This book investigates the complex behavior of reinforced concrete under various loading conditions, focusing on its plastic deformation characteristics. Drawing on W. F. Chen's expertise in structural mechanics, the work presents a comprehensive analysis of material models and experimental data to understand how concrete and steel interact when subjected to stresses beyond their elastic limits. The primary argument centers on developing accurate predictive models for the ultimate load-carrying capacity and failure mechanisms of reinforced concrete structures.

This text is recognized as a foundational work in the field of reinforced concrete plasticity, often cited in advanced structural engineering curricula and research. Its detailed theoretical treatment and reliance on empirical data make it a valuable resource for academics and practicing engineers seeking a deep understanding of material behavior under extreme loads. The book's comprehensive scope and rigorous analysis establish it as a key reference for professionals involved in structural design and failure analysis.