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V. F. Berdikov, V. S. Neshpor, O. I. Pushkarev, V. P. Zaitsev (1990)
Micromechanical characteristics and wear resistance of metalceramic cutting platesSverkhtverd. Mater., 4
G. Gogotsi, B. Ozerskii, D. Ostrovoi (1995)
Mechanical behavior of zirconium dioxide-based ceramics and crystals. Communication 2. Indentation testsStrength of Materials, 27
V. F. Berdikov, O. I. Pushkarev, Yu. I. Artem'eva, G. A. Adler (1983)
Microindentation techniques for studying the mechanical properties of superhard diamond-based materialsSverkhtverd. Mater., 5
V. F. Berdikov, Yu. N. Vil'k, O. I. Pushkarev, E. A. Lavreneva (1991)
Evaluation of micromechanical properties of aluminum oxides of different densityOgneupory, 10
V. F. Berdikov, O. I. Pushkarev, N. I. Bogomolov, V. V. Gavrichenko (1983)
Hot-pressed manganese-zinc ferrites tested for brittleness and strength by microindentation methodPoroshk. Metall., 8
V. Klimenko, V. Maslyuk, V. Kayuk, O. Pushkarev (1988)
Mechanical properties of chrome carbide and coatings of alloys based on this carbideSoviet Powder Metallurgy and Metal Ceramics, 27
V. F. Berdikov, O. I. Pushkarev (1998)
Improving the wear resistance of pressing equipment for molding hard powdered materialsOgneup. Tekh. Keram., 9
V. Berdikov, N. Bogomolov, O. Pushkarev, V. Gavrichenko (1983)
Brittle and strength properties of hot-pressed manganese-zinc ferrites by the microindentation methodSoviet Powder Metallurgy and Metal Ceramics, 22
V. Berdikov, O. Pushkarev (1985)
Testing brittle materials by the microindentation methodStrength of Materials, 17
A. P. Garshin, V. N. Gropyanov, G. P. Zaitsev, S. S. Semenov (1997)
Engineering Ceramics [in Russian]
V. N. Klimenko, V. A. Maslyuk, V. G. Kayuk, O. I. Pushkarev (1988)
Mechanical properties of chromium carbide and chromium carbide-based coatingsPoroshk. Metall., 1
The relationship between elastoplastic strain and brittle fracture in very hard brittle materials is studied by the microindentation method. Forcing and energy conditions for the nucleation, incipient subcritical growth, and subsequent propagation of cracks initiated by a local stress concentrator (a diamond-tipped indenter) are examined for various materials.
Refractories and Industrial Ceramics – Springer Journals
Published: Oct 13, 2004
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