Search Results - "Markovskii, P. E."

Effect of heat treatment and plastic deformation on the structure and elastic modulus of a biocompatible alloy based on zirconium and titanium by Popov, A. A., Illarionov, A. G., Grib, S. V., Elkina, O. A., Ivasishin, O. M., Markovskii, P. E., Skiba, I. A.

“…Transmission electron microscopy and X-ray diffraction analysis have been used to study the phase composition and structure of an IMP-BAZALM (Zr-31Ti-18Nb (at…”
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Effect of thermomechanical treatment on damping capacity of titanium alloys by YAKOVLEV, A. P, BEREGOVENKO, A. Yu, LUKYANOV, V. S, MARKOVSKII, P. E

“…This paper gives the results of experimental studies of the influence of thermomechanical treatment and post-annealing on the level of damping capacity of…”
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Improving the wear resistance of titanium alloys under high contact loads by IVASISHIN, O. M, MARKOVSKII, P. E, MIKULYAK, O. V, PANARIN, V. E

“…Previously abstracted from original as item 9206-58-0904. The wear resistance of VT23 Ti alloy at contact loads up to 300 N/mm exp 2 was significantly…”
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Investigation of rapid heating of titanium alloys for hardening by Ivasishin, O. M., Markovskii, P. E., Oshkaderov, S. P.

“…See Met. A., 9008-56-1064…”
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Influence of heating rate on the temperature of the (alpha+beta)-beta transformation of titanium alloys by Gridnev, V N, IVASISHIN, O M, MARKOVSKII, P E

“…Results of a systematic experimental study of the effect of the heating rate, composition, and structure on the temperature of the (alpha+beta)-beta…”
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Mechanical properties of (α + β)-titanium alloys with different structures in the temperature range +20°C to -196°C by IVASISHIN, O. M, MARKOVSKII, P. E, PAKHARENKO, G. A, SHEVCHENKO, A. V

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Influence of thermomechanical and mechanical processing on the fatigue resistance of VT3-1 by IVASASHIN, O. M, MARKOVSKII, P. E, DNEPRENKO, V. N, BOGUSLAEV, V. A, NALIMOV, YU. S, GERASIMCHUK, O. N

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Fatigue strength and cyclic crack resistance of titanium alloy VT3-1 in different structural states. Communication 1. Study procedure and experimental results by Troshchenko, V. T., Gryaznov, B. A., Nalimov, Yu. S., Gerasimchuk, O. N., Ivasishin, O. M., Markovskii, P. E.

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Mechanical Properties of ( alpha + )-Titanium Alloys With Different Structures in the Temperature Range +20 deg C to --196 deg C [[Previously Titled: Mechanical Properties of alpha + Titanium Alloys With Various Structure at Temperatures Between +20 and --196 deg C.]] by Ivasishin, O M, Markovskii, P E, Pakherenko, G A, Shevchenko, A V

“…Previously abstracted from original as item 9403-31-1516. By the example of structural heat-hardened ( alpha + ) titanium alloy VT16, the effect of structure…”
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Fatigue strength and cyclic crack resistance of titanium alloy VT3-1 in different structural states. I: Study procedure and experimental results by TROSHCHENKO, V. T, GRYAZNOV, B. A, NALIMOV, YU. S, GERASIMCHUK, O. N, IVASISHIN, O. M, MARKOVSKII, P. E

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Fatigue strength and cyclic crack resistance of titanium alloy VT3-1 in different structural states. II: Procedure for considering the effect of structure on fatigue limit by TROSHCHENKO, V. T, GRYAZNOV, B. A, NALIMOV, YU. S, GERASIMCHUK, O. N, IVASISHIN, O. M, MARKOVSKII, P. E

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Fatigue strength and cyclic crack resistance of titanium alloy VT3-1 in different structural states. Communication 2. Procedure for considering the effect of structure on fatigue limit by Troshchenko, V. T., Gryaznov, B. A., Nalimov, Yu. S., Gerasimchuk, O. N., Ivasishin, O. M., Markovskii, P. E.

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Influence of Thermomechanical and Mechanical Processing on the Fatigue Resistance of VT3-1 by Ivasishin, O M, Markovskii, P E, Dneprenko, V M, Boguslaev, V A, Nalimov, Y U S, Gerasimchuk, O N

“…See adjacent abstract. Characteristics of fatigue resistance are studied as affected by the forging formed by thermomechanical treatment (TMT) which possesses…”
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Influence of heating rate on the temperature of the (?+?)??-transformation of titanium alloys by Gridnev, V. N., Ivasishin, O. M., Markovskii, P. E.

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