Steel structure stability

Author: Zhou Xuhong et al
Publisher:
Publish Date: 2004-01-01
Features:
[Book Introduction] This book systematically introduces the stability of beam structures and thin plates, including fundamental concepts of stability and common calculation methods for critical loads. The book is divided into six chapters, with main content covering: instability of axially loaded members, instability of compression-bending members, buckling of beams under bending and torsion, plane instability of frames, and the theory of thin plate buckling. The book emphasizes the integration of theory with the stability design of steel structure members, strives to bridge the gap between the courses "Theory of Steel Structures" and "Steel Structures," and includes examples and exercises to help readers deepen their understanding of the theory.
[Target Audience] This book can be used as a undergraduate textbook for civil engineering and transportation-related disciplines, and is also suitable for reference by teachers, graduate students, and engineering professionals in related fields.
[Table of Contents]
Chapter 1: Overview;
Chapter 2: Instability of Axially Loaded Members;
Chapter 3: Instability of Compression-Bending Members;
Chapter 4: Buckling of Beams under Bending and Torsion;
Chapter 5: Plane Instability of Frames;
Chapter 6: Buckling of Thin Plates.
Solutions to Exercises.
References.
[Series for Optional Courses in Civil Engineering Programs of Higher Education]
Other Titles in the Series:
Introduction to the Design of Large-Span Space Structures
Steel Structures for High-Rise Buildings
Foundation Design for High-Rise Buildings
Construction Project Supervision
Construction Project Supervision
Structural Appraisal and Strengthening
Introduction to Environmental Engineering
CAD Applications in Building Structures
Building Structure Design
Decorative Materials and Their Applications
Introduction to Bridge Engineering
Civil and Structural CAD Tutorial
Civil Engineering Machinery
Civil Engineering Cost Estimation
Composite Structure Design