Search Results - "Filatov, S. V."

Nonlinear Generation of Vorticity by Surface Waves by Filatov, S V, Parfenyev, V M, Vergeles, S S, Brazhnikov, M Yu, Levchenko, A A, Lebedev, V V

“…We demonstrate that waves excited on a fluid surface produce local surface rotation owing to hydrodynamic nonlinearity. We examine theoretically the effect and…”
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Technology of Blast-Furnace Smelting of Iron using Pulverized Coal at the NLMK by Filatov, S. V., Listopadov, V. S., Sorokin, A. Yu, Myasoedov, S. V., Titov, V. N., Zagainov, S. A.

“…The problems of using pulverized coal to save coke during iron smelting in the NLMK blast furnaces are considered. The iron smelting technology was implemented…”
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Influence of the Composition and Height of the Bed on the Quality of Sinter, Fuel Consumption, and Capacity of the NLMK Sinter Machines by Frolov, Yu. A., Filatov, S. V., Kaplun, L. I., Semenov, O. A., Mikhailov, V. G., Gileva, L. Yu

“…A preliminary technological analysis of the operation of the NLMK sinter plant, dual and multiple regression methods, and 2015–2018 monthly technical reports…”
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Introduction of Energy Efficient Solutions During Cast Iron Smelting at PJSC “NLMK” by Filatov, S. V., Kurunov, I. F., Titov, V. N., Zagainov, S. A.

“…The use of coke with hot strength of 60–65% in the blast furnaces of PJSC “NLMK” allowed to increase the intensity of the blast furnace smelting and utilize…”
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Using Mathematical Simulation to Evaluate the Efficiency of Iron Ore–Coal Brexes in Blast-Furnace Smelting by Kurunov, I. F., Filatov, S. V., Bizhanov, A. M.

“…A mathematical model of the blast-furnace process developed by the MISiS is used to analyze the efficiency of a charge containing, in equal portions,…”
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The NLMK’s Experience of Operating Slab CCM Molds with Improved Wall Design by Filatov, S. V., Dagman, A. I., Karavaev, V. N., Glebov, V. P., Kononykhin, G. N., Kotel’nikov, A. B., Vopneruk, A. A.

“…NLMK’s experience in operating the continuous casting machine (in steel shop 1) with a mold with multi-taper working surfaces and wear-resistant thermal-spray…”
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Analysis of the Blast-Furnace Process at High Smelting Rate by Filatov, S. V., Lozovich, A. V., Titov, V. N., Zagainov, S. A., Kurunov, I. F.

“…The influence of the smelting rate, which is estimated from the specific productivity of a blast furnace, on the stability of its operation is analyzed. The…”
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Extending the Campaign Life of an Intensively Operating Blast Furnace by Filatov, S. V., Kurunov, I. F., Gordon, Ya. M., Tikhonov, D. N., Grachev, S. N.

“…Using coke with high strength after reaction in NLMK blast furnaces retarded refractory wear and intensified the process. Systematic nondestructive testing of…”
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Effect of Smelting Intensity on Blast Furnace Productivity and Fuel Consumption by Filatov, S. V., Kurunov, I. F., Tikhonov, D. N., Basov, V. I.

“…Improved coke and agglomerate quality make it possible to intensify NLMK blast furnace operation by increasing gas pressure in the bell, blast flow rate,…”
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Two Dynamical Regimes of Coherent Columnar Vortices in a Rotating Fluid by Tumachev, D. D., Filatov, S. V., Vergeles, S. S., Levchenko, A. A.

“…Vortex flow generation in an incompressible fluid was investigated experimentally inside a rotating closed cubic aquarium. The flow was excited by producing…”
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Formation and Decay of Vortex Motion on a Liquid Surface (Scientific Summary) by Filatov, S. V., Levchenko, A. A., Mezhov-Deglin, L. P.

“…The experimental studies supported by the Russian Science Foundation, project no. 17-01525, have been briefly reviewed. Processes of formation and decay of…”
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Generation of vortices by gravity waves on a water surface by Filatov, S. V., Aliev, S. A., Levchenko, A. A., Khramov, D. A.

“…The generation of a vortex motion on a water surface by gravity waves at frequencies of 3 and 4 Hz and wavelengths of 17 and 9.7 cm, respectively, has been…”
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Formation of an energy cascade in a system of vortices on the surface of water by Filatov, S. V., Khramov, D. A., Levchenko, A. A.

“…The formation of an energy cascade in a system of vortices generated by perpendicular standing waves with a frequency of 6 Hz on the water surface has been…”
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Vortex Motion on the Surface of Shallow and Deep Water by Poplevin, A. V., Levchenko, A. A., Likhter, A. M., Filatov, S. V., Mezhov-Deglin, L. P.

“…The attenuation of vortex motion on the surface of shallow and deep water is investigated. The vortex flow is formed by two mutually perpendicular waves…”
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Penetration of a Vortex Lattice into the Bulk of a Liquid by Filatov, S. V., Levchenko, A. A.

“…Penetration of a vorticity lattice formed by waves propagating on the surface at an angle to each other into the bulk of a liquid is studied experimentally. It…”
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Experimental Simulation of the Generation of a Vortex Flow on a Water Surface by a Wave Cascade by Filatov, S. V., Orlov, A. V., Brazhnikov, M. Yu, Levchenko, A. A.

“…The generation of a vortex flow by waves on a water surface, which simulate an energy cascade in a system of gravity waves at frequencies of 3, 4, 5, and 6 Hz,…”
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A Technique for Registering Wave and Vortex Motions on a Liquid Surface by Filatov, S. V., Levchenko, A. A., Brazhnikov, M. Yu, Mezhov-Deglin, L. P.

“…A technique that allows simultaneous measurements of vortex and wave motions of fluids is described. To record the vortex motion, a liquid surface is decorated…”
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Generation of Vortices by Nonlinear Waves on the Surface of a Viscous Liquid by Filatov, S. V., Levchenko, A. A., Mezhov-Deglin, L. P.

“…Time dependence of the average vorticity amplitude is measured for vortices at lattice sites on the surface of water-glycerin solutions after excitation of two…”
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Features of the Generation of Vortex Motion by Waves on the Surface of Shallow and Deep Water by Filatov, S. V., Poplevin, A. V., Likhter, A. M., Korolev, O. G., Serbin, V. I., Rybakov, A. V., Tumachev, D. D., Levchenko, A. A.

“…— Experimental studies of processes of the formation of vortex motion on the surface of shallow and the deep water are conducted; this motion is generated by…”
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Erratum to: Features of the Generation of Vortex Motion by Waves on the Surface of Shallow and Deep Water by Filatov, S. V., Poplevin, A. V., Likhter, A. M., Korolev, O. G., Serbin, V. I., Rybakov, A. V., Tumachev, D. D., Levchenko, A. A.

“…An Erratum to this paper has been published: https://doi.org/10.1134/S1027451023010457…”
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