The world has witnessed an unprecedented growth of WF installation, driven by national
and international energy policies. Considering the negative impacts of fossil fuel and …

Growing numbers of the population are exposed to wind turbine (WT) and other broadband
sound sources from the environment. Acoustically optimizing emissions of environmental …

This paper presents results from a one-year study of indoor annoyance and self-reported
sleep times for two participants located near different wind farms. Continuous measurements …

Wind turbine noise is dominated by low frequencies for which effects on sleep relative to
more common environmental noise sources such as road traffic noise remain unknown. This …

Amplitude modulation (AM) is a common phenomenon associated with wind turbine (WT)
related noise annoyance. Within the interdisciplinary project Inter-Wind, acoustic, ground …

Wind energy is one of the fastest growing sources of renewable energy in Australia.
However, wind farm noise (WFN) continues to attract complaints from residents living near …

Abstract Study Objectives Carefully controlled studies of wind turbine noise (WTN) and sleep
are lacking, despite anecdotal complaints from some residents in wind farm areas and …

This study investigated aural detectability of wind farm infrasound and its effects on higher
frequency audible tonal noise via creating a sensation of amplitude modulation. The study …

With the continuous warming of the global climate, expanding the use of renewable energy
has become one of the main social responsibilities. However, as the number of installed …

This study investigated self-reported sleep acceptability of wind farm noise (WFN) containing
low-frequency amplitude modulated tones during evening listening tests in an acoustics and …