19.1 - Duct Acoustics |
Anomalous sound attenuation behaviours in lined ducts
|
Guo Wei, Liu Juan, Bi Wenping, Yang Desen, Aurégan Yves, Pagneux Vincent |
France |
19.2 - Outdoor sound propagation |
Validating sound propagation predictions with increasing complexity near multi-lane roads
|
Van Renterghem Timothy, Meeussen Camille , Hiraguri Yasuhiro , Dekoninck Luc, Aletta Francesco, Botteldooren Dick |
Belgium |
19.2 - Outdoor sound propagation |
Impulse sound propagation in open environments: time-domain simulations versus measurements
|
Cosnefroy Matthias, Cheinet Sylvain, Ehrhardt Loïc, Dagallier Adrien, Dragna Didier, Juvé Daniel |
France |
19.2 - Outdoor sound propagation |
Study of a new propagation model in urban acoustics exemplified through a courtyard environment
|
Alexander Lee |
Germany |
19: Sound propagation |
Parameter optimization of forward sound propagation models using Bayesian inference for sound field control purposes.
|
Caviedes-Nozal Diego, Brunskog Jonas |
Denmark |
19: Sound propagation |
Propagation elastic waves through inhomogeneous media
|
Bednarik Michal, Cervenka Milan |
Czech Republic |
19: Sound propagation |
Transient solutions for directional responses of parabolic transmitters and receivers
|
Yilmaz Asli U., Hamilton Mark F. |
United States |
19: Sound propagation |
Measuring sound extinction of bubble clouds in a water tank
|
Raveau Maria Paz |
Chile |
19: Sound propagation |
A new estimation method for acoustic transmission using a small loudspeaker and an acoustic particle velocity sensor
|
Yamamoto Katsuya, Asahina Mineyuki, Suzuki Kazuhiro |
Japan |
1: Absorbing materials |
The negative coefficient of Bruel & Kjaer green paint
|
Cooper Steven |
Australia |
1: Absorbing materials |
Sound Absorbing Characteristics of Granular Material Multi-divided by Membranes supported by Rigid Frame
|
Tsuruha Takumasa |
Japan |
1: Absorbing materials |
Possibilities of verifying the parameters of the absorbing elements using the loudspeaker
|
Bouzek Stanislav, Turecek Oldrich |
Czech Republic |
1: Absorbing materials |
Direct numerical simulation of sound absorption in porous media
|
Cervenka Milan, Bednarik Michal, Zielinski Tomasz G. |
Czech Republic |
1: Absorbing materials |
Analysis of the results of the sound absorption coefficient for low frequencies of laminate bamboo resonant membrane panels
|
Barbosa De Sá Brunno Guilherme, De Ulhôa Carvalho Maria Luiza, Gonçalves De Almeida Jaime |
Brazil |
2.1 - Aeroacoustics |
A Unified Numerical Simulation Framework for Phonation
|
Degirmenci Niyazi Cem, Jansson Johan, Nguyen Dang Van, Hoffman Johan , Guasch I Fortuny Oriol , Ternström Sten |
Spain |
2.1 - Aeroacoustics |
Experimental investigation of the off-design sound emission of low-pressure axial fans with different fan blade skew
|
Krömer Florian, Becker Stefan |
Germany |
2.1 - Aeroacoustics |
Experimental Investigation of the Aeroacoustics of Cross Flow Friction Ventilators
|
Renz Andreas, Becker Stefan |
Germany |
2.1 - Aeroacoustics |
Three-dimensional effects in the reduction of turbulence-impingement noise of aerofoils by wavy leading edges
|
Bampanis Georgios, Roger Michel |
France |
2.1 - Aeroacoustics |
Understanding the noise generated by a jet engine: a study of the 3D diffraction by a quarter-plane
|
Moschou Marianthi, Assier Raphael , Parnell William |
United Kingdom |
2.1 - Aeroacoustics |
On the effects of vorticity on the acoustic field through a scalar operator based on total enthalpy terms
|
Legendre Cesar , Debrye Benjamin , Detandt Yves , Lielens Gregory , Van Den Nieuwenhof Benoit |
Belgium |