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Optimal laws of gear shift in automotive transmissions

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EN
In the article the influence of the moment of beginning of shifting gears on the efficiency of acceleration of the vehicle has been evaluated – on the fuel consumption at a given level of dynamism of the car. Different programs of switching gear at different values of the length of the friction trailing have been studied. Arguments are made in favor of the fact that the gearshift processes should not be too fast and that the work of friction trailing is not decisive in view of the need to increase the energy efficiency of the car. It is emphasized that between the laws of gear shifting, which are optimal considering the fuel economy, which, having in mind the dynamism, there are no fundamental differences. On the basis of the information obtained, it is concluded that the real variety of transmissions is unreasonably excessive and even harmful, since optimality is usually monotonous.
Twórcy
autor
  • Lviv State University of Life Safety
autor
  • National University “Lviv Polytechnics”
Bibliografia
  • 1. Schwab M. 1984. Electronic Control of a 4-Speed Automatic Transmission with Lock-Up Clutch. SAE Technical Paper Series, № 840448, 85-93.
  • 2. Holmes R. S., Smyth R. R., and Speranza D. 1983. Automated Mechanical Transmission Controls. SAE Technical Paper Series, № 831776, 9.
  • 3. Koralewski G., and Wrona R. 2014. Identification and evaluation of algorithms for the automatic transmission shift during the acceleration of a city bus.. Autobusy, No 5, 22-28. (in Polish).
  • 4. Kurata K., Minowa T., and Ibamoto M. 2005. A study of smooth gear shift control system with torque feedback. Electronic transmission control. Edited by Ronald K. Jurgen, SAE, 217-221.
  • 5. Minowa T., and Ochi T. 2005. Smooth shift control technology for clutch-to-clutch shifting. Electronic transmission control. Edited by Ronald K. Jurgen, SAE, 253-258.
  • 6. Winchell F. J., and Route W.D. 1961. Ratio Changing the passenger car automatic transmission. SAE Preprint, No 31 lA, 1-34.
  • 7. Brejcha Mathies F. and Tuuri Ronaid A. 1997. Automatic Transmissions and Transaxles. Theory, Operation, Diagnosis and Service. 4rd ed., 688.
  • 8. Design practices - passenger car automatic transmission. 1994. Prepared under the auspices of SAE Transmission/Axle/Driveline Forum Committee. 3rd ed., 912.
  • 9 Kucukay F., Brandt H. and Seichter R. 1982. Berechnungsmethoden zur Optimierung von Automatik-getrieben // Automobiltechnische Zeitsschrift 94, No. 3. 134–141.
  • 10. Kucukay F. and Renoth F. 1994. Intelligente Steuerung von Automatikgetrieben durch den Einsatz der Elektronik // Automobiltechnische Zeitsschrift 96, No. 4, 228–235.
  • 11. Schmitt L. 1991. Qualitatsmethoden in der Automatikgetriebeentwicklung // Automobil-Industrie 36: Teil 1, No. 4/5, 337–345; Teil 2, No. 6, 487–491.
  • 12. Aitzetmueller H. 2009. Functional properties and economy of tractor and special technique with VDS transmissions. Mechanics of machines, mechanisms and materials, No 1 (6), 20-24. (in Russian).
  • 13. Burski Z. and Krasowski E. 2012. Modelling of the kinetic energy loss in a vehicle on the basis of cumulative frequency of speed profile parameters / ECONTECHMOD. An international quarterly journal - Vol. 01. No. 2, 03–07.
  • 14. Holovchuk A., Kovalyshyn S, Habriyel Yu. and Zholobko V. 2015. Computerised system of research of automobile and tractor engines / ECONTECHMOD. An international quarterly journal - Vol. 4. No. 4, 55-58.
  • 15. Hashchuk P. M. 1992. Energy efficiency of the car. Lviv: Svit, 208. (in Russian).
  • 16. Hashchuk P. M. 1987. Optimization of the fuel-speed properties of the car. - Lviv: Vishcha school, 168. (in Russian).
  • 17. Hashchuk P. M. 1998. Energy-transforming car systems. Identification and analysis. - Kharkov: RIO HGADTU, 272. (in Russian).
  • 18. Hashchuk P. M. and Pelo R.A. 2004. Interdependence of the structure of the series of transmission ratios and the optimal laws of switching the level transmission of the car // Optimization of production processes and technical control in mechanical engineering and instrument making: The Bulletin of the National University "Lviv Polytechnic", No. 515. 74-80. (in Ukrainian).
  • 19. Hashchuk P. M. and Pelo R. A. 2006. Features of the optimum gearshift in the multi-stage car transmission // Bulletin SNU n.a. V. Dalia .- № 7 (101) .- Lugansk, 45-58. (in Ukrainian).
  • 20. Pelo R. A. 2006. Substantiation of some properties of an automaton for controlling the transmission of a car // Prob. sciences works. Design, manufacture and operation of motor vehicles and trains . Ed. 9.- 94-98. (in Ukrainian).
  • 21. Hashchuk P. M. and Pelo R. A. 2007. Substantiation of the choice of the program of switching in the mechanical transmission of the car in the implementation of a given program of motion // Automation of production processes in mechanical engineering and instrumentation: Ukrainian intermediate. Sci.-Tech. Collection. - Lviv: National University "Lviv Polytechnic",. - Ed. 41. 73-80. (in Ukrainian).
  • 22. Hashchuk P. M. and Pelo R. A. 2009. Analysis of the transition process at the automated switching of the car transmission stages // Bulletin of the National Transport University. - Kyiv: NTU,. - Issue 18. 32-41. (in Ukrainian).
  • 23. Dvulit Z. and Bojko O. 2014. Towards sustainable transport in Ukraine: main obstacles and directions of development / ECONTECHMOD. An international quarterly journal – Vol. 3. No. 2. 7-14. 24.
  • 24. Ishihara T., Oya M., Nishikawa H., Suzuki K. 1969. Transient Characteristics of Automatic Transmission during Gear Ratio Change. Bulletin of JSAE № 1, 219-231.
  • 25. Ishihara T., Numazawa A., Suzuki K., Yokoi T. 1978. Automatic Transmission Optimization for Better Fuel Economy. Proc. of XVIIth FISITA Congress, 188-197.
  • 26. Ishihara T., Shindo Y., Ito H. 1979. A fundamental Consideration on Shift Mechanism of Automatic Transmission. SAE Transactions № 88, 219-229.
  • 27. Kusaka K., Okhura Y. 1990. A Transmissin Control System for Construction Machinery. SAE Techn. Paper, Ser.90 № 1557, 12.
  • 28. Numazawa A. 1980. Development of a four - speed automatic transmission with overdrive. - International Journal of Vehicle Design, , vol. 1, N 2, 151-164.
  • 29. Winchell F. J., Route W. D. 1961. Ratio Changing the Passenger Car Automatic Transmission. SAE-Paper, № 311A, 18.
  • 30. Minowa T. Ochi T. 2005. Smooth shift control technology for clutch-to-clutch shifting // Electronic transmission control. Edited by Ronald K. Jürgen, SAE, 253-258.
Uwagi
Opracowanie rekordu w ramach umowy 509/P-DUN/2018 ze środków MNiSW przeznaczonych na działalność upowszechniającą naukę (2018).
Typ dokumentu
Bibliografia
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