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V. Kuzin (2011)
Microstructural model of ceramic cutting plateRussian Engineering Research, 31
(2011)
Promising application of tools with ceramic cutting plates in contemporary machining,
(2012)
Effect of thermal loads on stress - strained state of cutting plates made of ceramic based on aluminum oxide
(1980)
Structural Ceramics [Russian translation], Metallurgiya
(2006)
Methodological approach to improving the operating capacity of ceramic tools,
(2013)
Volosova, “Effect of coating TiC in stress-strained state of plates of high density nitride ceramic under unsteady thermoelasticity conditions,
(2012)
Effect of ceramic properties on stress-strained state of a cutting plate under steady-state thermal conductivity conditions,
V. Kuzin, S. Grigor'ev, V. Ermolin (2014)
Stress Inhomogeneity in a Ceramic Surface Layer Under Action of an External Load. Part 1. Effect of Complex Mechanical LoadingRefractories and Industrial Ceramics, 54
(2012)
Batako, “Effect of thermal loads on stress-strained state of cutting plates made of ceramic based on aluminum oxide,
(1995)
Physical Mesomechanics and Computer Construction of Materials, in 2 Vol., Vol. 2 [in Russian
V. Kuzin, S. Grigor'ev, M. Fedorov, S. Fedorov (2013)
Performance of channel cutters with ceramic plates in machining quenched steelRussian Engineering Research, 33
V. Kuzin (2011)
Effective use of high density ceramic for manufacture of cutting and working toolsRefractories and Industrial Ceramics, 51
(1995)
Effect of coating TiC in stress - strained state of plates of high density nitride ceramic under unsteady thermoelasticity conditions
V. Bakunov, A. Belyakov (1998)
Strength and structure of ceramicsRefractories and Industrial Ceramics, 39
(1984)
Strength and Hardness of Refractory Materials at High Temperature [in Russian
AG Evans, TG Langdon (1980)
Structural Ceramics [Russian translation]
(2013)
Model of draw plate operation in wire manufacture,
Results are provided for a comprehensive study of stress inhomogeneity in a ceramic surface layer based on zirconium dioxide under action of thermal loading. High stress inhomogeneity is revealed in ceramic structural elements. A requirement is noted for considering stress inhomogeneity in describing a wear and failure mechanism, and also in designing objects of this ceramic for prescribed operating conditions.
Refractories and Industrial Ceramics – Springer Journals
Published: Apr 4, 2014
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