Relationship between exposure to multiple noise sources and noise annoyance
                                                article
                                            
                                        
                                                Relationships between exposure to noise [metric: day-night level (DNL) or day-evening-night level (DENL)] from a single source (aircraft, road traffic, or railways) and annoyance based on a large international dataset have been published earlier. Also for stationary sources relationships have been assessed. Here the annoyance equivalents model concerning noise annoyance from combined sources and the underlying assumptions are presented. The model first translates the noise from the individual sources into the equally annoying sound levels of a reference source, road traffic, and then sums these levels giving total level L. The annoyance from the combined sources is found by substituting exposure L in the road traffic exposure-annoyance relationship. The most important assumption, independence of the contributions of the sources, is discussed. It appears that independence will be violated substantially only due to the effect of the presence or absence of a quiet side of a building, which is not incorporated in the model. For use in practice, the application of the model is broken down in five steps. The step by step procedure can be used for the assessment of the total noise level and the associated total annoyance on the basis of the DNL or DENL values of the individual sources.
                                            
                                        Topics
                                            
                                        TNO Identifier
                                            
                                                237932
                                            
                                        ISSN
                                            
                                                0001-4966
                                            
                                        Source
                                            
                                                Journal of the Acoustical Society of America, 116(2), pp. 949-957.
                                            
                                        Collation
                                            
                                                8 p.
                                            
                                        Pages
                                            
                                                949-957
                                            
                                        Files
                                            
                                                
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