Methode des elements de frontiere appliquee a l'electrodeposition

Authors

  • Frederic Druesne Centre Technique des Industries Mecaniques (CETIM) -Sen/is
  • Pascal Paumele Centre Technique des Industries Mecaniques (CETIM) -Sen/is
  • Pierre Villon Universite de Technologie de Compiegne (UTC)

Keywords:

Electrochemical plating, deposits, polarisation laws, boundary element method

Abstract

Electrochemical plating simulation is controlled by the Laplace equation (describing the migration of ions in solution) and boundary conditions: current density equal to zero on insulating part of the boundary, experimental laws of polarisation (non linearity) on anode and cathode areas of the boundary (diffUsion and kinetic phenomena). The boundary element method coupled with a Newton-Raphson iterative technique of resolution (to treat the non linearity of boundary conditions) is used. Potentials and current densities, and thus deposits, are calculated at the boundary of the domain. Many industrial cells have been modelled, among them a typical zinc electroplating cell for the treatment of a pulley, and a chromium electroplating cell for the treatment of valves.

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References

[BOC 73] BOCKRIS J.O'M. and REDDY A.K.N., Modern Electrochemistry, Plenum Press,

Vol. 1 et 2, 1973.

[BOC 81) BOCKRIS J.O'M., CONWAY B.E., YEAGER E., WHITE R.E., «Comprehensive

Treatise of Electrochemistry», Vol. 2, Electrochemical Processing, Plenum Press, New

York, London, 1981.

[BRE 78] BREBBIA C.A., The Boundary Element Method for Engineers, Pentech Press,

London, 1978.

[BRE 84] BREBBIA C.A., Topics in Boudary Element Research, Springer-Verlag, 1984.

[CHA 78] CHAUDOUET A., LANGE D., « The use of boudary integral equation method in

mechanical engineering », Second international conference on Applied Numerical

Modelling, Madrid, 1978.

[DRU 97] DRUESNE F., PAUMELLE P., «Optimisation des epaisseurs de depot

electrolytique par simulation », Journees Techniques Corrosion et anticorrosion, Cetim,

Bordeaux, 1997.

[DRU 98a] DRUESNE F., PAUMELLE P., «Simulating electrochemical plating for

corrosion protection», Corrosion Prevention and Control, Vol. 45, p. 118-123, 1998.

[DRU 98b] DRUESNE F., PAUMELLE P., «Simulation numerique des dep{>ts de chrome»,

"" International Colloquium Hard & Decorative Chromium Plating : New Trends &

New Applications, Ecole des Mines de Saint-Etienne, 1998.

[KA W 92] KAWAMOTO H., « Numerical calculation of secondary current distribution in a

two-dimensional electrochemical cell with a resistive electrode », Journal of applied

electrochemical, Vol. 22, p. 1113, 1992.

[LAC 75] LACHAT J.C., WATSON J.O., «Effective numerical treatment of boundary

integral equation», Int. J. Numer. Metho. Eng., Vol. 10, 1975.

[MAT 87] MATLOSZ M., CRETON C., CLERC C., LANDOLT D., «Secondary

current distribution in a hull cell : Boundary Element and Finite Element

simulation and experimental verification »,Journal Electrochemical Society, Vol.

,n°12,p.3015-3021, 1987.

[NEW 91] NEWMAN J., Electrochemical Systems, z•d edition, Prentice Hall, Englewood

Cliffs, New Jersey, 1991.

[PAP 90] PAPP R., Cellule d'electrolyse, Techniques de l'ingenieur, 14800, 1990.

[PAU 96] PAUMELLE P., «Simulation des procedes de revetements electrolytiques »,

StruCoMe, Paris, 1996.

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Published

1999-01-26

How to Cite

Druesne, F. ., Paumele, P. ., & Villon, P. . (1999). Methode des elements de frontiere appliquee a l’electrodeposition. European Journal of Computational Mechanics, 8(1), 31–46. Retrieved from https://journals.riverpublishers.com/index.php/EJCM/article/view/3037

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