Add to ORKGA largely non-empirical method is presented for the prediction of the total sound emission of a wind turbine. The method is based on acoustic 2D high fidelity simulations providing sound pressure level spectra and directivity functions. The computational effort is limited to a finite number of pre-computed flow conditions, stored to an aeroacoustic catalogue
We study noise from wind turbines while taking irregular terrain and non-constant atmosphere into co...
Several noise propagation models used to calculate the noise produced by wind turbines have been rep...
Wind turbine noise is a re-emerging issue in the wind industry. As the competition for sites with go...
A largely non-empirical method is presented for the prediction of the total sound emission of a wind...
The objective of this paper is to propose a more general, largely non-empirical prediction method fo...
This study investigates the numerical prediction for the aerodynamic noise of the vertical axis wind...
Several noise propagation models used to calculate the noise produced by wind turbines have been rep...
This article presents a prediction model that can be applied to estimate the propagation of noise ge...
With the objective to estimate the 3D sound emission of a full scale wind turbine, a tool chain is c...
Low-Mach-number aeroacoustic theories are applied to predict far-field sound emission from vortex-do...
The prediction of the environmental sound pressure levels of wind farms does not yet have a global c...
Low-Mach-number aeroacoustic theories are applied to predict far-field sound emission from vortex-do...
The objective of this paper is to validate two different numerical methods for noise prediction of t...
The propagation of aerodynamic noise from multi-wind turbines is studied. An efficient hybrid method...
Small wind energy production (wing and rotor modular low-power wind turbines) in country side territ...
We study noise from wind turbines while taking irregular terrain and non-constant atmosphere into co...
Several noise propagation models used to calculate the noise produced by wind turbines have been rep...
Wind turbine noise is a re-emerging issue in the wind industry. As the competition for sites with go...
A largely non-empirical method is presented for the prediction of the total sound emission of a wind...
The objective of this paper is to propose a more general, largely non-empirical prediction method fo...
This study investigates the numerical prediction for the aerodynamic noise of the vertical axis wind...
Several noise propagation models used to calculate the noise produced by wind turbines have been rep...
This article presents a prediction model that can be applied to estimate the propagation of noise ge...
With the objective to estimate the 3D sound emission of a full scale wind turbine, a tool chain is c...
Low-Mach-number aeroacoustic theories are applied to predict far-field sound emission from vortex-do...
The prediction of the environmental sound pressure levels of wind farms does not yet have a global c...
Low-Mach-number aeroacoustic theories are applied to predict far-field sound emission from vortex-do...
The objective of this paper is to validate two different numerical methods for noise prediction of t...
The propagation of aerodynamic noise from multi-wind turbines is studied. An efficient hybrid method...
Small wind energy production (wing and rotor modular low-power wind turbines) in country side territ...
We study noise from wind turbines while taking irregular terrain and non-constant atmosphere into co...
Several noise propagation models used to calculate the noise produced by wind turbines have been rep...
Wind turbine noise is a re-emerging issue in the wind industry. As the competition for sites with go...