Model of Shunting Technology Based on System Structure

  • Anton Pepevnik
Keywords: technology, shunting, railway, system, structure, optimisation

Abstract

Railway transport is facing a growing liquidity problem.The major problem in small systems is the detention of wagonsat marshalling yards, which prolongs the time of freight travel.To avoid this problem it is of great importance to search for parametersthat would enable creation of a model of technologythat would provide shorter wagon detention time at stations aswell as optimising the number of marshalling yards for smallsystems. It is at the same time a great opportunity to search for alink between the shunting work in the railway transport and thetheoretical system approach which presents it as a current scientificproblem. In classical technology the shunting work iscarried out with no application of and no regard for the systemapproach. With new shunting systems in the railway transportthe regard for theory of transport systems is crucial as the secondarylevel of classical methods.As already pointed out, from the theoretical point of viewan important contribution will be made to the use of system theoryfor shunting purposes, since the suggested model effectivelyprovides the approach of analysing separate elements in therailway transport structure into integral shunting operations atthe railway stations.

References

Cicak, M., Jokic, M.: (1987) Matematicke metode u

ieleznickom saobracaju i transportu, Univerzitet u Beogradu,

Saobracajni fakultet, Beograd.

External Effects on Transport, International Union of

Railways, Paris, 1995.

Ihde, B.G.:(1991) Transport, Verkehr, Logistik, Verlag

Franz Vahler Miinchen, Miinchen.

Kolenc, J.:(1992)Automatizirani informaci.Jski prometni

sustav, IPZ Zagreb.

Pepevnik, A., Pepevnik, U.:(2000) Harmonizacija ielezniSkih

storitev v RS z Logisticnim sistemom EU, Zbornik,

kongres Transport - prornet - logistika, Portoroz.

Drustvo PACK :(1996) Programm, Ganzzugsverkehre

im kombinierten Verker zwischen Slowenien - 6sterreich

- Deutschland, UIRR.

Razvojne moinosti kombiniranega transporta v Sloveniji;

trina analiza, Prometni institut Ljubljana, Ljubljana,

Slovenija v mednarodnih transportnih tokovih, Prometni

institut Ljubljana, Ljubljana, 1994.

Strategija razvoja tovornega prometa V si, Prometni institut

Ljubljana, Ljubljana, 1995.

Kombinirani transport; Evropska komisija v okviru programa

PACT, UIRR -Mednarodno zdruzenje oprtnih

druzb, Bruselj, 1996.

How to Cite
1.
Pepevnik A. Model of Shunting Technology Based on System Structure. Promet - Traffic&Transportation. 1;15(5):291-7.
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