Prestressed Concrete Engineering: PRINCIPLES TO PRACTICE: A Practical Handbook and Numerical Workbook for Analysis, Prestress Losses, and Flexural Behaviour

Prestressed concrete is one of the most important developments in modern structural engineering, enabling the construction of longer spans, slimmer structural members, improved serviceability, and durable infrastructure. Prestressed Concrete Engineering: Principles to Practice presents the fundamental concepts, analytical approaches, design principles, and practical applications of prestressed concrete in a systematic and easy-to-understand manner.

The book is designed to bridge the gap between theoretical concepts and their practical application. It explains the behaviour and principles of prestressing, types and systems of prestressing, materials, analysis of prestressed members, losses of prestress, flexural behaviour, shear, deflection, cracking, anchorage, and other essential aspects of prestressed concrete engineering.

Particular emphasis is placed on step-by-step derivations, illustrative examples, solved numerical problems, design-oriented discussions, and practical interpretation of structural behaviour. The content is structured to support classroom teaching, university examinations, competitive examinations, and self-learning.

With its combination of principles, analysis, numerical applications, and engineering practice, this book aims to serve as a dependable reference for understanding prestressed concrete from fundamental concepts to practical structural applications.