The effect of parking on traffic conditions on main streets

Автор(и)

  • Galina Fomenko Kharkiv National Automobile and Highway University, Ukraine

DOI:

https://doi.org/10.30977/BUL.2219-5548.2019.86.2.99

Ключові слова:

Traffic flows, traffic intensity, car parking, capacity, traffic speed, congestion, traffic safety.

Анотація

Abstract. The growth of the car fleet and the increase in traffic is accompanied by an increase in traffic, and in conditions of cities with historically formed buildings leads to traffic problems. It is especially evident on the sections of the road network with a large number of intersections on the motorways. They are characterized by an increase in traffic delays, queues and congestion formation, a decrease in communication speed, an increase in fuel consumption, increased triggering of vehicles. In addition, the environmental condition of the sections of the motorways is deteriorating. With the increase in the number of cars, the negative features of motorization are manifesting themselves, namely, a significant decrease in the speed of traffic flows on the road network due to traffic delays. Traffic delays and congestion are affected by a number of factors: the width of the roadway, the mode of traffic lights, the presence of parked cars along the edges of the roadway, the geographical location of the streets, traffic accidents, the driver’s psychological status, level of professional training, etc. The constant increase in the number of vehicles on city highways leads to periodic congestion of the road network. Congestion can be considered as a negative factor of active motorization in conditions of shortage of road space. Traffic congestion, like any traffic delays, leads to economic losses: the cost of time, the decrease in the efficiency of freight traffic, the increase of fuel costs, the increase in the number of accidents. Studies of traffic conditions were conducted on the street Pushkinskaya, which is classified as one of the main streets of city value. The formation of traffic flows on the main street is caused by the merger of flows from the crossroads and adjacent streets. Movement of traffic flows down the street is in the direction both to the central part of the city and in the opposite direction. This section creates difficult traffic conditions that are highly dependent on the large number of vehicles parked along the roadway. The location of parked vehicles with different dimensions reduces the width of the roadway, which significantly affects the speed of traffic, traffic capacity and traffic safety.

Біографія автора

Galina Fomenko, Kharkiv National Automobile and Highway University

PhD, Associate Professor Department of Highway Design, Geodesy and Land Management.

Посилання

Lobanov Je. M. (2003). Puti uluchsheniya uslovij dvizeniya avtomobilnogo transporta v krupnykh gorodakh. [Ways to improve the conditions of rodd transport in large cities]. Dorogi Rossii – Roads of Russia, N 3, 60–65 [in Russian].

Gvk V. J. (2009) Potentsialy dorogi, transporta i organizatsii bezopasnogo dvizeniya. [Potentials of the road of transport and the organization of safe movement]. Vestnik KHNADU – Bulletin KHNADU, 47, 100–103 [in Ukrainian].

Dubova S. V., Pomazkova Je.Yu (2017). Transportni problemy velykikh mist. [Transport problems of big cites] Mistobuduvannya ta teritorial’ne planuvannya – Urban planning and territorial planning, 63, 147–150 [in Ukrainian].

Bourne L.S. Urban Systems Development in Central Canada / L.S.Bourue, R.D.Mackinnon. –University of Toronto Press, 2014. – 2 p.

Report No.FHWA-PL-07-012 Activ Traffic Management: The Next Step in Congestion Management // U.S. Department of Transportation, Federal Highway Administration 2008, 88p.

Lukin V. A. (2009). Uchet vliyaniya parametrov ulichno-doroznoj seti na usloviya bezopasnosti v gorodakh. [Taking into account the impact of the parameters of the road network on traffic safety conditions incities]. Visnuk KHNADY – Bulletin KHNADU, 46, 123–127 [in Ukrainian].

Gray L., Griffeath D., The Ergodic Theory of Traffic Jams, Journal of statistical Physics, Vol. 105, Nos.3/4, November 2001.

Nagel K., Wagner R., Woesler R. // Still flowing: Approaches to traffic flow and traffic jam modeling, January 2, 2013.

Gjetsovich Je. M, Semchenko S. M. (2010) Prognozuvannya rozvytku transportnoi sytuatsii na vulychno-doroznij merezhi mista [Forecasting the development of the transport situation of the street-dorzhnoy network of the city]. Visnuk KHNADY – Bulletin KHNAD, 50, 15–19. [in Ukrainian].

Lobashov A. O. (1999) O prognozirovanii skorosti transportnykh potokov na gorodskikh ulitsakh. [On predicting the speed of traffic flows on city streets]. Vestnik KHGADTY – Bulletin KHGADTY, 10, 91–93 [in Ukrainian].

Gates Timothy J., Maki Robert E. Converting old traffic circles to modern roundabouts. Michigan state university case stady. Michigan State University, Department of Civil and Environmental Engineering, 2001, 23 p.

Luttinen R. T. Capacity at Unsignalized Intersections//TL Consulting Engineers Ltd., Lahti. 2003. 96 p

##submission.downloads##

Номер

Розділ

БУДІВНИЦТВО ТА ЦИВІЛЬНА ІНЖЕНЕРІЯ