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Serviceability in structural design ensures a structure's continuous and safe usability under specific loads throughout its lifetime, minimizing issues of excessive flexibility or structural compromise. In reinforced and prestressed concrete structures, cracking and deflection under service loads are key indicators of reliable, long-term performance. With advances in high-strength concrete and computer-aided serviceability designs, today's structures are becoming lighter and more material-efficient, driving the need for precise control over deflection behavior.This book explores the principles…mehr

Produktbeschreibung
Serviceability in structural design ensures a structure's continuous and safe usability under specific loads throughout its lifetime, minimizing issues of excessive flexibility or structural compromise. In reinforced and prestressed concrete structures, cracking and deflection under service loads are key indicators of reliable, long-term performance. With advances in high-strength concrete and computer-aided serviceability designs, today's structures are becoming lighter and more material-efficient, driving the need for precise control over deflection behavior.This book explores the principles of deflection in reinforced and prestressed concrete beams, including configurations with floating columns and secondary supports. Practical insights are provided on design adjustments that can enhance cost-efficiency and material optimization while maintaining alignment with permissible deflection standards. This resource is essential for engineers and designers aiming to achieve a balancebetween serviceability, economic efficiency, and structural durability in modern construction.
Autorenporträt
Dr. Zeeshan Ahmed holds a Ph.D. in Civil Engineering and is the Head of the Civil Engineering Department at Babasaheb Naik College of Engineering, Pusad. He has published extensively and serves as an editor and reviewer for various journals, contributing to advancements in civil engineering education.