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2022 | OriginalPaper | Chapter

13. Generalizing Structural Unified Model of the Synthesis of Links of Flat-Toothed Gearing Systems

Authors : Yurii M. Danylchenko, Anatolii V. Kryvosheia, Volodymyr Y. Melnyk, Pavlo M. Tkach

Published in: Advances in Gear Theory and Gear Cutting Tool Design

Publisher: Springer International Publishing

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Abstract

The article justifies both the necessity and technical and economic feasibility of the creation of a new technical system for the synthesis of cylindrical gears and its supporting mathematical models and information technologies, taking into account the life cycle of gears. The structure of the technical system, the concept, and the principles of creation and operation are presented. The considered system will allow synthesizing gears with higher qualitative indicators and providing validation of all the stages of its life cycle.

Generalized unified mathematical and logical model of direct and inverse shaping of flat gear systems with an arbitrary profile and use of the theory of affine space mapping has been developed.

Features of approaches to the solution of mathematical models and creation of algorithms in this paper consist of the following:

Refusal to describe the profiles of details and tools by equations in favor of point sets.
Refusal in most problems to derive equations to determine the wanted points of the profile in favor of certain conditions.

It is shown that information cross-cutting technologies of product life cycle stages can be used not only to increase efficiency, productivity, and profitability of business processes but also to classify kinematic schemes of formation, create new mechanisms, or radically improve what is already known, using new processing methods, technological processes, expansion of the field of existence of the stages of a life cycle of products, generalizing matmodels, information technologies, and modern technical means.

A paper on a specific example reveals the features of direct and reverse shaping of gears, taking into account the points of fracture, undercutting, displacement of the original forming contour, the required size and shape of the allowance, and the sequence of technological shaping.

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previous chapter Multiparameter Gears and Gear-Type Variators

next chapter Evolution, State of the Art, and Trends to Improve Gear Tooth Strength

Babichev D. and Storchak M.: Synthesis of Cylindrical Gears with Optimum Rolling Fatigue Strength. Production Engineering. Research and Development, Vol. 9, No 1, Springer, pp. 87–97. ISSN 0944–6524 (2015)

Bobrov, V.F.: Foundations of the Theory of Metal Cutting. M. Mashinostroenie, 344 p. (1975). (in Russian)

Danilchenko, Yu.М., Krivosheia А.V., Storchak М.H. : Design of shaping equipment and tool systems for processing gear wheels. Theory and Practice of Gears: Proceedings of the International Symposium. Izhevsk, pp. 484–489 (2014). (in Russian)

Erikhov, M.L.: Principles of Statistics, Methods of Analysis and Questions of the Synthesis of Gearing: thesis... Doc. Sci. (Engineering). Khabarovsk, 324 p. (1972). (in Russian)

Frolov, S.A. Descriptive Geometry. M .: Mechanical Engineering. 240 p. (1983). (in Russian)

Granovsky, G.I.: Cutting Kinematics. M .: Mashgiz. 199 p. (1948). (in Russian)

Gulida, E.N.: Reliability Management of Cylindrical Gears. Lviv: Publishing house at Lviv. Univ. "Vyshcha school". 136 p. (1983). (in Russian)

Handbook for Geometric Design of Involute Gears and Worm Gears. Ed. I.A. Bolotovsky. 2nd ed., amended. M .: Mashinostroenie. 448 p. (1986). (in Russian)

Inozemtsev, G.G., Ivanov, N.I.: Unsurfaced Slotted Hob Cutters. M. Mashinostroenie. 151 p. (1973). (in Russian)

10.

Kalashnikov, S.N., Kalashnikov, A.S.: Gear Wheels and Their Manufacture. M. Mashinostroenie. 264 p. (1983). (in Russian)

11.

Kolchin, N.I.: Analytical Calculation of Plane and Spatial Gearing. M.: Mashgiz. 210 p. (1949). (in Russian)

12.

Kotov, I.I., Polozov, V.S., Shirokov, L.V. : Algorithms of Computer Graphics. M. Mashinostroenie. 231 p. (1977). (in Russian)

13.

Krivosheia, А.V., Storchak, М.H, Danilchenko, Yu.М., Terniuk, N.E., Vorontsov, B.S., Ustynenko, А.V.: Development of the Concept, Structure and Principles of Creation and Functioning of a New Technical System for the Synthesis of Gears, pp. 124–133. (in Russian)

14.

Krivosheya, A.V., Melnik, V.Y.: Schematic and Structurally Presented Methods of Presetting and Shaping of Flat Tooth Systems. Herald. Zhitomir, ZhDTU, Issue 2 (26) Technical Sciences, 94–100 p. (2003). (in Ukrainian)

15.

Krivosheya, A.V., Melnik, V.Ye., Danilchenko, Yu.M., Babichev, D.T., Storchak, M.G.: Features of Direct and Reverse Shaping of Involute Cylindrical Gears with a Modified Profile at the Apex of the Tooth. Bulletin of the National Technical University "KhPI". Collection of scientific works. Kharkiv: NTU "KhPI". No. 36. 186 p., pp. 80–88 (2012). (in Russian)

16.

