Toward the Theory of Traffic Flow Organisation

  • Ivan Dadić
  • Goran Kos
  • Emil Gašparić
Keywords: traffic flows, direction, collision points, intersecting, mathematical formula

Abstract

Every traffic network can be reorganised, i.e. the trafficflows may be redirected and guided along other routes. Mathematicalcalculation of the number of intersecting points, mergingand diverging of traffic can determine the cu'ent volume ofconflicting traffic flows in the network. The aim of redirectingtraffic flows is to obtain lower intensity of intersecting flows, indicatingat the same time bel/er organisation of traffic flows.The work presents a model of traffic flow intersections on anisolated road section. It also provides mathematical formulasfor calculating the number of collision points for the same anda different number of entrances and exits (nodes). The problemis further developed for the case which searches for the numberof conflicting points of traffic flows with two-way traffic. Amathematical formula has been found for the same number ofentries and exits (nodes, or sources and sinks) of traffic flows.

References

Dadic, 1.: Prilog izucavanju organizacije prometnih tokova

u gradovima . Doktoral dissertation, Belgrade, 1988

Dadic, 1., Kos, G., Brlek, P.: Metode organizacije prometnih

tokova za smanjenje zagusenja prometa na dionicama

prometnica izmedu raskriija. ISEP'99 (International

Symposium on Electronics in Traffic), Ljubljana,

, pp. 39-46.

Kos, G.: Prometni tokovi u funkciji propusne moCi prometnica.

Master's thesis, Zagreb, 2000

Highway Capacity Manual. Special Report 209, Transportation

Research Board, National Research Council,

Washington, D. C., 1994

Hobs, F. D.: Traffic Planning and Engineering. Oxford,

Institute of Traffic Engineers: Institute of Traffic Engineers,

New Jersey, 1976

Dadic, Transportation and Traffic Engineering Handbook

I., Bozicevic, D., Kos, G.: Methods of Traffic Flow

Organisation Intended to Reduce the Amount of Traffic

Jams in the Cities. Proceedings (CD) and Summary

(p. 54) of the 5'' World Congress on Intelligent Transport

Systems. Seoul, 12-16 October 1998

Dadic, I., Ivakovic, C., Bozicevic, D., Kos, G.: Organisation

Methods of Traffic Flows and Design or Selection of

Suitable Grade-Separated Interchanges. Proceedings

(CD) and Summary of the 6'' World Congress on Intelligent

Transport Systems. Toronto, 8-12 November

Dadic, 1., Kos, G., Markovic, D., Zupanovic, I.: Propusna

mac raskriija i organizacija prometnih tokova u zoni

Mihanoviceve ulice u Zagrebu. ISEP '95 (International

Symposium on Electronics in Traffic), Ljubljana, 1995

Dadic, I., Kos, G., Brlek, P.: Conflicts of the Traffic

Flows at One Level Intersections. Promct, Vol. 11, Supplement

No. 4, Zagreb, 1999, pp. 55-60.

Dadic, 1., Kos, G., Brlek, P.: Reduction of the Traffic

Jams in the Cities by Using the Methods of Traffic Flow

Organisation. ISEP '98 (International Symposium on

Electronics in Traffic), Ljubljana, 1998, pp. 105-116.

Dadic, I., Kos, G., Poic, K., Gasparac, E.: Measures for

reducing traffic congestion in cities. Promet, Vol. 11,

No. 1, Zagreb, 1999, pp. 15-19.

Vurdelja, J.: Prilog poveeanju efikasnosti semaforiziranog

krizanja gradskih cesta s obzirom na propusnu mac i

razinu prometne usluznosti te sigumost u prometu. CIM,

(1986) 8, pp. 293-299.

How to Cite
1.
Dadić I, Kos G, Gašparić E. Toward the Theory of Traffic Flow Organisation. Promet [Internet]. 1 [cited 2024Nov.21];14(2):51-8. Available from: https://traffic.fpz.hr/index.php/PROMTT/article/view/846
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