Noise Mapping of the Flyover Highway in Genoa: comparison of different methods

In urban noise mapping the accuracy of the simulation tools is often challenged by the complexity of the modeled scenario, particularly when its extent coincide with the whole city. In this paper, a meaningful case study is reported concerning the flyover highway “Aldo Moro” in Genoa. The particular...

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Main Authors: Borelli Davide, Repetto Simona, Schenone Corrado
Format: Article
Language:English
Published: De Gruyter 2014-12-01
Series:Noise Mapping
Subjects:
Online Access:https://doi.org/10.2478/noise-2014-0007
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spelling doaj-3ffe35deb05e4204b1a8c13a888e9ac12021-09-06T19:22:39ZengDe GruyterNoise Mapping2084-879X2014-12-011110.2478/noise-2014-0007noise-2014-0007Noise Mapping of the Flyover Highway in Genoa: comparison of different methodsBorelli Davide0Repetto Simona1Schenone Corrado2DIME – Department of Mechanical Engineering, Energy, Management and Transports, University of Genova, Via All’Opera Pia 15/A, 16145, GenovaDIME – Department of Mechanical Engineering, Energy, Management and Transports, University of Genova, Via All’Opera Pia 15/A, 16145, GenovaDIME – Department of Mechanical Engineering, Energy, Management and Transports, University of Genova, Via All’Opera Pia 15/A, 16145, GenovaIn urban noise mapping the accuracy of the simulation tools is often challenged by the complexity of the modeled scenario, particularly when its extent coincide with the whole city. In this paper, a meaningful case study is reported concerning the flyover highway “Aldo Moro” in Genoa. The particular morphology of the city and the location of the highway make it a significant test for analyzing the effectiveness of current modeling tools in simulating complex urban areas. Noise mapping has been implemented in accordance with the standardNMPB-Routes- 2008. Results have been then analyzed complying with the END. Next diverse computational methods have been compared, considering ISO 9613-2, NMPB-Routes-1996, and Harmonoise, and even different frequency partitions (octave band or one-third octave band) for the last two standards. The computational time for the different calculation methods has been analyzed. In order to get a reciprocal validation, the simulated noise maps have been finally compared with maps coming from on field measurements. In this way a case study helpful for public administrations and stakeholders facing similar issues is provided, defining the state of the art and the forthcoming perspectives.https://doi.org/10.2478/noise-2014-0007noise mapping traffic noise computational methods flyover highway
collection DOAJ
language English
format Article
sources DOAJ
author Borelli Davide
Repetto Simona
Schenone Corrado
spellingShingle Borelli Davide
Repetto Simona
Schenone Corrado
Noise Mapping of the Flyover Highway in Genoa: comparison of different methods
Noise Mapping
noise mapping
traffic noise
computational methods
flyover highway
author_facet Borelli Davide
Repetto Simona
Schenone Corrado
author_sort Borelli Davide
title Noise Mapping of the Flyover Highway in Genoa: comparison of different methods
title_short Noise Mapping of the Flyover Highway in Genoa: comparison of different methods
title_full Noise Mapping of the Flyover Highway in Genoa: comparison of different methods
title_fullStr Noise Mapping of the Flyover Highway in Genoa: comparison of different methods
title_full_unstemmed Noise Mapping of the Flyover Highway in Genoa: comparison of different methods
title_sort noise mapping of the flyover highway in genoa: comparison of different methods
publisher De Gruyter
series Noise Mapping
issn 2084-879X
publishDate 2014-12-01
description In urban noise mapping the accuracy of the simulation tools is often challenged by the complexity of the modeled scenario, particularly when its extent coincide with the whole city. In this paper, a meaningful case study is reported concerning the flyover highway “Aldo Moro” in Genoa. The particular morphology of the city and the location of the highway make it a significant test for analyzing the effectiveness of current modeling tools in simulating complex urban areas. Noise mapping has been implemented in accordance with the standardNMPB-Routes- 2008. Results have been then analyzed complying with the END. Next diverse computational methods have been compared, considering ISO 9613-2, NMPB-Routes-1996, and Harmonoise, and even different frequency partitions (octave band or one-third octave band) for the last two standards. The computational time for the different calculation methods has been analyzed. In order to get a reciprocal validation, the simulated noise maps have been finally compared with maps coming from on field measurements. In this way a case study helpful for public administrations and stakeholders facing similar issues is provided, defining the state of the art and the forthcoming perspectives.
topic noise mapping
traffic noise
computational methods
flyover highway
url https://doi.org/10.2478/noise-2014-0007
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AT schenonecorrado noisemappingoftheflyoverhighwayingenoacomparisonofdifferentmethods
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