Search Results - "Levashov, V. Yu"

Kinetic Models of Combustion of Kerosene by Gerasimov, G. Ya, Levashov, V. Yu

“…Consideration has been given to the current status of research on the development of kinetic models of combustion of kerosene and its components. Surrogate…”
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Influence of Homogeneous Nucleation on the Intensity of Evaporation/Condensation Processes by Levashov, V. Yu, Kryukov, A. P., Shishkova, I. N.

“…An approach based on the direct numerical solution of the Boltzmann kinetic equation is proposed to take into account the influence of homogeneous nucleation…”
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Kinetic Models of Gasoline Combustion by Gerasimov, G. Ya, Levashov, V. Yu

“…The current state of research on the development of kinetic models of the combustion of gasoline and its components is considered. Surrogate models of gasoline…”
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Numerical simulation of water droplet evaporation into vapor–gas medium by Levashov, V. Yu, Kryukov, A. P.

“…Numerical simulation has been employed to consider water droplet evaporation into a vapor–gas medium. An approximate approach has been proposed that makes it…”
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Spectroscopic Measurement of Electron Concentration in Shock-Heated Gas by Kozlov, P. V., Zabelinskii, I. E., Bykova, N. G., Gerasimov, G. Ya, Levashov, V. Yu

“…Results of spectroscopic measurements of the equilibrium electron concentration behind a strong shock wave in argon at a shock-wave velocity of 4.2 km/s and a…”
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Efficiency of Detonation Combustion of Kerosene Vapor in Nozzles of Various Configurations by Tunik, Yu. V., Gerasimov, G. Ya, Levashov, V. Yu, Assad, M. S.

“…Using the methods of computational fluid dynamics, a comparative analysis of the stabilization of the detonation combustion of kerosene vapor in a supersonic…”
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Experimental Study of the Ignition of a Stoichiometric Propylene–Oxygen–Argon Mixture Behind a Reflected Shock Wave by Kozlov, P. V., Kotov, M. A., Gerasimov, G. Ya, Levashov, V. Yu, Bykova, N. G., Zabelinskii, I. E.

“…The self-ignition of a propylene–oxygen–argon stoichiometric mixture with a volumetric argon content of 95% is studied. The experiments are performed on a…”
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Calculation of Radiation Characteristics of Shock-Heated Air by the Direct Simulation Monte Carlo Method by Kusov, A. L., Bykova, N. G., Gerasimov, G. Ya, Kozlov, P. V., Zabelinsky, I. E., Levashov, V. Yu

“…The results of modeling the radiation characteristics of the air behind the front of a strong shock wave, performed using the direct simulation Monte Carlo…”
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Methods for Measuring the Electron Concentration in Shock Waves by Gerasimov, G. Ya, Levashov, V. Yu, Kozlov, P. V., Bykova, N. G., Zabelinsky, I. E.

“…The current state of research on measuring the electron concentration in low-temperature plasma in the vicinity of a strong shock wave, which simulates the…”
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Numerical Investigation of Radiation in a Shock-Heated CO2 and N2 Mixture by the Direct Statistical Simulation Method by Kusov, A. L., Bykova, N. G., Gerasimov, G. Ya, Zabelinsky, I. E., Kozlov, P. V., Levashov, V. Yu

“…A model for the numerical study of radiation behind the front of a strong shock wave in a CO 2 -N 2 gas mixture is proposed. The model is based on the direct…”
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Spectral Model for Calculation of Radiation Characteristics of a Shock-Heated Gas by Bykova, N. G., Kusov, A. L., Kozlov, P. V., Gerasimov, G. Ya, Levashov, V. Yu, Zabelinsky, I. E.

“…An extended version of the previously developed computational procedure SPECTRUM is presented, which allows us to calculate the radiation characteristics of a…”
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Measurement of the Electron Concentration in the Vicinity of a Strong Shock Wave by Kozlov, P. V., Gerasimov, G. Ya, Levashov, V. Yu, Bykova, N. G., Zabelinsky, I. E., Kotov, M. A.

“…A series of probe measurements to determine the electron concentration in the gas ahead of a strong shock wave (SW) front are carried out using a modified…”
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Experimental Study of the Radiative Characteristics of Shock-Heated Air in the Ultraviolet and Visible Spectral Regions by Kozlov, P. V., Zabelinsky, I. E., Bykova, N. G., Gerasimov, G. Ya, Levashov, V. Yu

“…The results of measuring the integral and temporal spectral characteristics of shock-heated air are presented. The experiments were carried out in a modified…”
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Direct Statistical Modeling of Oxygen Radiation behind a Shock Wave by Kusov, A. L., Kozlov, P. V., Bykova, N. G., Zabelinsky, I. E., Levashov, V. Yu, Gerasimov, G. Ya

“…A technique for modeling the radiation of shock-heated oxygen by the direct simulation Monte Carlo (DSM) method is described, taking into account the rates of…”
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Radiation Characteristics of Shock-Heated Air in the Visible and Infrared Spectral Ranges by Kozlov, P. V., Zabelinskii, I. E., Bykova, N. G., Gerasimov, G. Ya, Levashov, V. Yu

“…The integral and temporal spectral characteristics of shock-heated air are measured in the shock wave velocity range from 7.35 to 10.4 km/s at the pressure…”
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Emission of Shock-Heated Air in the Vacuum Ultraviolet Spectral Region by Bykova, N. G., Zabelinskii, I. E., Kozlov, P. V., Gerasimov, G. Ya, Levashov, V. Yu

“…The results of measuring the integral and temporal spectral characteristics of shock-heated air are presented. The experiments are carried out on a modified…”
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Investigation of the Radiation Characteristics of High-Temperature Gases in Shock Tubes by Gerasimov, G. Ya, Kozlov, P. V., Zabelinsky, I. E., Bykova, N. G., Levashov, V. Yu

“…The current state of research in shock tubes to measure the radiation of high-temperature gases, which simulate the conditions for the entry of spacecraft (SC)…”
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Argon Plasma Radiation Features at the Initial Stage behind a Shock Wave Front by Levashov, V. Yu, Kozlov, P. V., Bykova, N. G., Zabelinskii, I. E.

“…The study of radiation shock-heated gases provides information on the radiation heat fluxes, which are of great interest for problems in hypersonic…”
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Study of Radiation Characteristics of Shock-Heated Gases by Kozlov, P. V., Levashov, V. Yu, Gerasimov, G. Ya, Zabelinskii, I. E., Bykova, N. G.

“…The paper presents the results of studies with the use of shock tubes at the Institute of Mechanics of the M. V. Lomonosov Moscow State University, in which…”
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Argon Radiation Behind a Strong Shock Wave: Experiment and Direct Simulation by the Monte Carlo Method by Kozlov, P. V., Kusov, A. L., Bykov, N. G., Zabelinskii, I. E., Levashov, V. Yu, Gerasimov, G. Ya

“…The radiation characteristics of shock-heated argon are measured in the shock-wave velocity range of 4.5 to 7.8 km/s at gas pressures ahead of the shock wave…”
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