Journal of Materials and Engineering Structures
Volume 5, Numéro 3, Pages 267-277
2018-09-30

Simulation Of Border Deformation In Corrosion System By Coupling Analytical Solution And Finite Element Method



Authors : Boukhlef Djedjiga . Boughrara Dalila . Mohellebi Hassane .

Abstract

The objective of this work is to develop a digital model in order to envisage metal degradation on a microscopic scale. The reaction on the surface of the anodic considered as a degradation reaction when the surface forming the cathode remains unchanged. A one dimensional analytical solution representing the two mediums (anode and cathode), is introduced in the form of boundary conditions of Neumann type to the interface metal/electrolyte and thus the resolution was performed without mesh the analytical zone. Also, no re-meshing solving domain was need when simulating the border deformation.

Keywords

Coupling anlytical; Finite Element Method; Boudary deformation

Les articles similaires

2d Elastic Finite Element Method (fem) For Deformation Analysis Of The Seismic And Post-seismic Cheliff (algeria) Geodetic Network

Gourine B . 
pages 19-26.

Finite Element Modeling And Analytical Solution Of A Semi-elliptic Crack’s J-integral

Djebli Abdelkader .  Bendouba Mostefa .  Della Noureddine .  Aid Abdelkrim .  Benhamena Ali . 
pages 125-135.

Modeling And Simulation Of Nonlinear Behavior Of Planar Structures, Of Reinforced Concrete And Fibers Concrete By The Finite Element Beams

Alioua Nacereddine .  Drizi Said .  Meziane Roufida .  Belhoucine Malika . 
pages 3-8.

Finite Element Method Analysis Of Band Gap Of Photonic Crystals

Merabti A. .  Elmir M. .  Hasni A. . 
pages 24-31.

Dynamic Analysis Of Discrete Mechanical Structures Using The Beam Finite Element Method Under Different Limit Conditions

Hamrit Fareh .  Necib Brahim . 
pages 33-39.

Formats de citation