Add to ORKGAnalytical solutions were developed to model the current distribution on an electrode covered by a thin electrolyte layer where the current is fed from the edge. Separate models were developed for the Tafel and the linear kinetics regimes. The model provides the current density profiles and the total current capacity of the cathode in crevice corrosion. Results are shown to be in good agreement with numerical simulations. Conditions for the saturation of the cathodic current as well the trends in the variation of the cathode capacity as a function of electrode length are identified
An electrochemical model was developed to predict the transient distribution of species generated du...
An approach based on the equations of electrochemical kinetics for the estimation of the current den...
For corrosion resistant materials exposed to low-temperature atmospheric environments, the corrosion...
Crevice corrosion is a common mode of localized corrosion which may affect the long-term performance...
Corrosion resistant materials under atmospheric conditions can suffer from localized corrosion (e.g....
Crevice corrosion may be limited by the capacity of the external cathodic region to support anodic d...
The stability of localized corrosion sites on SS 316L exposed to atmospheric conditions was studied ...
© 2015 Elsevier Ltd. All rights reserved. Factors affecting the effectiveness of cathodic prote...
An idealized model is postulated embodying the essential features of industrial caustic-chlorine cel...
Corrosion is electrochemical in nature. The kinetics of the processes taking place are controlled by...
Current and potential distributions, satisfying Laplace's equation and obtained by superpositio...
A mathematical model of the evolution of the solution chemistry and electrostatic potential within a...
A theoretical analysis is presented for the constant-current discharge of a thin- layer cathode with...
A one-dimensional mathematical model is presented for the free corrosion of a bare metal surface (de...
Current and potential distribution calculations in corrosion are reviewed. The mathematical methods ...
An electrochemical model was developed to predict the transient distribution of species generated du...
An approach based on the equations of electrochemical kinetics for the estimation of the current den...
For corrosion resistant materials exposed to low-temperature atmospheric environments, the corrosion...
Crevice corrosion is a common mode of localized corrosion which may affect the long-term performance...
Corrosion resistant materials under atmospheric conditions can suffer from localized corrosion (e.g....
Crevice corrosion may be limited by the capacity of the external cathodic region to support anodic d...
The stability of localized corrosion sites on SS 316L exposed to atmospheric conditions was studied ...
© 2015 Elsevier Ltd. All rights reserved. Factors affecting the effectiveness of cathodic prote...
An idealized model is postulated embodying the essential features of industrial caustic-chlorine cel...
Corrosion is electrochemical in nature. The kinetics of the processes taking place are controlled by...
Current and potential distributions, satisfying Laplace's equation and obtained by superpositio...
A mathematical model of the evolution of the solution chemistry and electrostatic potential within a...
A theoretical analysis is presented for the constant-current discharge of a thin- layer cathode with...
A one-dimensional mathematical model is presented for the free corrosion of a bare metal surface (de...
Current and potential distribution calculations in corrosion are reviewed. The mathematical methods ...
An electrochemical model was developed to predict the transient distribution of species generated du...
An approach based on the equations of electrochemical kinetics for the estimation of the current den...
For corrosion resistant materials exposed to low-temperature atmospheric environments, the corrosion...