Description

This book investigates the corrosion mechanisms and resistance regulation of commonly used engineering steels, such as low-alloy steel rebar, high-manganese steel, low-density steel, titanium-steel composite plates, ductile iron, and high-performance corrosion-resistant offshore steel. It analyzes the corrosion behavior and key influencing factors of these materials. It further explores the regulation of corrosion resistance in steel materials and the development of novel corrosion-resistant steels using a new evaluation method. More importantly, it combines corrosion big data technology and artificial intelligence to assess the corrosion resistance of steel materials, providing crucial support for developing new corrosion-resistant materials. This book offers cutting-edge insights and practical solutions for enhancing the corrosion resistance of engineering steels, making it a valuable resource for materials scientists, researchers, and engineers.