Forum Acusticum Euronoise 2025

Forum Acusticum Euronoise 2025 is pleased to announce a novelty compared to previous editions: an open call for Structured Sessions. Thus, the organizing committee is seeking high quality Structured Sessions that will be incorporated into the regular congress program. A priori, the proposed Structured Sessions have to be associated to a specific Main Theme. Please, see bellow for a complete list of Main Themes.


Download Call for Structured Sessions 


The proposers have to provide this information about the Structured Session:

- Structured Session Title

- Brief description and motivation. Proposers should emphasize why this topic is of interest for the Forum Acusticum Euronoise community.

- Associated Main Theme. Proposers can select up to two options, identifying their preferences.

- Short Bio of the proposer(s).

- If possible, a short list of potential contributors that would submit a paper to this Structured Session in case of acceptance. This last point is not mandatory, but it would serve to assess the potential interest of the proposal.

Once the committee evaluates the proposed Structured Sessions, accepted ones will be incorporated to the list of sessions published on the web, highlighting the condition of Accepted Structured Session. Hence, authors will be able to select these Structured Sessions in the paper submission process. The received papers will be evaluated via the same processes and standards as those utilized with submissions to the regular program. Finally, an accepted Structured Session will be incorporated into the congress program in case of enough number of accepted submissions. Otherwise, organizers will try to complete the Structured Session with similar regular papers (if possible), or accepted papers will be reallocated into other sessions of the regular program.


SUBMISSION

Proposers have to send a pdf file (no longer than 4 pages) including the abovementioned information via email: structured.sessions@fa-euronoise2025.org


IMPORTANT DATES

Structured Session Proposal Deadline: June 24th, 2024 July 3rd, 2024

Structured Session Acceptance Notification: July 12th, 2024 July 19th, 2024


Main Themes & Structured Sessions


A01.1GeneralOrganizers: J. Cheer, T. Bravo
A01.2Active Sound Control
Organizers: M.  Pawelczyk, Malte Misol

A01.3Active Vibration Control
Organizers:  A. Kras

A01.4Smart Structures
Organizers: J. Cheer

A01.5Active Metamaterials
Organizers: H. Lissek, T. Bravo
Shared with A10
A01.6Signal Processing for Active Control
Organizers: M. Bai, W-S. Gan

A01.7Innovative noise barriers to enhance acoustic comfort
Organizers: M. Pawełczyk, J. Kang, A. González, S. Wrona, M. Ferrer
Shared with A05, A08



A02.1GeneralOrganizers: B. Davis, D. Waddington, H. Whitehead,  E. Vidaña Vila
A02.2Underwater soundscape and noise: modelling, measurements and effects
Organizers: J. Ramis, G. Zambon, A. Sirovic 
Shared with A.22
A02.3Innovative Techniques in Terrestrial Acoustic Monitoring
Organizers:
A02.4Advancements in Bird Communication Studies
Organizers
A02.5Effects of Multimodal Stimuli on Wildlife
Organizers: T. Van Renterghem, H. Slabbekoorn

A02.6Bioacoustic Applications in Urban Environments
Organizers: E. Vidaña Vila, H. Whitehead
A02.7AI and Machine Learning in Bioacoustics
OrganizersShared with A09
A02.8Soundscape methods, monitoring and metrics
Organizers: J. Vida Manzano, I. Aspuru, R. M. Alsina-Pagès 
Shared with A17
A02.9Bioacoustics: Future Directions and Challenges
Organizers
A02.10Non-vocal Communication in Animals
Organizers



A03.1GeneralOrganizers: A. Romero, C. Scrosati, T. Carrascal, C. Monteiro

A03.2Acoustic regulations, classification schemes and standards in building acousticsOrganizers: B. Rasmussen, T. Carrascal

A03.3Prediction of Sound and Vibration Transmission in BuildingsOrganizers: C. Hopkins,  E. Reynders

A03.4Ground borne noise
Organizers: C. Guigou Carter,  S. Antunes

A03.5Structure -borne sound and noise from building services
Organizers: U. Schanda, C. Hoeller, M. Garai

A03.6Measuring the sound insulation of facades
Organizers: L. Barbaresi,  L. Sommer Søndergaard, J. A. Trujillo

A03.7Acoustics of wooden buildings
Organizers: S. Schoenwald M. Fuente

A03.8Reducing neighbour noise by acoustic retrofit in housing
Organizers: B. Rasmussen T. Carrascal

A03.9Acoustic and Thermal Retrofit of Office Building Stock in EU
Organizers: M. Rychtarikova V. Chmelík

