Mesoscopic Modeling Of Corrosion Processes: Pitting Morphology Evolution

We use cellular automata simulations at a mesoscopic scale to describe the phenomenon governing the morphology of pitting corrosion. We show that spontaneous separation of anodic and cathodic reaction zones plays a major role in determining the shape of the corroded space. The location of these zone...

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Main Authors: Taleb, A, Vautrin-Ul, C, Mendy, H, Stafiej, J, Chausse, A
Format: Conference Proceeding
Language:English
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Cellular automata
Computer simulation
Corrosion
Morphology
Pitting (corrosion)
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creator Taleb, A
Vautrin-Ul, C
Mendy, H
Stafiej, J
Chausse, A
description We use cellular automata simulations at a mesoscopic scale to describe the phenomenon governing the morphology of pitting corrosion. We show that spontaneous separation of anodic and cathodic reaction zones plays a major role in determining the shape of the corroded space. The location of these zones versus the corroded surface is a stochastic event that influences strongly the direction of the corrosion propagation.
doi_str_mv 10.2495/ECOR070021
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subjects Cellular automata
Computer simulation
Corrosion
Morphology
Pitting (corrosion)
title Mesoscopic Modeling Of Corrosion Processes: Pitting Morphology Evolution
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