employee
Kolomna, Moscow, Russian Federation
employee
Kolomna, Moscow, Russian Federation
employee
Kolomna, Moscow, Russian Federation
employee
Kolomna, Moscow, Russian Federation
BBK 392 Железнодорожный транспорт
The results of studying the effect of the rigidity of the horizontal transverse wheelset connection with the truck frame and the moment of resistance to turning the truck relative to the body on the dynamics and impact on the track of railway rolling stock (RRS) are presented. Dynamic action and modeling of RRS movement in a curve and in a straight section of the track are carried out. Specific elastic-dissipative characteristics of these connections are proposed for guidance in the design of the carriage.
research, impact, connections, dynamics, track, characteristics, design
1. Kossov VS, Berezin VV, Ilyin IE, Ponomarev AS. On the issue of choosing rational characteristics of the horizontal plane links of the high-speed multipleunit rolling stock undercarriage for operation on the landfills with a large number of sharp curves. Railway Equipment. 2024;1:56-62.
2. Golubyatnikov SM, Kutsenko SM. Study of the influence of some design characteristics of diesel locomotive carriages on dynamics in curves. Trudi VNIKTI. 1970;34:242-260.
3. Lvov AA, Romen YuS, Kuznetsov AV. Dynamics of ER22 and ER200 electric train cars on trucks with pneumatic suspension. Trudi Vsesoi︠u︡znjgj Nauchno-issledovatelʹskogo Instituta Zheleznodorozhnogo Transporta. 1970;417:183.
4. Lvov AA, Zhelnin GG, Berezovsky AM. Parameters of ER200 electric train suspension and the results of dynamic (running) and impact on the test track. Trudi Vsesoi︠u︡znjgj Nauchno-issledovatelʹskogo Instituta Zheleznodorozhnogo Transporta. 1978:4-79.
5. Ivanov VN, editor. Design and dynamics of diesel locomotives. Moscow: Transport; 1974.
6. Medel VB. Rolling stock of electric railways. Moscow: Transport; 1950.
7. GARANT.RU: Rules of technical operation of railways of the Russian Federation [Internet]. [place unknown]: Ministry of Transport of the Russian Federation; 2010 [cited 2024 Sep 01]. Available from: https://www.garant.ru/products/ipo/prime/doc/55070488 / ?ysclid=m2wuixebjx13236410#review
8. Lysyuk, VS. Causes and mechanism of wheel derailment. The problem of wheel and rail wear. Moscow: Transport; 1997.
9. Berezin, VV, Tikhonov AA. Study of interacting a wheel and a rail of two-axle railway carriages. Vestnik VNIKTI. 2017;100:54-62.
10. Harris WJ, Zakharov SM, Langren J, Tourne H, Ebersen V. Generalization of the best practices of heavy-weight movement: issues of wheel and rail interaction. Moscow: Intext; 2002.
11. Brzhezovsky AM, Arshintsev DN, Brzhezovskaya OG. Experimental assessment of interacting the carriage and the track in high-speed traffic: monograph. Moscow : RAS; 2019.
12. Issues of horizontal and vertical dynamics of locomotives. Proceedings of the Scientific and Research Institute of Railways. Moscow; 1969.
13. Belyaev AI, Bunin BB, Golubyatnikov SM. Improving the reliability of locomotive carriages. Moscow: Transport; 1984.
14. Decree of the Ministry of Transport of the Russian Federation. Standards of permissible speeds of rolling stock along railway tracks of 1520 (1524) mm gauge of federal railway transport. Moscow: Transport; 2001.
15. Ministry of Transport of the Russian Federation. Standards for calculating and evaluating the strength of load-bearing elements and the dynamic qualities of the carriage of the two-car rolling stock for railways of the Ministry of Transport of the Russian Federation with a gauge of 1520 mm. Moscow; 1997.
