High-rise steel structure design

Author: Zheng Tingyin
Publisher:
Publish Date: 2005-09-01
Features: Steel structures have numerous advantages such as light weight, excellent seismic performance, environmental friendliness, high industrialization level, and significant comprehensive economic benefits. This book introduces the design of steel structures for high-rise buildings, covering topics such as structural types and systems, conceptual design, material selection, load and action calculations, action effect calculations and their combinations, structural verification, component design, composite floor design, and more. The book closely aligns with the requirements of China's newly revised "Code for Design of Steel Structures" (GB50017—2003), "Code for Load Design of Building Structures" (GB50009—2001), "Code for Seismic Design of Building Structures" (GB50011—2001), and "Technical Specification for Steel Structures of High-rise Civil Buildings" (JGJ1998), among other current codes and specifications, providing a systematic analysis and introduction to the design of steel structures for high-rise buildings. The book emphasizes both the systematicity of theory and the operability of application, while also focusing on introducing cutting-edge knowledge and methods in the field. The book is divided into eleven chapters, including Introduction; Structural Types and Systems; Conceptual Design; Material Selection; Load and Action Calculations; Action Effect Calculations and Their Combinations; Structural Verification; Component Design; Composite Floor Design; Connection Design; Fire Protection and Corrosion Prevention Design of Steel Structures. This book can serve as a follow-up textbook for senior undergraduate students of civil engineering majors in universities, a teaching reference for graduate students in structural engineering, and a reference for civil engineering design, research, steel structure manufacturing and installation, and other related engineering professionals.
[Content Summary] The book closely aligns with the requirements of China's newly revised "Code for Design of Steel Structures" (GB50017—2003), "Code for Load Design of Building Structures" (GB50009—2001), "Code for Seismic Design of Building Structures" (GB50011—2001), and "Technical Specification for Steel Structures of High-rise Civil Buildings" (JGJ99-1998), among other current codes and specifications, providing a systematic analysis and introduction to the design of steel structures for high-rise buildings. The book emphasizes both the systematicity of theory and the operability of application, while also focusing on introducing cutting-edge knowledge and methods in the field. The book is divided into eleven chapters, including Introduction; Structural Types and Systems; Conceptual Design; Material Selection; Load and Action Calculations; Action Effect Calculations and Their Combinations; Structural Verification; Component Design; Composite Floor Design; Connection Design; Fire Protection and Corrosion Prevention Design of Steel Structures. This book can serve as a follow-up textbook for senior undergraduate students of civil engineering majors in universities, a teaching reference for graduate students in structural engineering, and a reference for civil engineering design, research, steel structure manufacturing and installation, and other related engineering professionals.