MAIN STAGES OF AUTOMATED SYSTEM OF PROCESSES FOR DETERMINING AND ENSURING FUNCTIONAL AND PARAMETRIC COMPATIBILITY OF PRODUCTION AND TECHNOLOGICAL SYSTEMS

Authors

Sarvar Botir ugli Nabiyev, Tashkent State Technical University Address: 2 Universitetskaya st., 100095, Tashkent city, Republic of Uzbekistan E-mail: websarvar@gmail.com, Phone:+998-90-331-71-51;Follow

Abstract

This article presents the main stages of the development of an automated system of processes for determining and ensuring functional and parametric compatibility (FPC) of components of production and technological systems (PTS), in particular production and technological modules (PTM) of machine-building production, respectively, based on the analysis and systematization of technological zones of loading of the main technological equipment (MTE) and the construction of coating surfaces, the main parameters of industrial robots and storage systems (SS), determination and mathematical formalization of coating surfaces and guiding planes of MTE loading zones, formation of types of analytical dependences of FPC PTM functions, development of a mathematical model for automating the processes of determining and providing FPC of PTM components. The present developed automated system can be used in the processes of restructuring and modernization of domestic machine-building production systems by automating the processes of building optimal production and technological structures of various hierarchical levels for the purpose of information, technological and functional-parametric integration of domestic and foreign production structures of mechanical engineering.

First Page

27

Last Page

33

References

1. Edgar Galvan, “Parametric optimization: Applications in systems design”, Dissertation, - Submitted to the Office of Graduate and Professional Studies of Texas A&M University in partial fulfillment of the requirements for the degree of Doctor of Philosophy, 2016, 205 p.
2. N.R. Yusupbekov, B.I. Muhamedov, Sh.M. G’ulomov, Texnologik jarayonlarni nazorat qilish va avtomatlashtirish. Tashkent: O’qituvchi, 2011, 576 p.
3. S.B. Nabiev, “Formalization and construction of automation models of functional and parametric combination of components of production and technological systems of mechanical engeneering”, magisterskaya dissertaciya, Tashkent State Technical University named after Islam Karimov, 2020, 76 p.
4. SH.Y. Pulatov, Z.T. Madrahimov, Modeli i metody' funkcional'nogo vzaimodeystviya promy'shlennogo robota s obrabaty'vayusch'im oborudovaniem v sostave GPM [Models and methods of functional interaction of an industrial robot with processing equipment as part of a GPM]. Tashkent: UzNPO «Kibernetika» AN UzSSR. 50 p. (in Russian).
5. A.R. Ruzikulov, Z.T. Madrahimov, “O metode formalizacii vzaimosvyazey tehnologicheskih moduley pri sistemnom proektirovanii avtomatizirovanny'h uchastkov mehanoobrabotki [About the method of formalization of interrelations of technological modules in the system design of automated machining sites], Tezisy' dokladov vtoroy mejdunarodnoy nauchno-prakticheskoy konferencii «Sistemny'y analiz, modelirovanie i upravlenie slojny'mi processami i ob`ektami na baze E`VM», Tashkent, 1992, 121 p.
6. A.S. Galiullin, Obratnaya zadacha dinamiki [Inverse dynamics problem], Moskva: Nauka, 1981, 144 p. (in Russian).
7. S.B. Nabiev, Matematicheskaya model' avtomatizacii processov opredeleniya i obespecheniya funkcional'no-parametricheskoy sovmestimosti komponentov proizvodstvenno tehnologicheskih moduley (PTM) s vyazkouprugimi zven'yami v dinamicheskom upravlenii [A mathematical model for automating the processes of determining and ensuring the functional-parametric compatibility of the components of production and technological modules (PTM) with viscoelastic links in dynamic control]. Mejdunarodnaya konferenciya «Informatika: problemy', metody', tehnologii»(IPMT - 2021), Voronej, 2021, 11 p. (in Russian).
8. Three-Dimensional Computer - Aded Design Systems for Plant Layout. The Hitachi Hayrom, no. 4, vol. 68, pp. 59-63, 1986.
9. N.A. Muminov, Z.T. Madrahimov, i dr., “O metode formirovaniya e`ffektivny'h tehnologicheskih struktur gibkih uchastkov mehanoobrabotki” [About the method of formation of effective technological structures of flexible sections of mechanical processing], Uzbekskiy jurnal «Problemy' informatiki i e`nergetiki», no. 2, 1993. (in Russian).
10. N.A. Muminov, Z.Z. SHamsiev, i dr., Kompleks programm «Avtoma-tizirovannoe proektirovanie gibkogo proizvodstvennogo modulya mehanoobrabotki» [A set of programs "Automated design of a flexible production module of mechanical processing"]. Registrirovan v GosFAP SSSR, no. 50880001587, 48 p. (in Russian).
11. Z.T. Madrahimov, M. SHaripov, “K razrabotke proektirovaniya tehnologicheskih struktur” [To develop the design of technological structures], Tezisy' dokladov mejd. konferencii «Intel-lektualizaciya sistem upravleniya i obrabotki informacii», pp. 143-144, 1994. (in Russian).
12. Z.T. Madrahimov, “Model' funkcional'no-parametricheskoy uvyazki komponentov GPM” [Model of functional-parametric linking of GPM components], Voprosy' kibernetiki, vol. 142, pp. 72-74, 1990. (in Russian).
13. YU.M. Solomencev, V.P. Didenko, V.G. Mitrofanov, A.F. Prohorov, Robototehnika i gibkie avtomatizirovanie proizvodstva. V 9-ti kn. Kn. 8. Osnovy' postroeniya sistem avtomatizirovannogo proektirovaniya gibkih proizvodstv [Robotics and flexible automation of production. In 9 kn. Kn. 8. Fundamentals of building a computer-aided design system for flexible manufacturing], Moskva: Vy'ssh. shk., 1986. 175 p. (in Russian).
14. N.A. Muminov, Z.Z. SHamsiev, SH.I. Pulatov, Z.T. Madrahimov, K razrabotke metodov vy'bora e`ffektivny'h komponovochny'h resheniy GPS mehanoobrabotki [On the development of methods for selecting effective component solutions for GPS mechanical processing]. Tashkent: NPO «Kibernetika» AN UzSSR. 1991, 28 p. (in Russian).
15. S.N. Patnaik, L. Berke, R.H. Gallagher, “Compatibility conditions of structural mechanics for finite-element analysis”, AIAA J, no. 29(5), pp.820–829, 1991.
16. S.N. Patnaik, S.S. Pai, D.A. Hopkins, “Compatibility Condition in Theory of Solid Mechanics (Elasticity, Structures, and Design Optimization)”, Arch Computat Methods Eng 14, pp.431–457, 2007.

Recommended Citation

Nabiyev, Sarvar Botir ugli (2021) "MAIN STAGES OF AUTOMATED SYSTEM OF PROCESSES FOR DETERMINING AND ENSURING FUNCTIONAL AND PARAMETRIC COMPATIBILITY OF PRODUCTION AND TECHNOLOGICAL SYSTEMS," Chemical Technology, Control and Management: Vol. 2021: Iss. 2, Article 4.
DOI: https://doi.org/10.51346/tstu-02.21.1-77-0004