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Carbonation, Neutralization, and Reinforcement Corrosion for Concrete in Long-Term Atmospheric Exposures

Complex pitting corrosion in long-term immersed exposures of 6060 aluminum alloys in temperate natural seawater

Corrosion of Steels and Irons Immersed in Natural Seawater for up to 600 Y

Corrosion performance of low alloy steels in sub-Arctic natural seawater

Development of Pitting Corrosion for Mild Steel Exposed to Particulate Media and Natural and Nutrient-Dosed Seawaters

Effect of alloying on maximum depth of pits in mild steel in marine immersion environments

Effect of nutrient-based water pollution on the corrosion of mild steel in marine immersion conditions

Effect of vertical length on corrosion of steel in the tidal zone

Influence of dissolved inorganic nitrogen on accelerated low water corrosion of marine steel piling

Long-term corrosion of mild steel in natural and uv-treated coastal seawater

Long-Term Immersion Corrosion of Irons and Steel in Seawaters with Calcareous Deposition

Modeling of long-term corrosion loss and pitting for chromium-bearing and stainless steels in seawater

Modeling of marine immersion corrosion for mild and low-alloy steels - part 1: phenomological model

Reinforcement corrosion in concrete exposed to the North Sea for more than 60 years

Rust removal from steel coupons after short-term marine immersion

Statistical characterization of pitting corrosion - part 2: probabilistic modeling for maximum pit depth

Statistical characterization of pitting corrosion. Part 1: data analysis

Statistical characterization of pitting corrosion: part 2: Probabilistic modeling for maximum pit depth

The Transition from Short- to Long-Term Marine Corrosion of Carbon Steels: 1. Experimental Observations

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