Simulation of the stationary electrochemical surface treatment by two asymmetric cathode plates

The hydrodynamic analogy method was used to solve the problem of stationary electrochemical shaping with two semi-infinite cathode plates arranged arbitrarily relative to the feed direction. A feature of the problem is the multivalence of the velocity hodograph.

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Published inJournal of applied mechanics and technical physics Vol. 53; no. 6; pp. 961 - 965
Main Authors Klokov, V. V., Sergeev, D. E.
Format Journal Article
LanguageEnglish
Published Dordrecht SP MAIK Nauka/Interperiodica 01.11.2012
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Abstract The hydrodynamic analogy method was used to solve the problem of stationary electrochemical shaping with two semi-infinite cathode plates arranged arbitrarily relative to the feed direction. A feature of the problem is the multivalence of the velocity hodograph.
AbstractList The hydrodynamic analogy method was used to solve the problem of stationary electrochemical shaping with two semi-infinite cathode plates arranged arbitrarily relative to the feed direction. A feature of the problem is the multivalence of the velocity hodograph.
Author Klokov, V. V.
Sergeev, D. E.
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Keywords electrochemical machining
multivalent hodograph
boundary-value problem with unknown boundaries
hydrodynamic analogy method
Language English
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References SmirnovV. I.A Course of Higher Mathematics2010St. PetersburgIzd. BKhV-Peterburg
ArtamonovB. A.VolkovYu. S.DrozhalovaV. I.SedykinF. V.SmolentsevV. P.Yampol’skiiV. M.Electrophysical and Electrochemical Methods of Treatment of Metals1983MoscowVysshaya Shkola
ZhitnikovV. P.ZaitsevA. N.Mathematical Modeling of Dimensional Electrochemical Machining1996UfaUfa State Aviation Technical University
KlokovV. V.SergeevD. E.Calculation of the Anode Shaping of Concave and Convex EdgesModern Electrotechnology in the Industry of Central Russia: Proc. of the 9th Regional Scientific and Engineering Conf., Tula, May 15, 20082008TulaTula State University816
KotlyarL. M.MinazetdinovN. M.Simulation of Electrochemical Machining of Metal for Technological Preparation of Production on CNC Machines2005MoscowAcademia
DavydovA. D.KozakE.High-Rate Electrochemical Shaping1990MoscowNauka
ArtamonovB. A.VishnitskiiA. L.VolkovYu. S.GlazkovA. V.Dimensional Electrochemical Treatment of Metals1978MoscowVysshaya Shkola
KarimovA. Kh.KlokovV. V.FilatovE. I.Methods of Calculating Electrochemical Shaping1990Kazan’Izd. Kazan. Univ.
KlokovV. V.SergeevD. E.Stationary Electrochemical Machining by a System of Cathode ToolsStudy, Development, and Application of High Technologies in the Industry, Proc. of the 7th Int. Scientific-Practical Conf., St. Petersburg, April 28–30, 20092009St. PetersburgSt. Petersburg Polytech. Univ. Press187189
V. V. Klokov, E. I. Filatov, K. S. Timbakova, et al., “Mathematical Simulation of the Steady Electrochemical Shaping and the Hydrodynamics of Electrolyte in a Working Gap,” in Advances in Production Engineering (APE-2007), Proc. of the Conf. (Warsaw, 2007), pp. 532–540.
V. V. Klokov (452_CR8) 2008
B. A. Artamonov (452_CR2) 1983
L. M. Kotlyar (452_CR6) 2005
B. A. Artamonov (452_CR1) 1978
A. D. Davydov (452_CR3) 1990
A. Kh. Karimov (452_CR4) 1990
452_CR7
V. V. Klokov (452_CR10) 2009
V. P. Zhitnikov (452_CR5) 1996
V. I. Smirnov (452_CR9) 2010
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Snippet The hydrodynamic analogy method was used to solve the problem of stationary electrochemical shaping with two semi-infinite cathode plates arranged arbitrarily...
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SubjectTerms Applications of Mathematics
Classical and Continuum Physics
Classical Mechanics
Fluid- and Aerodynamics
Mathematical Modeling and Industrial Mathematics
Mechanical Engineering
Physics
Physics and Astronomy
Title Simulation of the stationary electrochemical surface treatment by two asymmetric cathode plates
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Volume 53
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