Mathematical modelling of the electrochemistry in corrosion fatigue cracks in steel corroding in marine environments
References (38)
Corros. Sci.
(1983)- et al.
Prediction of Materials Performance in Plants Operating in Corrosive Environments
(1987) - et al.
J. electrochem. Soc.
(1969) - et al.
Corrosion
(1987) - et al.
- et al.
Corrosion
(1977)- et al.
J. electrochem. Soc.
(1982)
Corros. Sci.
A theoretical evaluation of the oxygen concentration in a corrosion fatigue crack
NPL Report DMA(A)
Mat. Sci. Tech.
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2022, Corrosion ScienceCitation Excerpt :However, the mass conservation equations are nontrivial. Various models have investigated experimental crack growth rate (CGR) and crack tip electrochemical and chemical conditions for CF and SCC [1,10–39]. Describing such complex processes requires information regarding environmental, mechanical, and material related variables (including electrochemical information and hydrogen uptake) occurring both at the highly localized scale (i.e., at the crack tip) [1] and on the external surface away from the crack tip.
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2018, Corrosion ScienceCitation Excerpt :Advection occurs within the crack due to the cyclic pumping action of the crack sides and leads to a modification of the drop in the potential from the external surface to the crack tip. Somewhat similar treatments have been reported by Turnbull et.al. [4–6], although that work does not appear to have been aimed at unifying the theories of the SCC and corrosion fatigue (CF).