the field of aeroacoustics has undergone a profound transformation, driven by the increasing adoption of advanced experimental and simulation techniques across both academia and industry.

While several applications have reached a high level of maturity within the scientific community, others are emerging, bringing fresh theoretical, experimental, and numerical challenges.

The Symposium is the result of an academic collaboration among TU Delft, Politecnico di Torino, Roma Tre University, and the University of Naples Federico II.

Similar to his predecessor's Feri Farassat Memorial Symposium in 2023, it will be hosted in the Aula Magna of the University of Naples and will take place from September 6 to 8, 2026.

Featured speakers

The event has featured speakers who are invited to deliver lectures on specific topics, focusing on emerging challenges in aeroacoustics.

Participation in the event is also possible up to a maximum number of participants.

Proceedings will be finally collected and published on a dedicated booklet.

Topics

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Scale-resolving simulations

This topic covers advanced numerical approaches for resolving the relevant flow and acoustic scales. The focus is on high-fidelity simulations, numerical accuracy, and coupling strategies for predicting aeroacoustic noise in realistic engineering applications.

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Aeroacoustic Physics

This topic addresses the fundamental physical mechanisms governing sound generation, propagation, and interaction with turbulent flows. Contributions explore noise sources, flow–acoustic coupling, and experimental or theoretical studies aimed at improving the physical understanding of aeroacoustic phenomena.

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Acoustic Analogies and Integral Methods

This topic focuses on theoretical frameworks and integral formulations used to model the generation and propagation of sound in fluid flows. Emphasis is placed on acoustic analogies, boundary integral methods, and hybrid approaches that enable efficient prediction of aeroacoustic sources in complex configurations.