Preliminary study of shaping the railway track geometry in terms of their maintenance costs and capacity

Authors

  • Piotr Gołębiowski Warsaw University of Technology, Faculty of Transport Author
  • Jacek Kukulski Warsaw University of Technology, Faculty of Transport Author

DOI:

https://doi.org/10.5604/01.3001.0014.1787

Keywords:

railway infrastructure, maintenance cost, capacity, rail durability

Abstract

In Poland, due to the increase in investments made by railways in recent years, and thus the increase in the replacement value of transport infrastructure, the need for expenditure on infrastructure maintenance will increase in the next 30 years, or the development of the developed transport network will degrade. As part of the overall discipline of resource management, subdiscipline has emerged - infrastructure asset management. As part of the management of railway transport infrastructure, the demand for cheaper maintenance costs will grow. The cost reduction of infrastructure maintenance is possible through meticulous assessment of its condition, rational selection of locations and scope of repairs at the assumed risk level, as well as at the stage of preparation of new construction or modernization projects taking into account aspects of later maintenance. For some time, we have been observing the accumulation of knowledge (methods, programs, procedures) in the country and abroad enabling optimization of infrastructure condition assessment and programming of its maintenance. The implementation of these solutions may result in a more rational use of funds for infrastructure maintenance and not disturb its smooth functioning in operation. The article discusses aspects that should be considered in the design process of railway infrastructure. Particular attention was paid to the durability of steel components of the railway superstructure, maintenance costs as well as aspects related to the capacity of the track node. An example of dependence of selected values of radial arcs depending on their durability and maintenance costs was presented. It was proposed to change the track layout at the Warszawa Srodmiescie passenger stop planned for reconstruction. Calculations of kinematic parameters for various configurations of railway turnouts were performed. Also, calculations of the capacity for the existing track system solution as well as the proposed track system after reconstruction of the analysed Warszawa Srodmiescie railway station were also carried out.

References

ALBRECHT, A. R., HOWLETT, P. G., PUDNEY, P. J., VU, X., 2013. Energy-efficient train control: from local convexity to global optimization and uniqueness. Automatica, 49(10), 3072-3078.

ARMSTRONG, J., PRESTON, J., 2017. Capacity utilisation and performance at railway sta-tions. Journal of Rail Transport Planning & Management, 7, 187-205.

BAŁUCH, H., 1983. Optymalizacja układów geometrycznych torów. Warszawa: WKiŁ.

BARTOŚ, M., GOŁĘBIOWSKI, P., 2019. Method of railway line audit in terms of the condition of railway infrastructure. MATEC Web of Conferences, 294, 1–7. DOI 10.1051/matec-conf/201929403010.

BILIŃSKI, J, BUTA, S., GMURCZYK, E., KASKA, J., 2009. Asynchroniczny napęd z hamowaniem odzyskowym do elektrycznych zespołów trakcyjnych serii EN57 i EN71. Technika Transportu Szynowego, 10, 38-44.

BURDZIK, R., NOWAK, B., ROZMUS, J., SŁOWIŃSKI, P., PANKIEWICZ, J., 2017. Safety in the railway industry. Archives of Transport, 44(4), 15-24.

DOMIN, R., DOMIN, I., CHERNIAK, G., MOSTOVYCH, A., KONSTANTIDI, V., GRYNDEI, P., 2016. Investigation of the some problems of running safety of rolling stock on the Ukrainian railways. Archives of Transport, 40(4), 15-27.

EUROPEAN UNION ROAD FEDERATION (EFR), 2014. Road Asset Management: An ERF Position Paper for Maintaining and Improving a Sustainable and Efficient Road Network. Brussels: ARRB.

FENG, D., LIN, S., HE, Z., SUN, X., 2017. A technical framework of PHM and active maintenance for modern high-speed railway traction power supply systems. International Journal of Rail Transportation, 5(3), 145-169.

GAŠPARÍK, J., CEMPÍREK, V., 2019. Rail-way Infrastructure Capacity in the Open Access Condition: Case Studies on SŽDC and ŽSR Networks. Transportation Systems Analysis and Assessment, DOI: 10.5772/intechopen.88929.

