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18.5 - Acoustics in large gathering spaces |
VIRTUAL ACOUSTICS OF THE CATHEDRAL OF MURCIA CONSIDERING OCCUPANCY AND DIFFERENT SOURCE LOCATIONS
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Alvarez-Morales Lidia, Alonso Alicia, Martellotta Francesco, Girón Sara, Zamarreño Teófilo |
Spain |
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18.5 - Acoustics in large gathering spaces |
Coupled spaces in San Luis de los Franceses church
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Alberdi Enedina, Martellotta Francesco, Galindo Miguel, León Ángel Luis |
Spain |
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18.5 - Acoustics in large gathering spaces |
Acoustics and sound reinforcement issues in a modern-style basilica
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Horvat Marko, Jambrošić Kristian, Domitrović Hrvoje |
Croatia (Hrvatska) |
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18.5 - Acoustics in large gathering spaces |
Acoustic comfort in restaurant I. Prediction of background noise in a restaurant integrated in a large shopping center
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Kaššáková Magdaléna, Zelem Lukáš, Chmelík Vojtech, Vargová Andrea, Urbán Daniel , Rychtáriková Monika |
Slovakia (Slovak Republic) |
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18.5 - Acoustics in large gathering spaces |
Acoustic problems in a large hemispherical concrete church
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Martellotta Francesco, D'Alba Michele, Ayr Ubaldo |
Italy |
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18.5 - Acoustics in large gathering spaces |
Acoustic comfort in restaurant II. Impact of late sound reflections on acoustic conditions in a restaurant integrated in a large shopping mall
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Zelem Lukáš, Kritly Léopold, Chemlík Vojtech , Muellner Herbert , Rychtáriková Monika |
Slovakia (Slovak Republic) |
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18.5 - Acoustics in large gathering spaces |
Hybrid Beam/Ray Tracing Simulation Method
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Sikora Marjan, Russo Mladen, Mateljan Ivo |
Croatia (Hrvatska) |
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18.6 - Acoustics of reverberation chambers |
Difficulties in comparing diffuse sound field measures and data/code sharing for future collaboration
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Jeong Cheol-Ho, Nolan Mélanie , Balint Jamilla |
Denmark |
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18.6 - Acoustics of reverberation chambers |
Investigations on the Directional Energy Decay Curves in Reverberation Rooms
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Berzborn Marco, Vorländer Michael |
Germany |
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18.6 - Acoustics of reverberation chambers |
Effect of altering the test object configuration in measurements of the absorption area according to ISO 354
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Glebe Dag , Larsson Krister |
Sweden |
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18.6 - Acoustics of reverberation chambers |
Assessment of sound diffusion in rooms for both time and frequency domain by using a decay-cancelled impulse response
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Hanyu Toshiki, Hoshi Kazuma, Nakakita Tao |
Japan |
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18.6 - Acoustics of reverberation chambers |
Sound field measurements inside a reverberant room by means of a new 3D method and comparison with FEM model
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Guidorzi Paolo, Pompoli Francesco, Bonfiglio Paolo, Garai Massimo |
Italy |
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18.6 - Acoustics of reverberation chambers |
Experimental verification of how relative air humidity influences the results of sound absorption coefficient measurements in model tests
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Majchrzak Aleksandra, Baruch Katarzyna, Przysucha Bartosz, Szeląg Agata, Kamisiński Tadeusz |
Poland |
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18.6 - Acoustics of reverberation chambers |
Energy decay curves in reverberation chambers and the influence of scattering objects on the absorption coefficient of a sample
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Balint Jamilla , Nolan Mélanie, Jeong Cheol-Ho, Muralter Florian |
Austria |
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18.6 - Acoustics of reverberation chambers |
A wavenumber approach to quantifying non-uniform sound incidence in measurements of sound absorption in the reverberation chamber
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Nolan Mélanie, Verburg Samuel A., Jeong Cheol-Ho, Brunskog Jonas, Fernandez-Grande Efren |
Denmark |
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18.6 - Acoustics of reverberation chambers |
Investigating sound field diffusion using the polarization of sound intensity
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Prodi Nicola, Bonfiglio Paolo, Pompoli Francesco, Marescotti Cristina |
Italy |
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18.6 - Acoustics of reverberation chambers |
Acoustical furniture – Measuring and modelling for simulation
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Nocke Christian |
Germany |
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18.6 - Acoustics of reverberation chambers |
Low Frequency Sound Field Reconstruction in Non-rectangular Room: A Numerical Validation
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Pham Vu Thach, Rivet Etienne, Lissek Hervé |
Switzerland |
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18.7 - Objective and subjective approach in the assessment of sound diffusion in rooms |
Detection and influence of different locations of diffusive surfaces in a concert hall
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Shtrepi Louena, Astolfi Arianna |
Italy |
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18.7 - Objective and subjective approach in the assessment of sound diffusion in rooms |
Optimized diffusers for concert halls
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Pilch Adam, Chojnacki Bartłomiej, Binek Wojciech |
Poland |