A03.10Acoustic consultancy projects and BIM
Organizers: C. Mastinno Al. Díaz

A03.11Heat pump sounds in residential settings: challenges and solutions
Organizers: J. Harvie-Clark C. Reichl
Shared with A05
A03.12Ventilation noise in dwellings: challenges, measurements, and solutions
Organizers: J. Harvie-Clark C. Reichl, G. Fusaro 



A04.1GeneralOrganizers: M. Pamies Vila,  N. Campillo Davo
A04.2Online resources and simulations for teaching and learning acoustics 
Organizers:
A04.3Masters and training programmes in acoustics across Europe 
Organizers
A04.4Bringing noise awareness and acoustics to the general audience
Organizers:
A04.5Yesterday, today and tomorrow of research in acoustics 
Organizers:



A05.1GeneralOrganizers: M. Arana, G. del Rey, J. Picaut
A05.2Auralization of environmental noise sourcesOrganizers:
Shared with A24
A05.3Environmental noise perceptionOrganizers: T. Van Renterghem

A05.4Wind turbine noise
Organizers
A05.5Urban sound planning
Organizers: L. Estévez

A05.6Recent Advances in Noise Mitigation MethodsOrganizers: P. Bellucci, G. Licitra

A05.7Outdoor sound propagation
Organizers
A05.8Advances in Noise mapping
Organizers: E. Murphy, D. Manvell

A05.9Innovative noise barriers to enhance acoustic comfort
Organizers: M. Pawełczyk, J. Kang, A. González, S. Wrona, M. Ferrer
Shared with A01, A08
A05.10Advanced air mobility noise
Organizers: A. J. Torija Martínez, M. Lotinga, N. Green
Shared with A14, A20
A05.11Heat pump sounds in residential settings: challenges and solutions
Organizers: J. Harvie-Clark, C. Reichl
Shared with A03




A07.1GeneralOrganizers: S. Becker, D. Ragni,  R. Camusi
A07.2Aeroacoustics of aircraft and urban air vehicles
Organizers: R. Camussi, D. Ragni, D. Casalino

A07.3Active and passive noise reduction technologies
Organizers: M. Raiola, A. Schulz

A07.4Fluid structures acoustic coupling
Organizers: S. Becker, E. Ferrer

A07.5Methods for advanced computational aeroacoustics
Organizers: S. Schoder, G. Bernardini, F. Avallone
Shared with A19
A07.6Modern experimental techniques in aeroacoustics
Organizers: S. Jacob, M. C. Jacob



A08.1GeneralOrganizers: F. Pompoli, J. Ramis
A08.2Active noise and vibration control for industrial applications
Organizers: F. Mori, S. Wrona

A08.3Advances in machinery noise and vibration control
Organizers: E. Piana, J. Ramis Soriano

A08.4Materials and systems for noise and vibration reduction
Organizers: F. Pompoli, J. Carbalho San Martin, J. Arenas
Shared with A10, A23
A08.5NVH damage detection, condition monitoring, diagnostics of machinery
Organizers: E. Mucchi, P. Poveda Martínez

A08.6Innovative noise barriers to enhance acoustic comfort
Organizers: M. Pawełczyk, J. Kang, A. González, S. Wrona, M. Ferrer
Shared with A01, A05



A09.1GeneralOrganizers: D. Botteldooren, R.M. Alsina, M. Sobreira
A09.2Modeling and estimation of room impulse responses with machine learning
Organizers: G. Pinero, D. de la Prida
Shared with A15
A09.3AI and Machine Learning in Bioacoustics
OrganizersShared with A02
A09.4Using generative AI and large language models in acoustics
Organizers: M. Plumbley, W. Wang

A09.5AI for industrial applications 
Organizers: R. M. Alsina-Pagès

A09.6Machine learning for array processing
Organizers: M. CobosShared with A16
A09.7ML for Acoustic Scenes
Organizers
A09.8Events detection and localization using ML techniques
Organizers
A09.9Artificial intelligence in Musical AcousticsOrganizers: S. González, H. Tahvanainen Shared with A11



A10.1GeneralOrganizers: J-P. Groby,  R. Picó
A10.2Acoustic, vibroacoustic and elastic metamaterials
Organizers: M. Malléjac, M. Miniaci, D. Torrent, B. Van Damme
Shared with A12
A10.3Metamaterials for noise and vibration reduction: novel applications and experimental methods
Organizers: E. Deckers, L. Van Belle, E. Shabalina, J. Cuenca

