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Assessing Traffic Calming Measures for Safe and Accessible Emergency Routes in Norrkoping City in Sweden

Authors: Ghazwan Al-Haji

Abstract:

Most accidents occur in urban areas, and the most related casualties are vulnerable road users (pedestrians and cyclists). The traffic calming measures (TCMs) are widely used and considered to be successful in reducing speed and traffic volume. However, TCMs create unwanted effects include: noise, emissions, energy consumption, vehicle delays and emergency response time (ERT). Different vertical and horizontal TCMs have been already applied nationally (Sweden) and internationally with different impacts. It is a big challenge among traffic engineers, planners, and policy-makers to choose and priorities the best TCMs to be implemented. This study will assess the existing guidelines for TCMs in relation to safety and ERT with focus on data from Norrkoping city in Sweden. The expected results will save lives, time, and money on particularly Swedish Roads. The study will also review newly technologies and how they can improve safety and reduce ERT.

Keywords: Traffic safety, traffic calming measures, speeding, emergency response time.

Digital Object Identifier (DOI): doi.org/10.5281/zenodo.1474593

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References:


[1] D. Payne. Poor ambulance response causes 700 deaths annually in ireland. British Medical Journal, 321(7270):1176, November 2000.
[2] Elvik, R. and Vaa (2004), Handbook of Road Safety Measures. T. Publication.
[3] TRID, Energy and Environmental Effects of Traffic Calming Measures, https://trid.trb.org/view.aspx?id=847820, (Accessed May 2018).
[4] Paul G, B., The Impact of Traffic Calming Measures on Vehicle Exhuat Emissions, https://core.ac.uk/download/pdf/17301234.pdf. (Accessed) May 2017.
[5] Atkins, C., & Coleman, M. (1997). The influence of traffic calming on emergency response times. ITE Journal, 67, 42-46.
[6] Alfredo Garcia, Ana Tsui Moreno, Mario Alfonso Romero, and Jose Perea. Estimating the effect of traffic calming measures on ambulances. Emergencias, 25(4):285–288, Aug. 2013.
[7] Tomas Svensson and Ragnar Hedstrom. Hastighetsd lampande Åtgärder och integrerad stadsplanering. (Online) https://www.vti.se/sv/Publikationer/Publikation/hastighetsdampande-atgarder-och-integrerad-stadspl 673866, 2003, (Accessed May 2018).
[8] Pennsylvania Department of Transportation (2012). Pennsylvania’s Traffic Calming Handbook (Publication No. 383). https://www.dot.state.pa.us/public/pubsforms/Publications/PUB%20383.
[9] Hedström, R., & Svensson, T. (2004). Calm Streets! and the Municipality - Traffic Planning in Local Practise. Linköipng: Swedish National Road and Transprort Research Institute.
[10] Trafikverket, Swedish Transport Administration. (2015). Trafik för en attraktiv stad - Handbok. Swedish Transport Administration
[11] Edeva. Faq: Na¯cteno z edeva. (Online) https://www.edeva.se/files/brochures/swedish/faq se.pdf, 2014, (Accessed April 2018).
[12] Ardell, P. (2017). Nu testas morgondagens blåljusteknik i Stockholm. https://www.kth.se/forskning/artiklar/nu-testas-morgondagens-blaljusteknik-i-stockholm- 1.698159 (Accessed 2018-05-09).
[13] Al-Haji, G., Fowler, S. & A. Granberg, T., 2018. Smart traffic calming measures for smart cities - a pre-study, CARER Project Report Nr 22. Linköping University. http://liu.diva-portal.org/smash/get/diva2:1186133/FULLTEXT01.pdf (Accessed 2018-05-09).