The objective of this work was to develop the foundation for an interactive corrosion risk management tool, based on Markov Analysis, for assessing the probability of failure of industrial components as a function of threats (such as pitting corrosion and coating degradation) and mitigation schemes (such as inhibitors and coatings). doi: 10.5006/1184
This post includes our CORROSION 2014 presentation on selecting corrosion resistant alloys for seawater service.
Do you know how to read anodic polarization curves? This post gives a brief graphical overview on how to determine pitting and repassivation potentials from real anodic polarization curves.
What are the pitting and repassivation potentials? Is there a correlation between these critical potentials and localized corrosion resistance?
What is the localized corrosion resistance of the Nickel alloy 718 (UNS N07718) in oxidizing chloride containing environments like seawater? This articles gives some clues.
Can we use the ASTM G48 test to establish the maximum allowable temperature of a metal or alloy in an oxidizing environment like seawater?
This post discusses how the ferric chloride electrolyte of the ASTM G48 test compares with other oxidizing environments such as seawater.