A10.4Materials and systems for noise and vibration control
Organizers: F. Pompoli, J. Carbalho San Martin, J. Arenas
Shared with A08, A23
A10.5Metamaterials and acoustic black holes in vibro-acoustics
Organizers: J. Deng, F. Gautier, W. Jeon
Shared with A23
A10.6Numerical methods for acoustic materials and metamaterials
Organizers: L. Godinho, O. Dazel
Shared with A19
A10.7Characterization of Acoustic Materials
Organizers: M. Nolan, F. Chevillotte, L. Jaouen 
Shared with A15
A10.8Modeling acoustic wave propagation in viscothermal structures, including porous materials
Organizers: T. Bravo, M. Nolan, L. Jaouen, C.Maury
Shared with A12
A10.9Acoustic wave propagation in complex media
Organizers: V. Romero-Garcia, T. Valier-Brazier
Shared with A12
A10.10Numerical methods for wave propagation in complex media
Organizers: P. Mendes, A. Prieto
Shared with A19
A10.11Active Metamaterials
Organizers: T. Bravo, H. Lissec
Shared with A01



A11.1GeneralOrganizers: V. Chatziioannou, M. Ducceschi, V. Debut
A11.2 Artificial intelligence in Musical Acoustics
Organizers: S. González, H. Tahvanainen 
Shared with A09
A11.3Consistency of musical instrument making
Organizers: L. Ausiello, J.-P. Dalmont

A11.4Articulated musical instrument modelling
Organizers: M. van Walstijn, V. Chatziioannou

A11.5Instruments, Hyperinstruments and beyond
Organizers: A. M. Barbancho

A11.6Networked music performances: evaluation and implementation
OrganizersShared with A24
A11.7Real-time audio generation for interactive virtual environments (games and beyond)
Organizers: S. WillemsenShared with A24



A12.1GeneralOrganizers: N. Declercq, N. Jimenez

A12.2NDT&SHM Applications 
Organizers: L. Chehami, M. Ben Tahar, M. Ech-Cherif  El-Kettani, G. Cosarinsky

A12.3Biomedical Applications: Therapy 
Organizers: N. Jiménez, A. Cebrecos

A12.4Biomedical Applications: Imaging 
Organizers: O. Martínez

A12.5Biomedical Applications: Elastography and Quantitative Ultrasound 
Organizers: G. Rus

A12.6Artificial Intelligence and Emerging Technologies in Ultrasound 
Organizers: J. Camacho, O.Martínez

A12.7Acousto-optics
Organizers: S. Dupont, J. Vanhamel, M.Duocastella

A12.8Photoacoustic and Laser ultrasound
Organizers: M. Pérez-Liva

A12.9Acoustic, vibroacoustic and elastic metamaterials
Organizers: M. Malléjac, M. Miniaci, D. Torrent, B. Van Damme
Shared with A10
A12.10Acoustic wave propagation in complex media
Organizers: V. Romero-Garcia, T. Valier-Brazier
Shared with A10
A12.11Modeling acoustic wave propagation in viscothermal structures, including porous materials
Organizers: T. Bravo, M. Nolan, L. Jaouen, C. Maury
Shared with A10



A13.1GeneralOrganizers: D. Vickers, M.M. J. Fumero, M.I. Marrufo Pérez
A13.2Spatial hearing assessment with neural measures
Organizers: L. Picinali, K. Poole

A13.3Presbycusis and Multilingualism
Organizers: E. Harding

A13.4Advancements and Challenges in Military Acoustics: Physiological and Audiological Perspectives
Organizers: N. Fink

A13.5Asymmetric hearing loss - clinical solutions and functionality
Organizers
A13.6Audiology diagnostic techniques
Organizers
A13.7Acoustic cue perception/trading in deaf children
Organizers



A14.1GeneralOrganizers: P. Majdak, N. Prodi, E.A. López Poveda
A14.2Auditory models and human perception in complex listening scenarios
Organizers: A.Warzybok-Oetjen, J. Rennies-Hochmuth

A14.3Personalisation in spatial audio technologies
Organizers: L. Picinali, M. Geronazzo

A14.4Spatial Hearing: Modeling and Applications
Organizers: P. Majdak et al

A14.5Psychoacoustics in Communication
Organizers: P. Aichinger, K. Siedenburg, J. Kreiman

A14.6Development of semantic attributes based on psychoacoustic modelling
Organizers: M. Engel, E. Altinsoy, S. Atamer

A14.7New trends and research for robust and unbiased psychoacoustical experimentation
Organizers: D. de la Prida

A14.8Virtual acoustics and binaural AR in hearing research: challenges of a new paradigm
Organizers: N. Mayer-Kahlen
Shared with A24
A14.9Advanced air mobility noise
Organizers: A. J Torija Martínez, M. Lotinga, N. Green
Shared with A05, A20
A14.10Psychological and Physiological experiments for noise annoyance, acoustic comfort, and soundscape evaluationOrganizers: M. Masullo and A. Taghipour



