Organisational and Technological Aspects of Transport of Especially Valuable Goods in Rail Containers
https://doi.org/10.30932/1992-3252-2024-22-2-11
Abstract
Growth of railway container transportation volumes in the Russian Federation obliges to pay attention to ensuring the safety of cargo transportation. In this regard, it is advisable to outline organisational and technological aspects of transport of especially valuable cargo in rail containers.
The analysis of current regulatory and technical documents, domestic and foreign experience, allowed identifying the most effective areas of ensuring safety of transported goods, which are based on making changes to the design of the automatic coupling device of the rolling stock.
The paper substantiates the need to use indicators of careful handling, impact, tilt of cargo, vibrations, and temperature as well as the need to revise the insurance system for transportation of goods by rail.
This article describes a review and analytical study of the issue of ensuring safety of transportation of especially valuable cargo by rail, through the use of basic (making changes to the design of the rolling stock) and related (use of indicators (sensors) and improving the cargo insurance system) technical and organisational measures.
About the Authors
V. N. FilippovRussian Federation
Victor N. Filippov - D.Sc. (Eng), Professor.
Moscow
A. V. Pishchik
Russian Federation
Alexander V. Pishchik - External Ph. D. Student at the Department of Cars and Cars Economy of Russian University of Transport.
Moscow
References
1. Reutov, E. V. Formation of commercial market infrastructure in the sphere of cargo railway rail transportation. Ph.D. (Economics) thesis [Formirovanie kommercheskoi infrastruktury rynka v sfere gruzovykh zheleznodorozhnykh perevozok. Dis… kand. ekon. nauk]. Moscow, State University of Management, 2017, 174 p. [Electronic resource]: https://guu.ru/files/dissertations/2017/08/reutov_e_v/dissertation.pdf. Last accessed 25.02.2024.
2. Mamontov, I. Yu. Improving the organization of cargo transportation in containers using a support network of container accumulation and distribution centres. Ph.D. (Eng) thesis [Sovershenstvovanie organizatsii perevozok gruzov v konteinerakh s primeneniem opornoi seti konteinernykh nakopitelno-raspredelitelnykh tsentrov. Diss… kand. tekh. nauk]. Moscow, MGUPS (MIIT) publ., 2013, 300 p.
3. Kolomiychenko, V. V., Bespalov, N. G., Semin, N. A. Automatic coupling device of rolling stock [Avtostsepnoe ustroistvo podvizhnogo sostava]. Moscow, Transport publ., 1980, 185 p.
4. Bykov, B. V. Design, maintenance and current repair of cargo wagons [Konstruktsiya, tekhnicheskoe obsluzhivanie i tekushchiy remont gruzovykh vagonov]. Moscow, Zheldorizdat, Transinfo publ., 2005, 416 p. ISBN 5-94069-002-5.
5. Gapeev, V. I., Pishchik, F. P., Egorenko, V. I. Traffic safety in railway transport: Monograph [Bezopasnost dvizheniya na zheleznodorozhnom transporte: Monografiya]. Minsk, Polymya publ., 1996, 360 p. ISBN: 985–07–0149–8.
6. Filippov, V. N., Vasilenko, A. V., Malovichko, V. V. [et al.] Patent of the Russian Federation No. 2335422. Wagon with a deflecting device for an automatic coupling ‒ IPC B61G 7/12, 2004 [Patent RF № 2335422. Vagon s otklonyayushchim ustroistvom avtostsepki ‒ MPK B61G 7/12, 2004]. [Electronic resource]: https://yandex.ru/patents/doc/RU2335422C2_20081010. Last accessed 25.02.2024.
7. Petrov, G. I., Filippov, V. N., Kurzina, N. M., Sergeev, I. K. Evaluation of the Danger of Wheel Lift for Empty Cars in Heavy Trains during Shunting Collisions and Transient Modes of Movement. World of Transport and Transportation, 2022, Vol. 20, Iss. 1 (98), pp. 50–58. DOI: https://doi.org/10.30932/1992-3252-2022-20-1-6.
8. Asadulin, E. A., Paizildaev, A. I., Meparishvili, G. R. Parameters of a floating ridge beam and the relevance of its application for cargo rolling stock [Parametry plavayushchei khrebtovoi balki i aktualnost ee primeneniya dlya gruzovogo podvizhnogo sostava]. Vestnik nauki, 2020, Vol. 4, Iss. 6 (27), pp. 197–201. [Electronic resource]: https://www.вестник-науки.рф/archiv/journal-6–27–4.pdf#page=197 [full text of the issue]. Last accessed 21.01.2024.
