Bryansk, Bryansk, Russian Federation
employee
Minsk, Belarus
The problems of a technological heredity impact upon quality formation and machinery operation properties are considered. The significance of the definition of quantitative dependences taking into account technological heredity manifestation is shown. Simulators for the computer-aided design of engineering ensuring parts quality required are offered.
technological heredity, surface quality, roughness and micro-hardness of surface, operation properties control
1. Yashcheritsyn, P.I. Technological heredity and operation properties of parts ground. - Minsk: Science and Engineering, 1971. - pp. 210.
2. Ryzhov, E.V., Gorlenko, O.A. Technological heredity impact upon micro-irregularities formation // Collection “Mi-cro-geometry and Machinery Operation Properties”. - Riga: “Zinatne2” Publishing House, 1972. - pp. 12-14.
3. Averchenkov, V.I., Ryzhov, E.V. On technological he-redity impact at electro-machining upon wear-resistance of friction couple // Theory and Practice of Diamond and Abra-sion of Machinery: Abstracts of Reports of the All-Union Conf. - M.: 1973. - pp. 5-6.
4. Ryzhov, E.V., Bauman, V.A. Technological heredity impact upon surface quality at working with surface plastic deformation (SPD) // Bulletin of Mechanical Engineering. - 1973. - No. 10. - pp. 59-62.
5. Ryzhov, E.V., Suslov, A.G., Fedorov, V.P. Tehno-logicheskoe obespechenie ekspluatacionnyh svoystv detaley mashin. - M.: Mashinostroenie, 1979. - 176s.
6. Yashcheritsyn, P.I., Ryzhov, E.V., Averchenkov, V.I. Technological heredity in mechanical engineering. - Minsk: Science and Engineering, 1977. - pp. 256.
7. Ryzhov, E.V., Averchenkov, V.I. Optimum combination choice of machining methods taking into account technological heredity // Investigation and Optimization of Machining Processes at Technological Design Automation: Transactions. - Vladivostok, 1977. - Edition 7. - pp. 6 - 8.
8. Ryzov, E.V., Averchenkov, V.I. Engineering Process Optimization of Machining - Kiev: Scientific Thought, 1989. - pp. 192.
9. Dalsky, A.M., Vasiliev, A.S., Kondakov, A.I. Technolo-gical heredity and directed formation of operation properties of engineering products // College Proceedings, Mechanical Engineering. - 1996. - No. 10-12. - pp. 70-76.
10. Dalsky, A.M., Technological Heredity in Mechanical Engineering / A.M. Dalsky, Bazrov, A.S., Vasiliev et al. - M.: MAI Publishers, 2000. - pp. 364.
11. Suslov, A.G., Dalsky, A.M. Scientific Fundamentals of Engineering Techniques. - M.: Mechanical Engineering, 2002. - pp. 684.
12. Petrenko, A.P. Technological heredity and its depen-dence upon surface layer characteristics distribution of some steels and alloys at turning and grinding // Aero-Space Engi-neering and Technologies. - 2007. - No.8 - pp. 25-30.
13. Rastorguev, G. Technological Heredity and Reliability in Mechanical Engineering. Theoretical and Experimental Aspects. - M.: “Parmarium” Publishing House, 2014. - pp. 180.
14. Heifetz, M.L., Vasiliev, A.S., Kondakov, A.I., Tano-vich, L. Technological control in heredity of quality operation parameters in machinery // Bulletin of National Academy of Belarus. - 2015. - No.3. - pp. 10-22.
15. Ryzhov, E.V., Suslov, A.G., Fyodorov, V.P. Technolo-gical Support of Machinery Operation Properties. - M.: Me-chanical Engineering, 1979. - pp. 176.
