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PIBE project outcomes

 

Scientific papers in peer reviewed journals

  • Kayser, B., Mascarenhas, D., Cotté, B., Ecotière, D., Gauvreau, B., 2023. Validity of the effective sound speed approximation in parabolic equation models for wind turbine noise propagation. The Journal of the Acoustical Society of America 153, 1846–1854. fichier
  • Raus, D., Cotté, B., Monchaux, R., Jondeau, E., Souchotte, P., Roger, M., 2022. Experimental study of the dynamic stall noise on an oscillating airfoil. Journal of Sound and Vibration 537, 117144.fichier

 

  • Kayser, B., Ecotière, D., Gauvreau, B. Criteria for the assessment of the influence of atmospheric turbulence on wind turbine noise propagation. Submitted to Acta Acustica 2022

 

Communications in scientific conferences (with proceedings)

  • Kayser, B., Bianchetti, S., Ecotière, D., Gauvreau, B., 2023. WindTUNE: a new tool for modelling wind farm noise uncertainties, in: Proc.10th International Conference on Wind Turbine Noise, Dublin, Ireland.
  • Ecotière, D., 2023. Uncertainties of band sound levels when estimated from monochromatic outdoor sound propagation calculations, in: Proc. Internoise, Chiba, Japan.
  • Sicard, L., Raus, D., Monchaux, R., Cotté, B., Jondeau, E., 2022. Experimental characterization of the aerodynamic stall noise on a static airfoil by synchronous PIV and acoustic measurements, in: 14th European Fluid Mechanics Conference. Presented at the 14th European Fluid Mechanics Conference, Athens, Greece.
  • Kayser, B., Ecotière, D., Gauvreau, B., 2022. Modelling the uncertainties of wind farm noise predictions, in: Proceeding of Inter-Noise 2022, Glasgow, UK fichier
  • Ecotière, D., Gauvreau, B., Schmich-Yamane, I., Alarcon, A., Nessi, M.-C., Junker, F., Guillaume, G., Gary, V., Brendel, L., Litou, G., Boittin, R., Segaud, L., Lefèvre, H., 2022. A large-scale, long-term experimental campaign for the investigation of wind turbine noise fluctuations and amplitude modulation phenomena, in: Proceeding of Inter-Noise 2022, Glasgow, UK.fichier
  • Mascarenhas, D., Cotté, B., Doaré, O., Ecotière, D., Guillaume, G., Gauvreau, B., Schmich-Yamane, I., Junker, F., 2022. Wind turbine noise modeling including aeroacoustic sources and propagation effects: comparison against field measurements, in: Proceeding of Inter-Noise 2022, Glasgow, UK.fichier
  • Raus, D., Cotté, B., Monchaux, R., Lafoux, B., Jondeau, E., Souchotte, P., Roger, M., 2020. Experimental Investigation of the Acoustic Radiation of an Oscillating Airfoil, in: Proc. 9th Forum Acusticum. Presented at the 9th Forum Acusticum, Lyon, France.fichier
  • Raus, D., Sicard, L., Cotté, B., Monchaux, R., Jondeau, E., Souchotte, P., Roger, M., 2021. Experimental characterization of the noise generated by an airfoil oscillating above stall, in: Proc. Aviation Forum. Online, pp. 2021–2291.fichier
  • Ecotière, D., Gauvreau, B., Cotté, B., Roger, M., Schmich, I., Nessi, M.-C., 2019. PIBE: a new French project for predicting the impact of wind turbine noise, in: Proceeding of 8th International Conference on Wind Turbine Noise. Presented at the 8th International Conference on Wind Turbine Noise, Lisbon, Portugal.fichier 

 

Communications in scientific conferences or seminar (without proceedings)

  • Ecotière, D., 2022. Prévoir l’Impact du Bruit des Eoliennes (projet PIBE), in: 9es Assises Nationales de La Qualité de l’environnement Sonore. Paris, France.
  • Kayser, B., Ecotière, D., Gauvreau, B., 2022. Influence de la turbulence atmosphérique sur la propagation du bruit des éoliennes, in: Congrès Français d’Acoustique. Marseille, France.
  • Kayser, B. 2022. Influence de la turbulence atmosphérique sur la propagation du bruit des éoliennes. Journées Techniques Acoustique et Vibrations, Bron, France.
  • Gauvreau, B., 2022. Campagne expérimentale du projet PIBE : présentation et exploitation de la base de données (acoustique, météo). Journées Techniques Acoustique et Vibrations, Bron, France.
  • Sicard, L., Raus, D., Cotté, B., Monchaux, R., Jondeau, E., Souchotte, P., Roger, M., 2021. Characterization of the amplitude modulation phenomenon of wind turbines noise, in: Journées Acoustique et Applications Navales. Marseille, France.
  • Raus, D., Cotté, B., Monchaux, R., Lafoux, B., Jondeau, E., Souchotte, P., Roger, M., 2020. Experimental Investigation of the Acoustic Radiation of an Oscillating Airfoil, in: Journée de Dynamique Des Fluides Du Plateau de Saclay. Journée de Dynamique des Fluides du Plateau de Saclay, Saclay.
  • Raus, D., Cotté, B., Monchaux, R., Jondeau, E., Souchotte, P., 2019. Étude expérimentale du bruit large bande d’un profil d’aile statique ou en oscillation David Raus, Benjamin, in: Journées Acoustique et Applications Navales. Journées Acoustique et Applications Navales, Marseille, France.
  • Ecotière, D., Gauvreau, B., 2019. Projet PIBE (Prévoir l’Impact du Bruit des Eoliennes). Journées Techniques Acoustique et Vibrations, Strasbourg, France.
  • Ecotière, 2019. PIBE project (Predicting the Noise impact of wind turbines). International Energy Agency Wind TCP Task 39 meeting, Lisbon, Portugal.
 

Database

  • Database of dynamic stall noise measurements (WP1): scheduled online by the end of 2023.
  • Database of the long-term experimental measurement campaign (WP2): web interface scheduled online by the end of 2023.
 

Software and numerical tools

  • Tool for evaluating the influence of aerodynamic turbulence on wind turbine noise propagation (WP2) : ShadZapp web interface
  • Tool for calculating the noise uncertainties of a wind farm modelled with a research code (WP2): web interface scheduled online at the end of 2023
  • Tool for calculating the noise uncertainties of a wind farm modelled with the engineering software Code_Tympan (WP 2): scheduled at the end of 2023
  • Code for acoustic propagation in an outdoor environment based on a 'parabolic equation' model (matlab code) (WP 2): scheduled on github at the end of 2023
 

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Organisation
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