9. Kubicki Antoni (PL), Strzyz Eugeniusz (PL), Chmielewski Andrzej (PL), Kędzier Józef (PL), Popławski Wojciech (PL), Milczarski Kazimierz (PL), Mikhailov V. M. (RU), Filipov V. N. (RU), Dimitrov V. V. (RU), Skuratov A. E. (RU), Kurenko V. N. (RU), Ulyanov O. A. (RU) (abbreviated Kubicki Antoni, Filipov V. N., Dimitrov V. V., Skuratov A. E., Kurenko V. N. et al.) Patent of the Russian Federation (11) No. 2210514. Method and device for diverting impact energy, in particular in automatic couplings of rail rolling stock – IPC B61G9/04, B61G11/16 20/08, 2003. [Electronic resource]: https://yandex.ru/patents/doc/RU2210514C2_20030820. Last accessed 01.02.2024.
10. Kubicki Antoni (PL), Strzyz Eugeniusz (PL), Chmielewski Andrzej (PL), Kędzier Józef (PL), Popławski Wojciech (PL), Milczarski Kazimierz (PL), Mihaylov V. M. (RU), Filipov V. N. (RU), Dimitrov V. V. (RU), Skuratov A. E. (RU), Tsurienko V. N. (RU), Ulyanov O. A. (RU) (abbreviated Kubicki Antoni, Filipov V. N., Dimitrov V. V., Skuratov A. E., Tsurienko V. N. et al.) Patent of the Russian Federation (11) No. 2112677. Energy absorbing device, in particular for automatic railway couplings – IPC B61G9/100, B61C11/00, 2004. [Electronic resource]: https://yandex.ru/patents/doc/RU2112677C1_19980610. Last accessed 01.02.2024.
11. Kobishchanov, V. V., Antipin, D.Ya., Shorokhov, S. G. Evaluation of dynamic loading of domestic passenger cars during emergency collisions of trains with obstacles [Otsenka dinamicheskoi nagruzhennosti otechestvennykh passazhirskikh vagonov pri avariinykh soudareniyakh poezdov s prepyatstviyami]. Technological support for repair and improvement of dynamic qualities of railway rolling stock: materials of the Third All-Russian scientific and technical conference with international participation. In 3 parts. Part 2. Omsk, OmGUPS publ., 2015. pp. 50–56. EDN: UZRSXB.
12. Petrov, G. I. Evaluation of safety of car movement in case of deviations from the standards of maintenance of running gear and track. D.Sc. (Eng) thesis [Otsenka bezopasnosti dvizheniya vagonov pri otkloneniyakh ot norm soderzhaniya khodovykh chastei i puti. Diss… dokt. tekh. nauk]. Moscow, MGUPS (MIIT), 2000, 348 p.
13. Filippov, V. N. Features of calculation, analysis and ways of improving dynamic indicators of promising heavy-duty wagons. D.Sc. (Eng) thesis [Osobennosti rascheta, analiza i puti uluchsheniya dinamicheskikh pokazatelei perspektivnykh bolshegruznykh vagonov. Diss..dokt.tekh. nauk]. Moscow, 1986, 384 p.
14. Bespalko, S. V. Development and analysis of models of damaging effects on tank boilers for transportation of cryogenic products. D.Sc. (Eng) thesis [Razrabotka i analiz modelei povrezhdayushchikh vozdeistvii na kotly tsistern dlya perevozki kriogennykh produktov. Diss… dokt. tekh.nauk]. Moscow, MGUPS, 2000, 426 p.
15. Sergeev, I. K. Modelling of longitudinal forces arising from the interaction of empty and lightly loaded cars in cargo trains. Ph.D. (Eng) thesis [Modelirovanie prodolnykh sil, voznikayushchikh pri vzaimodeistvii porozhnikh i malozagruzhennykh vagonov v gruzovykh poezdakh. Dis… kand.tekh.nauk]. Moscow, RUT (MIIT) publ., 2023, 190 p.
16. Pospelova, L. N. Improving the efficiency of transport and forwarding services based on the functioning of logistics centres. Ph.D. (Eng) thesis [Povyshenie effektivnosti transportno-ekspeditsionnykh uslug na osnove funktsionirovaniya logisticheskikh tsentrov. Diss… kand. tekh. nauk]. Moscow, RUT (MIIT) publ., 2018, 182 p.
Review
For citations:
Filippov V.N., Pishchik A.V. Organisational and Technological Aspects of Transport of Especially Valuable Goods in Rail Containers. World of Transport and Transportation. 2024;22(2):96-100. https://doi.org/10.30932/1992-3252-2024-22-2-11