The tendencies of further expansion of the field of application of tools with ceramic cutting inserts in modern metalworking are shown. A developed algorithm for controlling the performance of ceramic cutting inserts, focused on the creation of inserts for given operating conditions, is presented. Providing this algorithm with new methods and technologies will increase the interest of industrial enterprises in the wider use of tools with ceramic cutting inserts in metalworking. Tab. 2, ill. 6, bibliography: 9 titles.
Grigoriev S.N., Volosova M.A., Borovskiy V.G. Technological assurance of the quality of the surface layer of a ceramic tool to increase its performance when processing hardened steels. Machine tools and tools. 2005. N 9.S. 14-19.
Bushuev V.V. Trends in the development of world machine-tool industry // STIN. 2000. N 9. P. 20 - 24.
Potapov VA Conference on high-speed processing // STIN. 2000. N 2. S. 32 - 36.
Agte K., Kolermann R., Heimel E. Mineraloceramic cutting materials. Moscow: Mashgiz, 1962.192 p.
Gnesin G.G. Main directions of research and development of neo-oxide ceramic materials // Ogneupory i tekhnicheskaya keramika. 2000. N 5. S. 2 - 7.
Kuzin VV Instruments with ceramic cutting plates. M .: Janus-K, 2006.160 p.
Chekina, O.G., Modeling of fracture of near-surface layers upon contact of rough bodies, Tr. 9th conf. in strength and ductility. T. 1.M., 1996.S. 186-191.
Applied Problems of Fracture Toughness. from English ed. B. A. Drozdovsky, Ya. B. Fridman. Moscow: Mir, 1968.552 p.
Volosova M.A., Grigoriev S.N. 2010. N 6.P. 37 - 42.
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