Lashniev, S.I., Yulikov, M.I.: Design of the Cutting Part of the Tool Using a Computer. M., Mechanical Engineering, 208 p. (1980). (in Russian)

17.

Litvin F.L.: Development of Gear Technology and Theory of Gearing. 113 p. (1997)

18.

Litvin, F.L.: Gear Geometry and Applied Theory. Prentice Hall, Englewood Cliffs, NJ. 724 р. (1994)

19.

Lyukshin, V.S.: Theory of Helical Surfaces in the Design of Cutting Tools. M., Mechanical Engineering, 372 p. (1967). (in Russian)

20.

Novikov, M.L.: Gears with New Engagement. Zhukovsky Air Force Engineering Academy. M. 186 p. (1959). (in Russian)

21.

Pavlov, A.I.: Modern Theory of Gearing. Kharkov: KhNADU. 100 p. (2005). (in Russian)

22.

Perepelitsa, B.A.: Mapping of Affine Space in the Theory of Shaping of Surfaces by Cutting. Kharkov: Vyshcha shkola. 107 p. (1981). (in Russian)

23.

Petrukhin, S.S.: Fundamentals of Designing the Cutting part of metal-cutting tools. M.: Mashinostroenie. 220 p. (1980). (in Russian)

24.

Podkorytov, A.N.: Theoretical Foundations of Automated Methods for Geometric Modeling of Conjugate Curved Surfaces that Exclude Interference: Thesis … Doct. Sci. (Engineering). M. 219 p. (1989). (in Russian)

25.

Production of Cogwheels: Handbook edited by B.А. Thaits. 3rd ed. revised and amended. M . Mechanical Engineering. 464 p. (1990). (in Russian)

26.

Radzevich S.P.: Gear Cutting Tools Fundamentals of Design and Computation. 878 p. (2010)

27.

Radzevich, S.P.: Dudley's Handbook of Practical Gear Design and Manufacture, Second Edition. 786 p. (2012)

28.

Radzevich, S.P.: Shaping of complicated surfaces na stankakh s ChPU. KievVyshcha shkola 192 p. (in Russian)

29.

Reshetov, D.N., Portman, V.T.: Accuracy of Metal-Cutting Machines. M . Mashinostroenie. 336 p. (1986). (in Russian)

30.

Rodin, P.R.: Fundamentals of Surface Shaping by Cutting. Kiev, Vyshcha Shcola, 192 p. (1977). (in Russian)

31.

Romanov, V.F.: Calculations of Gear Cutting Tools. M. Mechanical Engineering. 155 p. (1969). (in Russian)

32.

Rosenberg, A.M., Yeriomin, A.N.: Elements of the Metal Cutting Process. M.: Sverdlovsk; Mashgiz. 319 p. (1956). (in Russian)

33.

Rvachev, V.L.: Geometric Applications of Logic Algebra. K .: Tekhnika. 212 p. (1967). (in Russian)

34.

Semenchenko, I.A., Matyushin, V.M., Sakharov, G.N.: Design of Metal Cutting Tools. M., Mashgiz, 952 p. (1963). (in Russian)

35.

Sevriuk, V.N.: Theory of Circular Screw Surfaces in the Design of Novikov's Gears. Kharkov. Publishing House of Kharkov University. 167 p. (1972). (in Russian)

36.

Sheveleva, G.I.: Theory of Shaping and Contact of Moving Bodies. M., Publishing House "Stankin", 494 p. (1999). (in Russian)

37.

Shishov, V.P.: Theory, Software and Implementation of the Synthesis of Highly Loaded Gears for Industrial Transport: Thesis … Doct. Sci. (Engineering). Lugansk. 525 p. (1994). (in Russian)

38.

Storchak, M.G.: Synthesis of Technical Systems for Finishing Treatment of Gear Wheels: Thesis… Sci. (Engineering). Kiev. 466 p. (1994). (in Russian)

39.

Sukhanov, V. О. , Kukartsev, V. V. The relevance of the application of Cals-Technologies at Machine-Building Enterprises of Russia. Actual Problems of Aviation and Cosmonautics, Vol.1, no. 7, pp. 466–467, (2011). (in Russian)

40.

Tevlin, A.M.: Nonlinear Mapping Methods and Their Technical Applications. M. Publishing house of Moscow Aviation Institute. 136 p. (1971). (in Russian)

41.

Vulgakov, E.B.: Theory of Involute Gears. M .: Mechanical Engineering. 264 p. (1995). (in Russian)

Title: Generalizing Structural Unified Model of the Synthesis of Links of Flat-Toothed Gearing Systems
Authors: Yurii M. Danylchenko
Anatolii V. Kryvosheia
Volodymyr Y. Melnyk
Pavlo M. Tkach
Publisher: Springer International Publishing
Book: Advances in Gear Theory and Gear Cutting Tool Design
Print ISBN: 978-3-030-92261-0

Electronic ISBN: 978-3-030-92262-7

Copyright Year: 2022
DOI: https://doi.org/10.1007/978-3-030-92262-7_13

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