Add to ORKGWe study noise from wind turbines while taking irregular terrain and non-constant atmosphere into consideration. We will show that simulating the distribution of 3D acoustic waves can be done by using only low frequencies, thus reducing the computational complexity significantly
Wind turbines have grown both in size and number in the past decades. The taller turbines has made i...
Sound propagation from a wind turbine is investigated with the help of coupled atmospheric and acous...
One of the major drawbacks of a wind turbine with a downwind rotor is the generation of considerable...
We study noise from wind turbines while taking irregular terrain and non-constant atmosphere into co...
The flow and acoustic fields around a wind turbine are computed using a hybrid method. The flow comp...
Wind power is a rapidly increasing resource of electrical power world-wide. With the increasing numb...
Acoustical noise produced by wind turbine is an interesting field of investigation because of the gr...
One of the major environmental concerns regarding wind energy is an increase in noise levels, both i...
International audienceNoise generated by wind turbines is significantly impacted by its propagation ...
Small wind energy production (wing and rotor modular low-power wind turbines) in country side territ...
A good understanding of wind turbine noise propagation is relevant to better measure the impact of t...
Coupled three-dimensional numerical flow and sound propagation simulations were performed for four d...
In this report sound propagation from wind turbines is modeled using the 3D linearized Euler equatio...
A rapid growth of installed wind power capacity is expectedin the next few years. However, the sitin...
The wake of a single wind turbine was measured with a Doppler wind lidar system during a night with ...
Wind turbines have grown both in size and number in the past decades. The taller turbines has made i...
Sound propagation from a wind turbine is investigated with the help of coupled atmospheric and acous...
One of the major drawbacks of a wind turbine with a downwind rotor is the generation of considerable...
We study noise from wind turbines while taking irregular terrain and non-constant atmosphere into co...
The flow and acoustic fields around a wind turbine are computed using a hybrid method. The flow comp...
Wind power is a rapidly increasing resource of electrical power world-wide. With the increasing numb...
Acoustical noise produced by wind turbine is an interesting field of investigation because of the gr...
One of the major environmental concerns regarding wind energy is an increase in noise levels, both i...
International audienceNoise generated by wind turbines is significantly impacted by its propagation ...
Small wind energy production (wing and rotor modular low-power wind turbines) in country side territ...
A good understanding of wind turbine noise propagation is relevant to better measure the impact of t...
Coupled three-dimensional numerical flow and sound propagation simulations were performed for four d...
In this report sound propagation from wind turbines is modeled using the 3D linearized Euler equatio...
A rapid growth of installed wind power capacity is expectedin the next few years. However, the sitin...
The wake of a single wind turbine was measured with a Doppler wind lidar system during a night with ...
Wind turbines have grown both in size and number in the past decades. The taller turbines has made i...
Sound propagation from a wind turbine is investigated with the help of coupled atmospheric and acous...
One of the major drawbacks of a wind turbine with a downwind rotor is the generation of considerable...