A15.1GeneralOrganizers: M. Rychtarikova, I. Witew M. Nolan
A15.2Speech production and perception in rooms
Organizers: A. Astolfi, P. Bottalico

A15.3Modern offices: challenges and solutions
Organizers: V. Hongisto, D. D'Orazio 

A15.4Virtual reconstructions in Archaeoacoustic research
Organizers: B. Katz, F. Martellotta
Shared with A24
A15.5Acoustic comfort in hospitals
Organizers: S. Secchi, J. Negreira

A15.6Acoustic and multidomain comfort in learning spacesOrganizers: C. Visentin, G. Puglisi

A15.7Characterization of Acoustic Materials
Organizers: M. Nolan, F. Chevillotte, L. Jaouen 
Shared with A10
A15.8Realistic Binaural Auralization of Rooms
Organizers:Shared with A24
A15.9Sound Reflections in Concert Halls
Organizers: J. Oscar García

A15.10Modeling and estimation of room impulse responses with machine learning
Organizers: G. Pinero, D. de la Prida
Shared with A09
A15.11Sound field reconstruction in rooms and enclosures Organizers: E. Fernández Grande, P. SvenssonShared with A16
A15.12Numerical Methods for Room Acoustics
Shared with A19



A16.1GeneralOrganizers: E. Fernández Grande, B. Rafaelly and F. Zotter
A16.2Spatial audio signal processing - capture, encoding and enhancement methodsOrganizers: B. Rafaely, F. Zotter

A16.3Machine learning for array processing
Organizers: M. Cobos
Shared with A09
A16.4Airborne sonar
Organizers: A. Izquierdo, L. del Val, J. J. Villacorta

A16.5Speech signal processingOrganizersShared with A18
A16.6Sound field reconstruction in rooms and enclosures Organizers: E. Fernández Grande, P. SvenssonShared with A15
A16.7Source directivity: capturing, processing, and evaluating its effects OrganizersShared with A24
A16.8Processing/individualization/interpolation of HRIRs or BRIRs  OrganizersShared with A24
A16.9Capture, analysis, and reproduction methods of virtual acoustic spaces with distributed microphones or microphone arrays OrganizersShared with A24



A17.1GeneralOrganizers: A. Fiedig, J. Vida
A17.2Restorative soundscapes - Sound quality, health and well-being
Organizers: M. Engel, A. Fiebig

A17.3Soundscape practice and interventions
Organizers: J. Kang, A. Fiebig, K. Siebein

A17.4Soundscape methods, monitoring and metrics
Organizers: J. Vida Manzano, I. Aspuru, R. M. Alsina-Pagès 
Shared with A02
A17.5Indoor soundscapes
Organizers: S. Torresin, P. Nur Dokmeci Yorukoglu

A17.6Soundscape and Inclusion, from Theory to Practice
Organizers: A. Talebzadeh, B. Schulte-Fortkamp

A17.7Hospital Soundscape
Organizers: P. Jik Lee, E. Ozcan, T. Hampton



A18.1GeneralOrganizers: L. Moro-Velázquez, E. San Segundo, N. Cummins, P. Aichinger
A18.2Forensic Phonetics and Acoustics
Organizers: R. Hernández Molina, R. Perez Vargas, M. Ramírez Salado, V. Rodríguez Montaño

A18.3Acoustics for first and second language acquisition
Organizers: J. Romero

A18.4Acoustic phonetics
Organizers
A18.5Speaker diarization
Organizers: T. Thebaud

A18.6Emotion recognition
Organizers: T. Thebaud
A18.7Speech enhancement
Organizers: T. Thebaud

A18.8Speech signal processingOrganizersShared with A16
A18.9Speech recognition
Organizers
A18.10Speaker recognition
Organizers
A18.11Automatic language and dialect identification
Organizers
A18.12Speech denoising and de-reverberation
Organizers:
A18.13Speech and Voice disorders
Organizers: J. A. Gomez-Garcia

A18.14Hearing disorder
Organizers: G. Encina Llamas

A18.15Speech processing for hearing aid
Organizers: I. Lopez-Espejo

A18.16Speech synthesis for speaking aids
Organizers: M. Hagmüller

A18.17AI-Based speech biomarkers
Organizers: T. A. Vergara



A19.1GeneralOrganizers: M. Hornikx, J.-D. Chazot

A19.2Numerical methods for acoustics and vibration
Organizers: D. Panagiotopoulos, D. Mayrhofer

