METHODS FOR DETERMINING THE STIFFNESS OF A RUBBER-METALLIC SHOCK ABSORBER OF A PENDULUM SUSPENSION OF A TRACTION ELECTRIC MOTOR OF AN ELECTRIC LOCOMOTIVE
Keywords:
Electric locomotive, electric traction motor, pendulum suspension of electric traction motor, rubber-metal shock absorber, dynamic calculation of pendulum suspension, vibration protection.Abstract
The article presents a new technique for determining the stiffness of the rubber-metal shock absorber of the pendulum suspension of the locomotive traction electric motor.
References
Simon Iwnicki. Handbook of Railway Vehicle Dynamics. 2006. Taylor & Francis Group. - 527 p.
Volkov I.V. Mechanical part of the electrical rolling stock: textbook / I.V. Volkov, - Rostov-on-Don: RGUPS, 2007. - 92 p.
Mechanical part of the rolling stock. / Edited by I.S. Biryukov, A.N. Savoskin et al. Moscow: Transport, 1992. - 440 p.
Dynamics of locomotives. / M.A. Ibragimov, V.I. Kiselev, V.A. Ramlov, A.V. Skalin: tutorial.-M.: RGOTUPS, 2005. - 128 p.
Khrоmоva G.A., Fayziboev Sh.S., Каmolov I.S., Insapov D.M. / Designing the structure of the electric transport system. Study guide, Tashkent, TTYMI, 2009.- 144 p.
Khrоmоva G.A., Khrоmоv С.A., Кamalov I.S. Development of a generalized model of vibrations of the shaft of an electric locomotive traction motor. // Reports of the Academy of Sciences of the Republic of Uzbekistan, № 12, 2001, P.14-18.
Khromova G.A., Kamalov I.S., Mukhsimova D.Z. Determination of dynamic loads arising in the traction transmission of an electric locomotive // «Eurasian Journal of Academic Research»: International scientific journal (ISSN: 2181-2020), Volume 2 Issue 12, November 2022, p. 1007-1111. https://doi.org/10.5281/zenodo.7386533
