NOISE POLLUTION FROM ROUNDABOUT TRAFFIC IN THE OUTER ENVIRONMENT OF BUILT-UP AREAS OF TOWNS
Keywords:
environmental impacts, roundabouts, noise pollution, built-up areasAbstract
This article describes the positive environmental impacts of roundabouts on their surroundings, particularly in terms of noise pollution. Main purpose of the article is to present the objectification of impact of reconstructing the intersections to roundabouts in urban areas of the Slovak Republic and the Czech Republic.environmental impacts.
Downloads
Download data is not yet available.
References
[1] Project VEGA no. 1/0673/08 The impact of pavement operational capabilities on the
pollution from road traffic. Principal Investigator: Martin Decký, doc. Dr. Ing.
[2] SIXTH FRAMEWORK PROGRAMME. - PRIORITY 1.6.2 Sustainable Surface
Transport. Research project SPENS - Sustainable Pavements for European New
Member States. http://spens.fehrl.org, 30.11.2009.
[3] DECKÝ, M., KROKKER, A., PIALA, J. Optimalizácia návrhu úprav povrchu
asfaltových vozoviek ciest II. a III. triedy z aspektu hlukovej záťaže ich okolia
[Optimization of the proposal to adjust asphalt pavements surfaces of roads class II and
III as to noise levels in their vicinity]. Žilina, October 2008.
[4] DECKÝ, M., KROKKER, A., PIALA, J. Zmena hlukových imisií vplyvom
rekonštrukcie priesečných križovatiek na kruhové objazdy [ Noise pollution varied by
the influence of intersections reconstruction to roundabouts]. In: Silnice a železnice, 3.
ročník, 1/2008, ISSN 1801-8220.
[5] DECKÝ, M., MRÁZOVÁ, A., MODRÁK, J. Objektivizované environmentálne dopady
kruhových objazdov v intravilánoch miest [Objectified environmental impacts of
roundabouts in residential areas of towns]. In: Proceedings of 10. International
Conference Q- 2008. Žilina 15.-16.5.2008, ISBN 978-80-969681-5-2, p.152-157.
[6] Decree of the Ministry of Health of the Slovak Republic dated 16 August 2007,
stipulating Particulars on Admissible Limits of Noise, Infrasound and Vibrations and on
Requirements for Objectification of Noise, Infrasound and Vibrations in the
Environment. Published in the Collection of Laws of SR under no.549/2007 Coll.
[7] ĎURČANSKÁ D. and team: Posudzovanie vplyvov ciest a diaľnic na životné prostredie
[Roads and Motorways Environmental Impact Assessment. EDIS Žilina 2002. ISBN
80-8070-029-X.
[8] STN EN 14388:2006 Road traffic noise reducing devices. Specifications. Translated by
University of Žilina in Žilina, Assoc. Dr. Ing. Martin Decký.
[9] STN EN 61672-1: 2005 Electro acoustics. Sound level meters, Part 1. Technical
requirements.
[10] Technological Regulation TP 04/2004 Designing roundabouts at highways and local
roads. Ministry of Transport, Post and Telecommunications of the SR , 2004.
[11] DECKÝ, M. and team: Michalovce – roundabout joining the streets Štefánikova –
Okružná – Švermová. Noise study, Faculty of Civil Engineering, University of Žilina,
in Žilina, June 2006.
[12] DECKÝ, M. and team Michalovce – roundabout joining streets Štefánikova –
Saleziánov – Rázusa. Noise study, Faculty of Civil Engineering, University of Žilina, in
Žilina, June 2006.
[13] DECKÝ, M. and team Michalovce – roundabout joining streets Jána Hollého –
Moskovská – Okružná . Noise study, Faculty of Civil Engineering, University of Žilina,
in Žilina, March 2007.
[14] DECKÝ, M., PIALA, J. Michalovce – roundabout joining Špitálska – street Okružná
street. Noise study, Department of Road Construction, Faculty of Civil Engineering,
University of Žilina, in Žilina, October 2009.