A19.3Data-driven methods in acoustics and vibration
Organizers: M. Maeder, E. A. Zea

A19.4Uncertainty Quantification in Aero- and Vibro-Acoustics
Organizers: N. Xiang, A. Mohammad-Djafari

A19.5Numerical methods for acoustic materials and metamaterials
Organizers: L. Godinho, O. Dazel
Shared with A10
A19.6Methods for advanced computational aeroacoustics
Organizers: S. Schoder, G. Bernardini, F. Avallone
Shared with A07
A19.7Validation and Benchmarks in Computational Acoustics
Organizers: A. Prinn, L. Aspöck, S. Schoder, M. Maeder

A19.8Numerical methods for wave propagation in complex media
Organizers: A. Prieto-Aneiros, P. Amado-Mendes

A19.9Numerical Methods for Room Acoustics
Shared with A15



A20.1GeneralOrganizers: S. Theodossiades, E. Latorre, R. Perals
A20.2Automotive noise and vibration
Organizers: S. Theodossiades

A20.3Road traffic noise and vibration
Organizers: R. Perals, L. Estevez

A20.4Tyre/road noise
Organizers: N. Campillo

A20.5Railway noise and vibration
Organizers: R. Arcos, A. Clot

A20.6Noise barriers and mitigation techniques for road traffic and railway 
Organizers: M. Garai

A20.7Aircraft noise
Organizers
A20.8Airport noise
Organizers: N. Van Oosten

A20.9Advanced air mobility noise
Organizers: A. J Torija Martínez, M. Lotinga, N. Green
Shared with A05, A14



A21.1GeneralOrganizers: E. Ozcan Vieira, P. Susini, G. Marentakis, D. del Palú
A.21.2Applied sound-driven designOrganizers: N. Misdariis, S. Spagnol, E. Özcan
A21.3Listening experience in sound-driven design 
Organizers: G. Marentakis, D. Dal Palu, S. Pauletto
A21.4Methodologies for sound-driven design and educationOrganizers: S. Delle Monache & P. Susini, R. Sanz-Segura 



A22.1GeneralOrganizers: D. Diego-Tortosa, M. Campo-Valera
A22.2Underwater soundscape and noise: modelling, measurements and effects
Organizers: J. Ramis, G. Zambon, A. Sirovic
Shared with A02
A22.3Underwater acoustics communications and networking
Organizers: R. Boluda-Ruiz, M. Campo-Valera
A22.4Traffic ship noises
Organizers: P. Diviacco, M. A. Luque-Nieto 
A22.5Geophysics and Distributed Acoustic Sensing (DAS) capabilitiesOrganizers: D. Diego-Tortosa



A23.1GeneralOrganizers:R. Arcos, J. R. da Franca Arruda 
A23.2Numerical methods in Vibro-Acoustics: low, hybrid and mid-to-high frequency modelling
Organizers: O. Guasch

A23.3Experimental methods in Vibro-Acoustics: low, hybrid and mid-to-high frequency methods
Organizers: A. Clot

A23.4Inverse methods in Vibro-Acoustics
Organizers
A23.5Metamaterials and acoustic black holes in vibro-acoustics
Organizers: J. Deng, F.s Gautier, W. Jeon
Shared with A10
A23.6Materials and systems for noise and vibration control
Organizers: F. Pompoli, J. Carbalho San Martin, J. Arenas
Shared with A08, A10



A24.1GeneralOrganizers: B. Katz, A. Reyes Lecuona,  J. J. López Monfort
A24.2Audiovisual rendering of virtual acoustic spaces and multimodal evaluation


A24.3Audio Immersion and Cognition in XR


A24.4Interactive rendering of virtual acoustic spaces in 6 degrees of freedom


A24.5Virtual acoustics and binaural AR in hearing research: challenges of a new paradigm
Organizers: N. Mayer-Kahlen
Shared with A14
A24.6Virtual reconstructions in Archaeoacoustic research
Organizers: B. Katz, F. Martellotta
Shared with A15
A24.7Networked music performances: evaluation and implementation

Shared with A11
A24.8Real-time audio generation for interactive virtual environments (games and beyond)

Shared with A11
A24.9Realistic Binaural Auralization of Rooms

Shared with A15
A24.10Source directivity: capturing, processing, and evaluating its effects 
Shared with A16
A24.11Processing/individualization/interpolation of HRIRs or BRIRs  
Shared with A16
A24.12Capture, analysis, and reproduction methods of virtual acoustic spaces with distributed microphones or microphone arrays 
Shared with A16
A24.13Auralization of environmental noise sources
Shared with A05