METHODOLOGY FOR CALCULATING THE FLUCTUATIONS OF THE CAR'S CUSHIONED MASS WITH ASYMMETRICALLY PLACED LOAD

Authors

  • Semyat Akhatov Academy of logistic and transport
  • Zholdas Berik Academy of Logistics and Transport
  • Natalya Ivanovtseva Academy of Logistics and Transport

DOI:

https://doi.org/10.52167/2790-5829-2022-2-2-1-7

Keywords:

oscillation, wagons, galloping, vertical rocking, transverse displacement

Abstract

The research showed that in the study of fluctuations of the car's upright mass the fluctuations of the car's unconstrained mass can be ignored, because the unconstrained ­mass transmits to the upright mass the vibrations only of high frequency and small amplitude, which impose only some high frequency vibration, close ­to the sound vibration, and therefore have ­no effect on the appearance of ­resonance at the vibration of the upright mass. The practice of calculating vertical oscillations of the car's cushioned mass and not taking into account the track elasticity does not result in errors exceeding 1-3%. Such an error in the results of calculating the oscillations of the car's cushioned mass is quite ­acceptable for solving the task set in the thesis work. In the article the problem of oscillations of the unrestrained mass ­of the ­open rolling stock at asymmetric location of cargo is considered ­under the assumption that only long irregularities of railroad strings in a vertical ­plane are considered as a ­random function of influence from the railroad track.

Author Biographies

Semyat Akhatov, Academy of logistic and transport

doctoral student, teaching assistant, Almaty, Kazakhstan, semyat@mail.ru

Zholdas Berik , Academy of Logistics and Transport

student,  Almaty, Kazakhstan, berik.zholdas@mail.ru

Natalya Ivanovtseva, Academy of Logistics and Transport

associate professor, Almaty, Kazakhstan, arman.kz_1677@mail.ru

References

[1] Akhatov S. T, Solonenko V. G., Makhmetova N. M., Kosenko S. A., Ivanovtseva N. V., Malik A. Application of linear asynchro-nous motors for high-speed ground transport. News of the National Academy of Sciences of the Republic of Kazakhstan, series of geology and technical sciences, 2021, vol. 2, no. 446, pp. 31 - 36, https://doi.org/10.32014/2021.2518-170X. 31

[2] Akhatov S.T., Malik A.A., Joldas B.A. The amplitude-frequency characteristics of acceleration of the suspension of a railway vehicle. International Journal of Advanced Logistics, Transport and Engineering, Vol. 1 No. 1 (2022) pp. 17-22

[3] K.K. Kobek, V.G. Solonenko, N.M. Makhmetova, S.T. Akhatov. Influence of bogie stiffness parameters of passenger cars in curve sections with small radius sections on horizontal dynamics. Materials of the International Scientific-Practical Conference "Transport Kazakhstan's Transport Potential: Origins and Prospects", dedicated to the 80th anniversary of the statesman N.K. Isingarin.N. K. Isingarin, September 29, 2021 / Edited by Professor Amirgalieva S.N. -. Almaty: Academy of Logistics and Transport, 2021 pp. 39-41 (In Russian)

[4] K.K. Kobek, A.Ә. Doskaliev, V.G. Solonenko, N.M. Makhmetova, S.T. Akhatov. Effect of Basic Parameters of Track and Bogie Design on Degree of Wheel Slippage on Rails. Materials of the International Scientific-Practical Conference "Transport Kazakhstan's Transport Potential: Origins and Prospects", dedicated to the 80th anniversary of the statesman N.K. Isingarin.N. K. Isingarin, September 29, 2021 / Edited by Professor Amirgalieva S.N. -. Almaty: Academy of Logistics and Transport, 2021 pp. 36-38 (In Russian)

[5] Akhatov S. T., Solonenko V. G., Makhmetova N. M. Control system of electromagnetic suspension with feedback of high-speed land transport. Journal of Transsib Railway Studies, 2021, no. 4 (48), pp. 22 - 28 (In Russian)

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Published

2022-06-10

How to Cite

Akhatov, S., Berik , Z., & Ivanovtseva, N. . (2022). METHODOLOGY FOR CALCULATING THE FLUCTUATIONS OF THE CAR’S CUSHIONED MASS WITH ASYMMETRICALLY PLACED LOAD. International Journal of Advanced Logistics, Transport and Engineering, 2(2), 1–7. https://doi.org/10.52167/2790-5829-2022-2-2-1-7

Issue

Section

Transport, Logistics