Theory and Calculation of Steel and Concrete Composite Structures

Author: Wang Lian Guang
Publisher:
Publish Date: 2005-03-01
Features: This book introduces the author's research achievements over the past decade in the study of steel and concrete structural systems, as well as the relevant research work of scholars both domestically and internationally. The book consists of 18 chapters, covering the application and research trends of steel-concrete composite structures. It elaborates on the constitutive relationships of concrete and steel materials, provides the constitutive relationships of steel-concrete composite materials, and conducts in-depth studies on fundamental theories, design methods, and full-process nonlinear analysis theories of steel-concrete composite beams (simple-supported and continuous), prestressed composite beams, steel plate and concrete composite beams, encased steel-concrete structures, composite steel-decked concrete floor slabs, and steel-reinforced concrete structural components (shear walls and frame systems). The book also explores the analysis theory and calculation methods for creep effects in composite beams, explains the working mechanism of shear connectors and their design principles in composite beams, and introduces the basic design methods for circular/square steel tube-concrete composite structures. This book is suitable for technical personnel engaged in civil engineering, hydraulic engineering, and marine structural engineering, as well as teachers, graduate students, and senior undergraduate students in higher education institutions.