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Your search keyword '"Rogaev, K. S."' showing total 32 results
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32 results on '"Rogaev, K. S."'

20. Adaptation of a Hydroballistic Stand for Testing Small-Size Projections.

Author

Ischenko, A. N., Burkin, V. V., Kasimov, V. Z., Dyachkovsky, A. S., Chupashev, A. V., Sammel, A. Yu., Rogaev, K. S., Sidorov, A. D., Maistrenko, I. V., Korolkov, L. V., Burakov, V. A., and Samorokova, N. M.

Subjects
PROJECTILES
Abstract

On the basis of ballistic design, an assessment of the dimensions of the launcher with an accelerating channel length of 20 cm was made. The hydroballistic stand was adapted for testing small-sized launchers. With the use of a small-sized projectile installation, the modes of entering the water of strikers through the air section and directly from the accelerating channel are implemented. [ABSTRACT FROM AUTHOR]

Published
2023
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30. Investigation of Elastoplastic Properties of Tungsten Carbide-Based Alloy Strikers in Interaction with a Steel Target by the Computational-Experimental Method.

Author

Afanas'eva, S. A., Belov, N. N., Burkin, V. V., Diachkovskii, A. S., Ishchenko, A. N., Lipatnikova, Ya. D., Rogaev, K. S., Sammel', A. Yu., Skosyrskii, A. B., Solov'eva, Yu. V., Starenchenko, V. A., Stepanov, E. Yu., Chupashev, A. V., Yugov, A. A., and Yugov, N. T.

Subjects
TUNGSTEN carbide, IRON, STEEL, MATERIAL plasticity, YIELD stress, TUNGSTEN, TUNGSTEN alloys
Abstract

A mathematical model has been constructed for the behavior of a tungsten carbide alloy on the basis of TC8 (tungsten carbide, 92%; cobalt, 8%) and WNFC (W–Ni–Fe–Co), or TNIC (tungsten, nickel, iron, and cobalt), in conditions of shock-wave loading. A scheme has been suggested for the process of mass loss and self-sharpening of the striker in dynamic interaction with the target. The computational-experimental method has been used to investigate the capacity of cylindrical strikers made of this composite to penetrate into a steel target at an impact velocity of 1260 m/s with account for the dependence of yield stress on the intensity of plastic deformation considering both the stage of strengthening and the stage of its structural softening in the process of deformation. [ABSTRACT FROM AUTHOR]

Published
2022
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31. Experimental and Theoretical Investigations of the Specific Features of High-Velocity Motion of Supercavitating Strikers Made of Various Materials in Water.

Author

Afanas'eva, S. A., Bondarchuk, I. S., Burkin, V. V., D'yachkovskii, A. S., Ishchenko, A. N., Rogaev, K. S., Sammel', A. Y., Sidorov, A. D., Stepanov, E. Ya., and Chupashev, A. V.

Subjects
TUNGSTEN, VELOCITY, NICKEL, ALUMINUM, IRON, TUNGSTEN alloys
Abstract

Results are presented of an experimental-theoretical investigation of the motion in water of supercavitating strikers made of steel and aluminum and tungsten (TNI, i.e., tungsten, nickel, and iron) alloys in a broad velocity range. Estimates have been made of the ranges of velocities of entry into water in which the investigated supercavitating strikers from various materials are not destroyed and preserve the original shape. Experimental and computational data have been obtained on the value of deviation of the trajectories of two simultaneously starting from each other supercavitating strikers at the initial stage of their group motion in water depending on the materials they are made of. [ABSTRACT FROM AUTHOR]

Published
2021
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32. Experimental and Computational Research into High-Speed Interaction Between Projectile and Split Target.

Author

Afanas'eva, S. A., Burkin, V. V., D'yachkovskii, A. S., Ishchenko, A. N., Rogaev, K. S., Sammel', A. Yu., Stepanov, E. Yu., Khabibullin, M. V., and Chupashev, A. V.

Subjects
PROJECTILES, ALUMINUM alloys, METHACRYLATES
Abstract

The paper presents the methodology elaboration for the investigation of a high-speed impact interaction between the projectile and a split target. The impact interaction speed ranges between 1500 and 2500 m/s. The split target consisting of a polymethyl methacrylate target and a witness target made of D16 aluminum alloy, is placed at a 60 mm distance from the latter. Using mathematical simulation, all effects that occur during the high-speed impact interaction, are analyzed more precisely. [ABSTRACT FROM AUTHOR]

Published
2021
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