High-performance reinforced concrete structures

Author: edited by Zhou Zhixiang
Publisher:
Publishing Date: 2002-01-01
Features: This textbook is a 21st-century transportation edition for higher education institutions, divided into 12 chapters. It primarily discusses the mechanical properties of steel and concrete, the mechanical behavior of reinforced concrete members under normal sections, shear strength of inclined sections, bond between steel and concrete, cracks in reinforced concrete members, stiffness and deformation, shrinkage, creep, and temperature effects of concrete structures, ductility and seismic performance of structures, structural design methods, and finite element analysis of reinforced concrete structures. Based on a detailed explanation of the general principles of reinforced concrete structures, the book emphasizes the methodology for identifying, analyzing, and solving problems. To introduce more content and recent research findings within limited space, the authors have appropriately used concise, clause-based, explanatory, and chart-based writing styles, aiming to leave readers with more knowledge after reading the book. This textbook can serve as a graduate-level teaching material for bridge and structural engineering majors and is also suitable for students and professionals in related fields as a reference.