The inland areas of southern Italy were built with many wind farms which are often situated close to houses. This work reports the results of acoustic measurements made in a room inside a house located near a wind farm. The acoustic measurements were carried out during the autumn season; the values of LeqA and L95 have been measured for different wind speeds.
BaathLB (2013) Noise spectra from wind turbines. Renewable Energy57: 512–519.
2.
BolinKKedhammarANilssonME (2012) The influence of background sounds on loudness and annoyance of wind turbine noise. Acta Acustica united with Acustica98: 741–748.
3.
BowdlerDLeventhallG (2011) Wind Turbine Noise. Brentwood: Multi-Science Publishing Company Ltd.
4.
DoolanCJ (2013) A review of wind turbine noise perception, annoyance and low frequency emission. Wind Engineering37(1): 97–104.
5.
DoolanCJMoreauDJ (2013) An on-demand simultaneous annoyance and indoor noise recording technique. Acoustics Australia41(2): 141–145.
6.
DoolanCJMoreauDJBrooksLA (2012) Wind turbine noise mechanisms and some concepts for its control. Acoustics Australia40(1): 7–13.
7.
IannaceGTrematerraA (2014) Misure di rumore all’interno di abitazioni prodotto dal funzionamento di turbine eoliche. In: Proceedings of 41° Convegno Nazionale dell’Associazione Italiana di Acustica, Pisa, 17–19 June.
8.
PedersenEWayeKP (2004) Perception and annoyance due to wind turbine noise—A dose-response relationship. Journal of Acoustical Society of America116(6): 3460–3470.
9.
PedersenEWayeKP (2009) Wind turbine sound—How often is it heard by residents living nearby? In: Proceedings of EURONOISE, Edinburgh, 26–28 October.
10.
PedersenEvan den BergFBakkerR. (2009) Response to noise from modern wind farms in the Netherlands. Journal of Acoustical Society of America126(2): 634–643.
11.
ZajamsekBMoreauDJDoolanCJ (2014) Characterizing noise and annoyance in homes near a wind farm. Acoustics Australia42(1): 14–19.
