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• W4224304822 abstract "The principal issue facing reinforced concrete (RC) structures is the cost of failure due to corrosion and aging of steel reinforcements. High-Ni weathering steel (WS) is presently one of the most viable materials seen to address this issue. It is considered a cheap alternative to heavily alloyed stainless steels and also offers significantly better corrosion resistance than carbon steels (CS). This paper reviews the history and development of high-Ni WS around the world. The authors traced in detail how its protective rust layer forms under aggressive marine atmosphere in comparison to conventional Cr-type WS and CS. Synthesis of multiple studies reveals their differences in terms of rusting mechanism, corrosion products, and microstructural characteristics. It became apparent, however, that there exists a vast gap in our understanding of high-Ni WS in the context of RC structures. Some of the unresolved issues identified from literature are: (1) compositional difference of rusts that form in atmosphere and concrete; (2) long-term behavior; (3) lack of parameters necessary for service-life prediction; and (4) required concrete conditions for rust development. Information derived from these research gaps will provide important insights for future development of high-Ni WS towards the end-goal of integrating it in concrete structures." @default.
• W4224304822 created "2022-04-26" @default.
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• W4224304822 date "2022-04-20" @default.
• W4224304822 modified "2023-09-25" @default.
• W4224304822 title "Current State of Knowledge on Bare High-Nickel Type Weathering Steel Towards the Application as Concrete Reinforcement" @default.
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• W4224304822 doi "https://doi.org/10.3151/jact.20.313" @default.
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