Search Results - "Kyryliuk, S. F."

Evolution of the Stress–Strain State of Porous Workpieces in Hot Extrusion Forging to Produce Axisymmetric Parts with an Axial Hole by Bagliuk, G. A., Kyryliuk, S. F.

“…The evolution of stress-strain state and the distribution of temperature and relative density throughout a porous workpiece subjected to hot extrusion forging…”
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Simulation of Two-Stage Hot Forging of Porous Workpieces Involving Severe Plastic Deformation by Bagliuk, G. A., Kyryliuk, S. F., Zlochevska, N. K.

“…The evolution of the stress-strain state and the relative density distribution throughout a porous workpiece in the two-stage hot forging process was studied…”
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Influence of the Mechanical Activation of Charge on the Structure and Phase Composition of Sintered Multicomponent Composites Based on Titanium by Baranovska, О. V., Bykov, O. І., Bagliuk, G. А., Kyryliuk, S. F.

“…We present the results of investigation of the specific features of phase-and-structure formation after mechanical activation from the powder charge of a TiH 2…”
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Structure, Phase Composition, Mechanical and Corrosion Properties of Aluminum-Based Composites by Shishkina, Yu. O., Bagliuk, G. A., Kyryliuk, Ye. S., Kyryliuk, S. F., Tolochyna, O. V., Talash, V. M.

“…The structure, phase composition, and basic mechanical and corrosion properties of powder aluminumbased composites obtained by the hot forging (HF) method were…”
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Numerical Analysis of the Die Forging of Porous Blanks in a Die with the Implementation of Active Friction Forces by Bagliuk, G. A., Kyryliuk, S. F.

“…This paper provides the results of simulating the hot die forging of porous powder preforms with active friction forces applied along the lateral surface of…”
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Features of phase and structure formation in obtaining high-entropy alloy of Fe-Ti-Cr-Mn-Si-C system from a powder mixture of ferroalloys by Bagliuk, G.A., Marych, M.V., Shishkina, Yu.O., Mamonova, A.A., Gripachevsky, O.M., Kyryliuk, S.F.

“…The peculiarities of the structure and phase composition of the high-entropy alloy of the TiCrFeMnSiC system obtained from the powder mixture of ferrotitanium,…”
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