Corrosion of Steel in Concrete Structures

Corrosion of Steel in Concrete Structures, 2nd Edition offers a broad theoretical and practical foundation for analyzing metal degradation within cementitious matrices. Formulated for academic researchers, civil engineers, and postgraduate students, this work clarifies how chemical exposures alter internal steel reinforcement and details essential analytical procedures for structural evaluation.

The theoretical progression establishes fundamental decay principles before analyzing fluid and ion transport pathways inside concrete matrices. It thoroughly examines concrete permeability, the chloride threshold value concept, and predictive modeling techniques for reinforcement corrosion. These analytical framework topics allow researchers and engineers to quantify deterioration mechanisms across diverse environmental conditions.

Beyond traditional carbon steel bars, the text addresses alternative structural materials, highlighting the specific corrosion behavior of stainless steel and galvanized steel reinforcement. It concludes by presenting established corrosion protection approaches and structural maintenance methods meant to preserve physical integrity over extended operational life cycles in real-world infrastructure.