[15] SLABÝ, P., KOUKOL, M. Faktory ovlivňující kapacity křižovatky [Factors influencing
the junction capacity]. In: Silniční obzor, 2/2007, ISSN 0322-7154, p.36-39.
[16] BARTOŠ, L. Aktuální pohled na posuzování kapacity křižovatek [Current view of
assessing the junction capacity]. In: Silniční obzor, 8/2007, ISSN 0322-7154, p. 225-
228.
[17] STN ISO 1996-1 (01 1621) Acoustics. Description and measurement of environmental
noise. Part 1. Basic quantities and procedures.
[18] STN ISO 1996-2 (01 1621) Acoustics. Description and measurement of environmental
noise. Part 2. Acquisition of data pertinent to land use.
[19] STN ISO 1996-3 (01 1621) Acoustics. Description and measurement of environmental
noise. Part 3. Application to the assessment of the highest permissible values of noise
limits.
[20] DECKÝ, M. and team. I/64 Prievidza - bypass, II. Stage. Noise study, Faculty of Civil
Engineering, University of Žilina, in Žilina, May 2008.
[21] HRACHOVINA, V. Zmena dopravných a hlukových pomerov po realizácii kruhového
objazdu v Havířově [Change of transport and noise ratios after building the roundabout
in Havířov]. Diploma work, Department Highway Engineering, Faculty of Civil
Engineering, University of Žilina, in Žilina, 200.
[22] PAVELKOVÁ, I., HRACHOVINA, V. Komparace nejpoužívanějších predikčních
metod hlukových imisí od silniční dopravy v SR a ČR [Comparison of the most widely
used prediction methods of noise pollution from road traffic in the SR and CR]. In: CD
6. International Conference Transport Infrastructure in Towns. Žilina, October 22 – 23,
2008, p. 8, ISBN.
[23] Photographer Hrachovina Václav.
[24] ZLATOŠOVÁ, Ľ. Vybrané environmentálne problémy súvisiace výstavbou D1 v
intraviláne mesta Považská Bystrica [Selected environmental issues related to the
construction of D1 within the residential area of the town Povazska Bystrica]. Diploma
work, Department of Construction Management, Faculty of Civil Engineering,
University of Žilina, in Žilina 2009.
[25] KLAČANSKÝ, T., LOVEČEK, Z. Asfaltový koberec drenážny na Slovensku [Drainage
asphalt pavement in Slovakia]. In: Silniční obzor, 9/2007, ISSN 0322-7154, p. 247-249.
[26] Seminar INQUEST: Low-noise pavement surfaces. CDV Brno, November 23, 2007.
[27] PANULINOVÁ,E. Vplyv rovnosti povrchu vozovky na hladinu hluku z automobilovej
dopravy [Pavement surface regularity impact on the noise level of motor-vehicle
traffic]. In: Horizonty dopravy 1/2003, ročník XI, ISSN 1210-0978, p. 38-40.
[28] KOVÁČ, M. Hodnotenie kvality vozovky z hľadiska jej protišmykových vlastností
pomocou parametra SRI v podmienkach SR [Pavement quality evaluation in term of
skid resistance evaluated by SRI in Slovakia]. In: Proceedings of 10. International
Conference Q- 2008. Žilina 15.-16.5.2008, ISBN 978-80-969681-5-2, p.239-243.
[29] ZGÚTOVÁ, K. and team: Skúšobníctvo [Testing]. A series of lectures. Krupa print
s.r.o.2007, ISBN 978-80-969681-1-4.
[30] LEITNER, B. Modelling and Simulation of Transport Machines Working Conditions by
using of Autoregressive Models. In: Academic Journal “Mechanics, Transport,
Communications“, Issue 1/2007, Article No. 0079, VTU Todora Kableškova, Sofia,
Bulgaria, 10 pp. Www: < http://mtc-aj.com/php/welcome.php?lang=gb >. ISSN 1312-
3823.
pollution from road traffic. Principal Investigator: Martin Decký, doc. Dr. Ing.