GOŁĘBIOWSKI, P., JACYNA, M., ŻAK, J. 2019. Multi-criteria method of selection the way of conducting railway traffic on the open line for modernized and revitalized railway lines. MATEC Web of Conferences, 294, 1–7. DOI 10.1051/matecconf/201929404015

GRULKOWSKI, S., ZARICZNY, J., GLEBA, R., 2017. Effect of different structure type traffic on railway line capacity. Polish Maritime Research, 24, 82-88.

HELLER, S., 2016. Zastosowanie metod kompleksowego zarządzania infrastrukturą w drogownictwie. Drogownictwo, 12, 379-384.

https://utk.gov.pl/pl/dokumenty-i-formu-larze/opracowania-urzedu-tran/14398,Najwieksze-stacje-kolejowe-w-Polsce.html [access: 05.09.2019].

IŽVOLT, L., DOBEŠ, P., PIEŠ, J., 2018. Verification of boundary conditions of numerical modeling of the track substructure thermal regime – influence of the snow cover. Archives of Transport, 48(4), 51-60.

JACYNA, M., GOŁĘBIOWSKI, P., KRZE-ŚNIAK, M., 2017. Some aspects of heuristic algorithms and their application in decision support tools for freight railway traffic organization. Zeszyty Naukowe. Transport - Politechnika Śląska, 96, 59–70.

JACYNA, M., GOŁĘBIOWSKI, P., KRZEŚNIAK, M., SZKOPIŃSKI, J., 2019. Organizacja ruchu kolejowego. Warszawa: Polskie Wydawnictwa Naukowe.

JACYNA, M., GOŁĘBIOWSKI, P., URBANIAK, M., 2016. Multi-option model of railway traffic organization including the energy recuperation. Communications in Computer and Information Science, 640, 199-210.

JACYNA, M., IZDEBSKI, M., SZCZEPAŃSKI, E., GOŁDA, P., 2018. The task assignment of vehicles for a production company. Symmetry, 10(11), 551.

JACYNA, M., KŁODAWSKI, M., 2011. Model of transportation network development in aspect of transport comodality. Proceedings - ICSEng 2011: International Conference on Systems Engineering 2011, 6041567, 341-345.

JACYNA, M., KRZEŚNIAK, M., 2018. Computer Support of Decision-Making for the Planning Movement of Freight Wagons on the Rail Network. Lecture Notes in Networks and Systems, 21, 225-236.

JACYNA, M., SZCZEPAŃSKI, E., IZDEB-SKI, M., JASIŃSKI, S., MACIEJEWSKI, M., 2018. Characteristics of event recorders in Automatic Train Control systems. Archives of Transport, 46(2), 61-70.

JACYNA, M., WASIAK, M., 2015. Multicriteria decision support in designing transport systems. Communications in Computer and Information Science, 531, 11-23.

JACYNA, M., ZAK, J., 2016. Simulation Models in Testing Reliability of Transport Process | [Modele Symulacyjne w Zastosowaniu do Badania Niezawodności Procesów Transportowych]. Journal of Konbin, 37(1), 203-230.

JACYNA-GOŁDA, I., IZDEBSKI, M., PODVIEZKO, A., 2017. Assessment of efficiency of assignment of vehicles to tasks in supply chains: a case study of a municipal company. Transport, 32(3), 243-251.

JACYNA-GOŁDA I., ŻAK, J., GOŁĘBIOWSKI P., 2014: Models of traffic flow distribution for various scenarios of the development of proecological transport system. Archives of Transport, 32(4), 17-28.

KAROŃ, G, FIRLEJCZYK, G., 2006. Ocena płynności ruchu na odcinku z komputerowym systemem sterowania i kierowania ruchem kolejowym. Zeszyty Naukowe Politechniki Śląskiej. Seria Transport, 62, 237-246.

KOLEJE MAZOWIECKIE, 2019. Tabor Kolei Mazowieckich. Available on-line: https://www.mazowieckie.com.pl/sites/de-fault/files/tabor%20Kolei%20Mazowieckich.pdf [access: 08.05.2020]

KOSICKI, D., URYGA, B., JASIAK, M., 2015: Modele mikrosymulacyjne sieci kolejowej w studiach wykonalności realizowanych dla PKP Polskie Linie Kolejowe S.A. Przegląd Komunikacyjny, 9, 53-57.

