|
11.1 - Measurement / modelling / assessment of industrial noise |
Determination of Transformer Sound Power Level in respect to Test Method and Measurement Conditions
|
Swiatkowski Michal, Jaros Adam, Kozupa Michal, Ploetner Christoph |
Poland |
|
11.1 - Measurement / modelling / assessment of industrial noise |
On adaption of psychoacoustical loudness measure for differentiate impulsive noise events
|
Kukulski Bartłomiej, Wszołek Tadeusz |
Poland |
|
11.1 - Measurement / modelling / assessment of industrial noise |
Acoustic radiation efficiency parameter in assessment of transformer noise
|
Kozupa Michal, Kolusz Grzegorz, Ploetner Christoph, Swiatkowski Michal |
Poland |
|
11.1 - Measurement / modelling / assessment of industrial noise |
In-ear noise dosimetry: challenges and benefits
|
Nélisse Hugues, Bonnet Fabien, Voix Jérémie |
Canada |
|
11.1 - Measurement / modelling / assessment of industrial noise |
Noise Control of Large Wet Cooling Towers
|
Márkus Miklós, Muntag András |
Hungary |
|
11.1 - Measurement / modelling / assessment of industrial noise |
The use of the bootstrap method for determining the sound power level
|
Stępień Bartłomiej |
Poland |
|
11.1 - Measurement / modelling / assessment of industrial noise |
Using a monopole sound power source to determine machinery sound power
|
Van Der Linden Petrus J. G. , Morariu Marius C. |
Belgium |
|
11.2 - Advanced Measurement techniques in building acoustics - part 1: New and consolidated material |
6-parameter acoustical characterization of porous media using a classical impedance tube
|
Jaouen Luc, Gourdon Emmanuel, Edwards Matthew |
France |
|
11.2 - Advanced Measurement techniques in building acoustics - part 1: New and consolidated material |
ISO 10140 series, impossible way to manage low frequency measurements and to improve overall reproducibility?
|
Jean-Baptiste Chéné, Frédéric Fallais, Corentin Coguenanff, Catherine Guigou-Carter, David Rousseau, Arthur Di Ruzza |
France |
|
11.2 - Advanced Measurement techniques in building acoustics - part 1: New and consolidated material |
Individual uncertainty calculations of sound insulation measurements: a proposal of compromise values for 1/3 octave bands correlation coefficients
|
Monteiro Carolina, Johansson Reine , Machimbarena María , Borin Marcel |
Spain |
|
11.2 - Advanced Measurement techniques in building acoustics - part 1: New and consolidated material |
Measurement of airflow resistance by the alternating flow method
|
Wittstock Volker, Schmelzer Martin |
Germany |
|
11.3 - Advanced Measurement techniques in building acoustics - part 2: Experimental vibroacoustics |
Assessment of Structure-borne Sound Intensity of Solid Wood Walls using a Scanning Laser Doppler-Vibrometer
|
Schoenwald Stefan, Tröbs Hans-Martin |
Switzerland |
|
11.3 - Advanced Measurement techniques in building acoustics - part 2: Experimental vibroacoustics |
EXPERIMENTAL SETUP FOR ACOUSTIC AND MECHANICAL CHARACTERISATION OF LIGHTWEIGHT BUILDING ELEMENTS
|
Santoni Andrea, Fausti Patrizio, Bonfiglio Paolo |
Italy |
|
11.3 - Advanced Measurement techniques in building acoustics - part 2: Experimental vibroacoustics |
Characterization of elastic parameters of point and line excited porous materials by means of the wave correlation method, Hankel functions and Mindlin's plate theory; a numerical study.
|
Roozen N.B., Bonfiglio Paolo , Pompoli Francesco |
Slovakia (Slovak Republic) |
|
11.3 - Advanced Measurement techniques in building acoustics - part 2: Experimental vibroacoustics |
An experimental study into the airborne sound transmission through a partition wall in buildings via structural transmissions of window profiles; A case study.
|
Roozen N.B., Zatko Peter, Urban Daniel, Niemczanowski Alexander, Muellner Herbert |
Slovakia (Slovak Republic) |
|
11.3 - Advanced Measurement techniques in building acoustics - part 2: Experimental vibroacoustics |
Material characterisation of Cross Laminated Timber using experimental wave velocities
|
Mecking Simon, Schoenwald Stefan, Schanda Ulrich |
Germany |
|
11.3 - Advanced Measurement techniques in building acoustics - part 2: Experimental vibroacoustics |
Challenges and limitations using the Integral Transform Method to obtain the impact noise level of timber floors
|
Conta Simone, Homb Anders |
Norway |
|
11.3 - Advanced Measurement techniques in building acoustics - part 2: Experimental vibroacoustics |
Investigations to determine the dynamic stiffness of elastic insulating materials
|
Bietz Heinrich, Wittstock Volker |
Germany |
|
11.4 - Noise Monitoring |
Adapting an Anomalous Noise Events Detector for Real-Life Operation in the Rome Suburban Pilot Area of the DYNAMAP's Project
|
Socoró Joan Claudi, Alsina-Pagès Rosa Ma, Alías Francesc, Orga Ferran |
Spain |
|
11.4 - Noise Monitoring |
ISSUES AND CHALLENGES TO IMPROVE THE BARCELONA NOISE MONITORING NETWORK
|
Camps Farrés Júlia, Casado Novas Javier |
Spain |