[2] SIXTH FRAMEWORK PROGRAMME. - PRIORITY 1.6.2 Sustainable Surface
Transport. Research project SPENS - Sustainable Pavements for European New
Member States. http://spens.fehrl.org, 30.11.2009.
[3] DECKÝ, M., KROKKER, A., PIALA, J. Optimalizácia návrhu úprav povrchu
asfaltových vozoviek ciest II. a III. triedy z aspektu hlukovej záťaže ich okolia
[Optimization of the proposal to adjust asphalt pavements surfaces of roads class II and
III as to noise levels in their vicinity]. Žilina, October 2008.
[4] DECKÝ, M., KROKKER, A., PIALA, J. Zmena hlukových imisií vplyvom
rekonštrukcie priesečných križovatiek na kruhové objazdy [ Noise pollution varied by
the influence of intersections reconstruction to roundabouts]. In: Silnice a železnice, 3.
ročník, 1/2008, ISSN 1801-8220.
[5] DECKÝ, M., MRÁZOVÁ, A., MODRÁK, J. Objektivizované environmentálne dopady
kruhových objazdov v intravilánoch miest [Objectified environmental impacts of
roundabouts in residential areas of towns]. In: Proceedings of 10. International
Conference Q- 2008. Žilina 15.-16.5.2008, ISBN 978-80-969681-5-2, p.152-157.
[6] Decree of the Ministry of Health of the Slovak Republic dated 16 August 2007,
stipulating Particulars on Admissible Limits of Noise, Infrasound and Vibrations and on
Requirements for Objectification of Noise, Infrasound and Vibrations in the
Environment. Published in the Collection of Laws of SR under no.549/2007 Coll.
[7] ĎURČANSKÁ D. and team: Posudzovanie vplyvov ciest a diaľnic na životné prostredie
[Roads and Motorways Environmental Impact Assessment. EDIS Žilina 2002. ISBN
80-8070-029-X.
[8] STN EN 14388:2006 Road traffic noise reducing devices. Specifications. Translated by
University of Žilina in Žilina, Assoc. Dr. Ing. Martin Decký.
[9] STN EN 61672-1: 2005 Electro acoustics. Sound level meters, Part 1. Technical
requirements.
[10] Technological Regulation TP 04/2004 Designing roundabouts at highways and local
roads. Ministry of Transport, Post and Telecommunications of the SR , 2004.
[11] DECKÝ, M. and team: Michalovce – roundabout joining the streets Štefánikova –
Okružná – Švermová. Noise study, Faculty of Civil Engineering, University of Žilina,
in Žilina, June 2006.
[12] DECKÝ, M. and team Michalovce – roundabout joining streets Štefánikova –
Saleziánov – Rázusa. Noise study, Faculty of Civil Engineering, University of Žilina, in
Žilina, June 2006.
[13] DECKÝ, M. and team Michalovce – roundabout joining streets Jána Hollého –
Moskovská – Okružná . Noise study, Faculty of Civil Engineering, University of Žilina,
in Žilina, March 2007.
[14] DECKÝ, M., PIALA, J. Michalovce – roundabout joining Špitálska – street Okružná
street. Noise study, Department of Road Construction, Faculty of Civil Engineering,
University of Žilina, in Žilina, October 2009.
[15] SLABÝ, P., KOUKOL, M. Faktory ovlivňující kapacity křižovatky [Factors influencing
the junction capacity]. In: Silniční obzor, 2/2007, ISSN 0322-7154, p.36-39.
[16] BARTOŠ, L. Aktuální pohled na posuzování kapacity křižovatek [Current view of
assessing the junction capacity]. In: Silniční obzor, 8/2007, ISSN 0322-7154, p. 225-
228.
[17] STN ISO 1996-1 (01 1621) Acoustics. Description and measurement of environmental
noise. Part 1. Basic quantities and procedures.