KOWALSKI, M., JANKOWSKI, A., RAJCHEL, J. (2016). Restarting of a jet engine during flying and flight safety. Icas 2016-cd-rom proceedings.

KUKULSKI, J., GOŁĘBIOWSKI, P., PYZA, D., JACHIMOWSKI, R., WYCHOWAŃSKI, W., 2019. Selected aspects of the selection of data sent to the vehicle in automatic rail vehicle driving systems. Zeszyty Naukowe. Transport - Politechnika Śląska, 103, 43-52.

KUKULSKI, J., JACYNA, M., GOŁĘBIOWSKI, P., 2019. Finite Element Method in Assessing Strength Properties of a Railway Surface and Its Elements. Symmetry-Basel, 8, 11, 1-29.

KUKULSKI, J., KARDAS-CINAL, E., 2020. Effect of Track Structure on Dynamical Responses of a Railway Vehicle. In: M. Siergiejczyk and K. Krzykowska, eds., Research Methods and Solutions to Current Transport Problems, 257-265.

LANDEX, A., SCHITTENHELM, B., KAAS, A. H., SCHNEIDER-TILLI, J., 2008. Capacity measurement with the UIC 406 capacity method. COMPRAIL 2008. Computers in Railways XI, 103, 55-64.

LESIAK, P., SZUMIATA, T., WLAZŁO M., 2015. Laser scatterometry for detection of squat defects in railway rails. Archives of Transport, 33(1), 47-56.

LIDÉN, T., JOBORN, M., 2016. Dimensioning windows for railway infrastructure maintenance: Cost efficiency versus traffic impact. Journal of Rail Transport Planning & Management, 6, 32-47.

MARX, A., FRY, K., 2010. Visualising infrastructure condition. International Railway Journal, 8, 54-56.

NICULESCU, A.I., JANKOWSKI, A., KOWALSKI, M., SIRETEANU, T. (2018). Equivalent quarter car (EQC) car model - Excited vertical, by road and forces. FISITA World Automotive Congress 2018, 2018-October.

NOWOSIELSKI, L., 1999. Organizacja prze-wozów kolejowych. Warszawa: Kolejowa Oficyna Wydawnicza.

PKP POLSKIE LINIE KOLEJOWE S.A., 2015. Warunki techniczne utrzymania nawierzchni na liniach kolejowych Id-1 (D-1). Warszawa: PKP Polskie Linie Kolejowe S.A.

PKP POLSKIE LINIE KOLEJOWE S.A., 2019. Regulamin sieci 2019/2020. Warszawa: PKP Polskie Linie Kolejowe S.A.

PKP POLSKIE LINIE KOLEJOWE S.A., 2019. Wytyczne techniczne budowy urządzeń sterowania ruchem kolejowym Ie-4 (WTB-E10) (obowiązujące od 01.01.2020 r.). Warszawa: PKP Polskie Linie Kolejowe S.A.

ROTOLI, F., MALAVASI, G., RICCI, S., 2016. Complex railway systems: capacity and utilisation of interconnected networks. European Transport Research Review, 8, 29.

RYCHLEWSKI, J., 2009. Wpływ modernizacji linii kolejowych na ich przepustowość. Technika Transportu Szynowego, 7-8, 23-27.

SACCHI, C., REGAZZONI, C. S., 2000. A distributed surveillance system for detection of abandoned objects in unmanned railway environments. IEEE transactions on vehicular technology, 49(5), 2013-2026.

SHARMA, R. C., PALLI, S., SHARMA, S. K., ROY, M., 2017. Modernization of railway track with composite sleepers. International Journal of Vehicle Structures & Systems, 9(5), 321-329.

SOBOTA, A., ŻOCHOWSKA, R., SZCZEPAŃSKI, E., GOŁDA, P., 2018. The influence of tram tracks on car vehicle speed and noise emission at four-approach intersections located on multilane arteries in cities. Journal of Vibroengineering, 20(6), 2453-2468.

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2020-03-31 — Updated on 2024-02-06

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Gołębiowski, P., & Kukulski, J. (2024). Preliminary study of shaping the railway track geometry in terms of their maintenance costs and capacity. Archives of Transport, 53(1), 115-128. https://doi.org/10.5604/01.3001.0014.1787 (Original work published 2020)

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