Modelling Aqueous Corrosion

“Protectiveness of corrosion layers”.- “Mathematical modelling of localized corrosion”.- “Modelling corrosion in nuclear systems”.- “Modelling the adsorption of organic corrosion inhibitors on metal surfaces”.- “The use of acoustic emission for the study and monitoring of localized corrosion phenomena”.- “Expert systems for corrosion prevention and control”.- “Anodic dissolution of metal coated by a formed salt film”.- “The respective effects of passive films and non-metallic inclusions on the pitting resistance of stainless steels — consequences on the pre-pitting noise and the anodic current transients”.- “Modelling the corrosion of zirconium alloys in nuclear reactors cooled by high temperature water”.- “Modelling procedures for predicting the lifetimes of nuclear waste containers”.- “Mechanism of stress corrosion cracking and corrosion fatigue of precipitation hardening aluminium alloys”.- “Medium aggressivity and inhibitive species in pitting corrosion and stainless steels”.- “Modelling the capacitive behaviour of the passive film”.- “Relationship between modelled turbulence parameters and corrosion product film stability in disturbed single-phase aqueous flow”.- “Modelling of CO2 corrosion mechanisms”.- “Factors affecting the corrosion resistance of materials under irradiation in the early stage of growth of the passive films”.- “Modelling of electrochemical noise due to the activation-controlled dissolution of metals”.- “A systematic approach to the design of warship impressed current cathodic protection systems”.- “Eliciting corrosion knowledge through the fault-tree eyeglass”.- “New methods of quantitative analysis of localized corrosion using scanning electrochemical probes”.-“Towards improved quantitative characterization of corroding surfaces using fractal models”.