Search Results - "Plekhov, A. S."

Electromechanical System of Floating Wave Power Plant by Dar’enkov, A. B., Malyarov, D. A., Plekhov, A. S., Kryukov, E. V.

“…The basic electromechanical system of a floating wave power plant has been developed. Besides generating electricity, the power plant protects coastal…”
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Floating Coastal Wave Power Generator: Analysis by Computational Fluid Dynamics by Zhelonkin, M. V., Loskutov, A. B., Plekhov, A. S., Malyarov, D. A.

“…Computational fluid dynamics may be used to simulate a floating coastal wave power generator. The computational fluid dynamic module is described, and its use…”
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Calculation of a Magnetorheological Damper for Protection of Towers and Fittings of Overhead Power Lines by Ermolaev, A. I., Panovko, G. Ya, Plekhov, A. S., Tishin, I. V.

“…This article considers a fundamentally new type of vibration protection devices for improving the reliability of overhead power lines, a magnetorheological…”
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Ultrasonic Device for Measuring Shaft Eccentricity by Gordeev, B. A., Okhulkov, S. N., Vanyagin, A. V., Stepanov, K. S., Plekhov, A. S.

“…A method is proposed for measuring the eccentricity of rotating shafts that connect electric motors to various energy transducers. A functional diagram is…”
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Production of Magnetorheological Suspensions by Cavitation by Gordeev, B. A., Ivanov, E. G., Okhulkov, S. N., Ermolaev, A. I., Plekhov, A. S.

“…The use of magnetorheological suspensions in damping systems for impact loads is proposed. The physical principles and engineering methods of producing…”
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Influence of the Temperature of Magnetorheological Fluid on Vibrational Damping by Hydraulic Mounts by Gordeev, B. A., Ermolaev, A. I., Okhulkov, S. N., Plekhov, A. S., Titov, D. Yu

“…Magnetorheological hydraulic mounts are considered. Methods of controlling their dynamic stiffness and improving their damping properties are discussed. To…”
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Measurement of Shaft Deformation in Magnetorheological Couplings by Vanyagin, A. V., Gordeev, B. A., Ermolaev, A. I., Okhulkov, S. N., Plekhov, A. S.

“…A method is proposed for determining the maximum shear strain and stress of elastic shafts in magnetorheological couplings, on the basis of the finite-element…”
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Conical Elastic Shell of Hydraulic Vibrational Support by Ermolaev, A. I., Gordeev, B. A., Okhulkov, S. N., Plekhov, A. S., Titov, D. Yu

“…A method based on finite differences is proposed for calculation of the conical rubber casing of a hydraulic support. This method is used in the design of…”
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Method for Calculating Deformations and Stresses in an Impact Press Fuse by Gordeev, B. A., Erofeev, V. I., Ermolaev, A. I., Okhulkov, S. N., Plekhov, A. S.

“…— A problem of the longitudinal impact of a ram with a punch on a forging for an impact press is solved using the finite difference method. An algorithm is…”
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Influence of Working Fluid in the Throttle Channels of Hydraulic Mounts on the Damping Properties by Gordeev, B. A., Okhulkov, S. N., Ivanov, E. G., Osmekhin, A. N., Titov, D. Yu, Plekhov, A. S.

“…The influence of the reduced mass of the working fluid in the throttle channels of a hydraulic mount on its motion and damping is considered. The acceleration…”
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Applicability of Linear Models Describing Acoustic-Wave Propagation by Gordeev, B. A., Erofeev, V. I., Okhulkov, S. N., Plekhov, A. S., Vanyagin, A. V.

“…The applicability of linear models describing the interaction of probing acoustic waves with vibrational and acoustic fields is considered. Parameters…”
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Amplitude–Frequency Characteristics of Magnetically Controlled Hydraulic Bearings with Added Mass by Vanyagin, A. V., Gordeev, B. A., Okhulkov, S. N., Titov, D. Yu, Plekhov, A. S.

“…The amplitude–frequency characteristic of magnetically controlled hydraulic bearings is considered in the case where a constant magnetic field acts on a…”
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Torque on a Shaft Connected to the Driveshaft by a Magnetorheological Coupling by Gordeev, B. A., Okhulkov, S. N., Plekhov, A. S., Shokhin, A. E.

“…New approaches to measuring the viscosity of magnetorheological fluids in two or more shafts in the presence of a magnetic field are considered. These…”
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Impact-load damping by integral hydraulic bearings by Gordeev, B. A., Leont’eva, A. V., Plekhov, A. S., Gordeev, A. B.

“…To reduce vibration and impact loads, a gas–hydraulic damper is proposed. Its working element is a magnetic rheological liquid…”
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Damping of vibrations at resonant frequencies of electrical systems by Aibinder, R. M., Gordeev, B. A., Okhulkov, S. N., Osmekhin, A. N., Plekhov, A. S.

“…Attention focuses on reducing the vibration of energy-intensive electrical systems, such as the power units of autonomous vehicles. The amplitude–frequency…”
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Semiconductor converter for field magnets of hydromounts with a magnetorheological transformer by Ermolaev, A. I., Okhulkov, S. N., Plekhov, A. S., Titov, D. Y.

“…Vibration damping on a protected mechanism resonance frequencies is best carried out by hydromounts with managed damping ratio. Such hydromounts have a…”
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Measuring the torque of rotating shafts by Gordeev, B. A., Okhulkov, S. N., Plekhov, A. S., Bugaiskii, V. V., Gorskov, V. P.

“…Measurement of the torque of elastic beams on the basis of the beat frequency is considered. The beat frequency is determined by means of broad-band frequency…”
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Electromagnetic field mathematical model to control the magnetorheological damper by Gordeev, B. A., Okhulkov, S. N., Plekhov, A. S., Titov, D. Yu, Chernov, E. A.

“…This paper studies the mathematical model of the low frequency electromagnetic field magnetorheological damper (MR-damper) with the conductive ferromagnetic…”
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Magnetorheological transformer physical model by Gordeev, B. A., Okhulkov, S. N., Plekhov, A. S., Titov, D. Yu, Chernov, E. A.

“…Use of the powerful machines leads to increased levels of vibration and expansion of the oscillations spectrum. This is the reason for improving of the…”
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Parameters of electromechanical complex mode at its foundation vibration by Dar'enkov, A. B., Plekhov, A. S., Titov, D. Yu, Gordeev, B. A.

“…This article presents the approach to determine the mutual influence of moment pulsation on the electromechanical transducer shaft and the current in the net,…”
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