Environmental Noise and Vibration Monitoring and Assessment of Major Road Transportation Networks: The Case of Elefsina (Athens) – Korinthos Motorway (2008–2011)

Environmental Noise and Vibration Monitoring and Assessment of Major Road Transportation Networks: The Case of Elefsina (Athens) – Korinthos Motorway (2008–2011)

Konstantinos Vogiatzis

University of Thessaly, Department of Civil Engineer, Volos Greece

Page: 
173-185
|
DOI: 
https://doi.org/10.2495/SDP-V8-N2-173-185
Received: 
N/A
| |
Accepted: 
N/A
| | Citation

OPEN ACCESS

Abstract: 

Environmental noise and vibration annoyance – especially from road transportation networks – is widely accepted as an end-point of environmental assessment that can be taken as a basis for evaluating the impact and annoyance caused to the exposed population. This paper presents the results of a comprehensive monitoring program for environmental noise and vibration from ELEFSINA (ATHENS) – KORINTHOS (an upgraded three-lane motorway crossing the famous Korinthos canal with a total length of 63 km), as well as the resulting appropriate noise action plan, including adequate mitigation measures for environmental road noise abate- ment. In the framework of this monitoring program, 40 locations were selected for airborne noise monitoring (various indices as LAeq (08:00–20:00), LA10(18 h), Lden, Lnight) and 24 locations for vibration (ground borne noise both in dB(A) and peak vibration velocity – PPV in mm/s) monitoring covering all sensitive uses as per residential buildings, educational uses, churches, etc. A full assessment of all measured results and the noise mapping assessment was also executed. This assessment aimed at the implementation of appropriate noise barriers with synthetic axes, upon which the total aesthetical and acoustic adaptation was based to fulfill the need for adequate noise protection criteria and full aesthetic consistency of the final outcome with the built- up surrounding landscape. In conclusion, some 9,000 m2 of semi-transparent noise barriers are already under construction. Environmental noise and vibration monitoring programs are proven to be a crucial parameter in sustainability assessments of inter- and semi-urban road networks.

Keywords: 

environmental noise, environmental vibration, noise barriers, noise limits, noise protection, road traffic noise, road traffic vibration, vibration limits

  References

[1] http://www.olympiaodos.gr/EN/index.php?ID=project_overv.

[2] WHO-JRC “Burden of disease from environmental noise-Quantification of healthy life years lost in Europe European Centre for Environment and Health and JRC EU, 2011.

[3] Joint Ministerial Decision 17252/19.6.1992, Determination of indicators and maximum permitted noise limits, that come from circulation of on-road and other transportation works Official Journal of Hellenic Republic 395/B/92.

[4] DIRECTIVE 2002/49/EC OF THE EUROPEAN PARLIAMENT AND OF THE COUNCIL. of 25 June 2002 Relating to the assessment and management of environmental noise Official Journal of the European Communities L 189/12 - 18.7.2002.

[5] Vogiatzis K. Le bruit du a la circulation routiere au centre d’Athenes et aux quartiers periph- eriques, Conference I JORNADAS SOBRE RUIDO AMBIENTAL, 1990.

[6] ISO 1996-2: 1987 Acoustics - Description and measurement of environmental noise – Part  2: Acquisition of data pertinent to land use (revised by the ISO 1996-2:2007 Acoustics - Description, measurement and assessment of environmental noise – Part 2: Determination of environmental noise levels).

[7] TT&E S.A., Acoustic Design of Noise Barriers for the existing sections of the concession “Elefsina – Korinthos” and “Patras bypass” Stage 1: Acoustic measurements Ref.: RPT EXS ENV ZXXX TTE F 00001-A, 2009.

[8] Watts, G.R. Vibration Nuisance from Road Traffic – Results of a 50 Site Survey, TRRL Laboratory Report 1119, Transport and Road Research Laboratory, Department of Transport, UK, 1984.

[9] David K. Hein, Jerry J. Hajek, Chris T. Blaney Mitigation of Highway Traffic-Induced Vibra- tion Session on Quiet Pavements: Reducing Noise and Vibration 2006 Annual Conference of the Transportation Association of Canada Charlottetown, Prince Edward Island.

[10] Von Gierke, H.E., Guidelines for Preparing Environmental Impact Statements on Noise, Committee on Hearing, Bioacoustics, and Biomechanics Assembly for Behavioral and Social Sciences (CHABA), Working Group 69, For: National Research Council, NTIS AD A044384, 1977.

[11] Vogiatzis K. & Mouzakis H Criteria for vibration from railway and light rail transporta-  tion projects construction for the protection of buildings and the avoidance of annoyance.  Epistimoniko Ktirio, B/1999, pp. 57–59.

[12] Structural Vibration in Buildings, Effects on Structures, DIN 4150: Parts 1–3: 1986.

[13] Vogiatzis K. Noise and Vibration Evaluation of a Floating Slab implementation in the Kerameikos Archaeological area at Athens METRO network, International Congress on Sound and Vibration (ICSV16) Krakow: Poland, 5–9 2009.

[14] Vogiatzis K. “Attiki Odos Vibration Monitoring program from road network operation, Attiki Odos” (TT&E S.A) 2004–2006.

[15] TT&E S.A., Amendment of consultancy Agreement for the Acoustic Design of Noise Barriers for the Existing Sections of the concession project “Elefsina – Korinthos” and “Patras bypass” Deliverable 2: PM 2,5, PM10 and Vibration measurement, Analysis, Evaluation of results – Comparison with Environmental Limits, Conclusions – Suggestions, Ref.: RPT EXS ENV ZXXX TTE F 00019/A, 2009–2010.

[16] Watts, G.R. The Effects of Traffic Induced Vibrations on Heritage Buildings – Further Case Studies, Research Report 207, Transport and Road Research Laboratory, Department of Transport, UK, 1989.

[17] TT&E S.A., Acoustic Design of Noise Barriers for the existing sections of the concession “Elefsina – Korinthos” and “Patras bypass” Stage 2: Special Acoustic Study – Special Study of Noise Barriers Implementation Ref.: RPT EKX ENV ZXXX TTE F 00003

[18] Prevision du bruit routier - Setra, Ref. 0924-1 (1 – Calcul des emission sonores dues au trafic routier), & Ref. 0924-2 (2 – Methode de calcul de propagation du bruit incluant les effets meteorologiques (NMPB 2008)), June 2009.