Add to ORKGA brief review is presented on the theoretical calculation approaches for outdoor noise propagation available today. Possibilities for their application to practical engineering calculations are outlined. A calculation procedure developed by the authors, which is a combination and extension of several earlier theoretical models, is described. Calculation examples are compared with the results of some Scandinavian propagation studies
The European noise directive has been ratified. Noise maps and action plans must be made. In the sho...
Environmental noise is an issue of increasing concern which has resulted in muchlegislation over rec...
A new Nordic method to predict road traffic noise is proposed. It is based on a complete separation ...
National guidelines for calculating noise propagation are still in use though progress was made to d...
Outdoor noise measurements of road traffic at 16 sites, rail traffic at 7 sites, and of two large in...
The Harmonoise reference model has been developed in order to predict long-term average sound levels...
The Harmonoise reference model has been developed in order to predict long-term average sound levels...
Prediction of sound pressure levels at medium and large distances from road, railway and industrial ...
Wind turbine noise is a re-emerging issue in the wind industry. As the competition for sites with go...
This article presents a prediction model that can be applied to estimate the propagation of noise ge...
A new engineering model for sound propagation in cities is presented. The model is based on numerica...
Noise from wind turbines is of concern in the planning process of new wind farms, and accurate estim...
The Harmonoise model for predicting environmental noise is expected to provide a basis for the devel...
This chapter deals with sound propagation in the atmosphere, which is an important link in the funct...
Two established engineering models for predicting environmental noise levels, the European “Harmonoi...
The European noise directive has been ratified. Noise maps and action plans must be made. In the sho...
Environmental noise is an issue of increasing concern which has resulted in muchlegislation over rec...
A new Nordic method to predict road traffic noise is proposed. It is based on a complete separation ...
National guidelines for calculating noise propagation are still in use though progress was made to d...
Outdoor noise measurements of road traffic at 16 sites, rail traffic at 7 sites, and of two large in...
The Harmonoise reference model has been developed in order to predict long-term average sound levels...
The Harmonoise reference model has been developed in order to predict long-term average sound levels...
Prediction of sound pressure levels at medium and large distances from road, railway and industrial ...
Wind turbine noise is a re-emerging issue in the wind industry. As the competition for sites with go...
This article presents a prediction model that can be applied to estimate the propagation of noise ge...
A new engineering model for sound propagation in cities is presented. The model is based on numerica...
Noise from wind turbines is of concern in the planning process of new wind farms, and accurate estim...
The Harmonoise model for predicting environmental noise is expected to provide a basis for the devel...
This chapter deals with sound propagation in the atmosphere, which is an important link in the funct...
Two established engineering models for predicting environmental noise levels, the European “Harmonoi...
The European noise directive has been ratified. Noise maps and action plans must be made. In the sho...
Environmental noise is an issue of increasing concern which has resulted in muchlegislation over rec...
A new Nordic method to predict road traffic noise is proposed. It is based on a complete separation ...