[18] STN ISO 1996-2 (01 1621) Acoustics. Description and measurement of environmental
noise. Part 2. Acquisition of data pertinent to land use.
[19] STN ISO 1996-3 (01 1621) Acoustics. Description and measurement of environmental
noise. Part 3. Application to the assessment of the highest permissible values of noise
limits.
[20] DECKÝ, M. and team. I/64 Prievidza - bypass, II. Stage. Noise study, Faculty of Civil
Engineering, University of Žilina, in Žilina, May 2008.
[21] HRACHOVINA, V. Zmena dopravných a hlukových pomerov po realizácii kruhového
objazdu v Havířově [Change of transport and noise ratios after building the roundabout
in Havířov]. Diploma work, Department Highway Engineering, Faculty of Civil
Engineering, University of Žilina, in Žilina, 200.
[22] PAVELKOVÁ, I., HRACHOVINA, V. Komparace nejpoužívanějších predikčních
metod hlukových imisí od silniční dopravy v SR a ČR [Comparison of the most widely
used prediction methods of noise pollution from road traffic in the SR and CR]. In: CD
6. International Conference Transport Infrastructure in Towns. Žilina, October 22 – 23,
2008, p. 8, ISBN.
[23] Photographer Hrachovina Václav.
[24] ZLATOŠOVÁ, Ľ. Vybrané environmentálne problémy súvisiace výstavbou D1 v
intraviláne mesta Považská Bystrica [Selected environmental issues related to the
construction of D1 within the residential area of the town Povazska Bystrica]. Diploma
work, Department of Construction Management, Faculty of Civil Engineering,
University of Žilina, in Žilina 2009.
[25] KLAČANSKÝ, T., LOVEČEK, Z. Asfaltový koberec drenážny na Slovensku [Drainage
asphalt pavement in Slovakia]. In: Silniční obzor, 9/2007, ISSN 0322-7154, p. 247-249.
[26] Seminar INQUEST: Low-noise pavement surfaces. CDV Brno, November 23, 2007.
[27] PANULINOVÁ,E. Vplyv rovnosti povrchu vozovky na hladinu hluku z automobilovej
dopravy [Pavement surface regularity impact on the noise level of motor-vehicle
traffic]. In: Horizonty dopravy 1/2003, ročník XI, ISSN 1210-0978, p. 38-40.
[28] KOVÁČ, M. Hodnotenie kvality vozovky z hľadiska jej protišmykových vlastností
pomocou parametra SRI v podmienkach SR [Pavement quality evaluation in term of
skid resistance evaluated by SRI in Slovakia]. In: Proceedings of 10. International
Conference Q- 2008. Žilina 15.-16.5.2008, ISBN 978-80-969681-5-2, p.239-243.
[29] ZGÚTOVÁ, K. and team: Skúšobníctvo [Testing]. A series of lectures. Krupa print
s.r.o.2007, ISBN 978-80-969681-1-4.
[30] LEITNER, B. Modelling and Simulation of Transport Machines Working Conditions by
using of Autoregressive Models. In: Academic Journal “Mechanics, Transport,
Communications“, Issue 1/2007, Article No. 0079, VTU Todora Kableškova, Sofia,
Bulgaria, 10 pp. Www: < http://mtc-aj.com/php/welcome.php?lang=gb >. ISSN 1312-
3823.
Downloads
Published
2009-12-29
How to Cite
Decký, M. (2009). NOISE POLLUTION FROM ROUNDABOUT TRAFFIC IN THE OUTER ENVIRONMENT OF BUILT-UP AREAS OF TOWNS. Perner’s Contacts, 4(4), 53–68. Retrieved from https://pernerscontacts.upce.cz/index.php/perner/article/view/1183
Issue
Section
Articles
License
Copyright (c) 2020 Martin Decký
This work is licensed under a Creative Commons Attribution 4.0 International License.
