DOI:
10.18413/2518-1092-2017-2-1-3-13
THE MODEL OF PRODUCTION PROCESS OF THE PARTY OF THE SUBJECTS OF LABOUR
The article discusses the construction of the model of streaming production line with the
constraints on the technological trajectory of subjects of labour. The work shows the influence of the subject of labour movement trajectory, which is related to the limited maximum capacity of the operating storage. It analyses constraint that is associated with the serial order of subjects of labour processing. The equation for the trajectory of the regulatory process is built, taking into account the constraints on the trajectory of the subjects of labour, which can be used for closing the balance equations of PDE-models of streaming production lines.
Keywords: Euler's equation,
the production line,
mass production,
work in progress,
the Lagrange formalism,
technological trajectory,
production line,
PDE model.
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1. Lysenko Yu.G. Modelling of technological flexibility of production and economic systems / Yu.G. Lysenko, N.V. Rumyantsev. – Donetsk: DNU, 2007. – 238 p.
2. Mitrofanov S.P. Technological preparation of flexible manufacturing systems / S.P. Mitrofanov, D.D. Kulikov. – L.: Mashinostroenie, 1987. – Р. 352.
3. Kopp V.Ya. Simulation of automated production systems / V.Ya. Kopp. – Sevastopol': SevNTU, 2012. – 700 p.
4. Lotov A.V. Introduction to the economic and mathematical modeling / A.V. Lotov. – M.: Nauka. Glavnaya redaktsiya fiz-mat. literatury, 1984.– 392 p.
5. Scholz-Reiter B. Modelling and Control of Production Systems Based on Nonlinear Dynamics Theory / B. Scholz // Annals of the CIRP. – New York: Reiter. – 2002. – № 1. – P. 375–378.
6. Pihnastyi O. M. Statistical theory of production systems / O.M Pihnastyi. – Kharkіv: KhNU, 2007. – 388 p. Available at: https://goo.gl/dzcEZk
7. Hopp W.J. Factory Physics: Foundations of Manufacturing Management / W.J. Hopp, M.L. Spearman. – Boston: Irwin. McGraw-Hill, 2001. – 698 p.
8. Buslenko N.P. Mathematical modeling of production processes / N.P. Buslenko. – M.: Nauka, 1964. – 363 p.
9. Katzorke K. Chaos and complexity in simple models of production dynamics / K. Katzorke, A. Pikovskyb // Discrete Dynamics in Nature and Society. – №5.–2000. – PP. 179-187.
10. Riano G. Transient behavior of stochastic networks: Application to production planning withload-dependent lead times / G.Riano // Atlanta, 2003. – 556 р.
11. Schmitz J.P. Chaos in Discrete Production Systems. / J.P. Schmitz, J.E. Rooda // – Journal of Manufacturing Systems. – 2002. – V. 21. –№3. – P. 236-246.
12. Pihnastyi O. M. The calculation of the production cycle with the use of the statistical theory of technological systems / O.M. Pihnastyi, V.D. Khodusov // Dopovіdі Natsіonal'noї akademії nauk Ukraїni. – Kiev: Vidavnichiy dіm "Akademperіodika". – 2009. – №12. – P. 38-44. –Available at: https://goo.gl/Qw6qqK
13. Dudorin V.I. Mathematical methods in the planning of machine-building production / V.I. Dudorin. – M.: Mashgiz, 1963. – 215 p.
14. Danilevskiy V.V. Mechanical engineering Technology / V.V. Danilevskiy. – M.: Vysshaya. shkola, 1984. – 416 p.
15. Bessonov V. A. Depending tempo production with limited effective set / V. A. Bessonov, I. P. Ivanilov // DAN SSSR. – 1989. – Tom 309, №5. – P. 1033-1036.
16. Bigel' Dzh. Upravlenie proizvodstvom / Dzh. Bigel'. – M.: Mir, 1973. – 420 p.
17. Bir S. Cybernetics and production management / S. Bir. –M.: Izd-vo Fiz.-mat. literatury, 1963. – 276 p.
18. Babuk V.V. Designing technological processes of machining in mechanical engineering / V.V. Babuk, V.A. Shkred. – Minsk: Vysh. shk., 1987. – 255 p.
19. Balashevich V.A. Mathematical methods in production management / V.A. Balashevich. – Minsk: Vysh. shk., 1976. – 334 p.
20. Pihnastyi O.M. Distinctive numbers of production systems functioning description / О.М. Pignasty // Problems of Atomic science and technology. – Kharkov: KIPT. – 2007. – №3 – P. 322-325. Available at: https://goo.gl/1o9QlH
21. Lefeber E. Modeling, Validation and Control of Manufacturing Systems / E. Lefeber, R.A. Berg, J.E. Rooda // Proceeding of the 2004 American Control Conference. –Massachusetts. – 2004. – P. 4583-4588.
22. Pihnastyi O.M. On the construction of the objective function of the production system / O.M. Pihnastyi // Dopovіdі Natsіonal'noї akademії nauk Ukraїni. – Kiїv: Vidavnichiy dіm "Akademperіodika". – 2007. – №5. – P. 50-55. Available at: https://goo.gl/dF18Kx
23. Demutskiy V.P. The objective function of the production system with mass production / V.P. Demutskiy, O.M. Pihnastyi, V.D. Khodusov // Vіsnik Kharkіvs'kogo natsіonal'nogo unіversitetu. – Kharkiv: KhNU. – 2006. – №746. – P. 95-103. Available at: https://goo.gl/KzUDqO
24. Demutskiy V.P. Stochastic description of the economic and production systems to mass production / V.P Demutskiy, V.S. Pihnastyi, O.M. Pihnastyi // ovіdі Nacіonal'noї akademії nauk Ukraїni. – Kiїv: Vidavnichij dіm "Akademperіodika". – 2005. – №7. – P. 66-71. –Available at: https://goo.gl/Cu6MXe
25. Raskin L.G. Forecasting technical state management systems / Yu.T. Kostenko, L.G. Raskin. Kh.: Osnova, 1999, 303 p.