Design of Steel Structures
Materials, Connections, and Components
- 1st Edition - August 16, 2022
- Latest edition
- Authors: Lingyu Zhou, Liping Wang, Liqiang Jiang
- Language: English
- Paperback ISBN:9 7 8 - 0 - 3 2 3 - 9 1 6 8 2 - 0
- eBook ISBN:9 7 8 - 0 - 3 2 3 - 9 1 6 8 3 - 7
Design of Steel Structures: Materials, Connections, and Components systematically introduces the basic concepts and principles of the subject of "Design of steel structure… Read more
Design of Steel Structures: Materials, Connections, and Components systematically introduces the basic concepts and principles of the subject of "Design of steel structure". Sections cover materials, failure modes of steel structures, members under tension, compression, bending and combined loads, steel connections, typical steel structural systems, composite members and vibrations resistance of steel members and connections. In addition, development history and the general application of steel structures are introduced, along with development status trends and typical classifications of steel structures. Other chapters discuss materials of steel structures, including high-performance steel, cold-formed steel, and other new types.
- Contains comprehensive, basic knowledge for designing steel structures
- Introduces materials, connections, components and structural systems of steel structures
- Includes theoretical calculating methods and engineering design methods
- Presents a large number of engineering cases throughout the book, including new steel materials, new steel connections, new steel components and new construction technologies
Engineers and researchers in civil engineering and structural engineering; Civil engineers and structural engineers; Researchers on the mechanical performance of composite structures using high strength materials
Chapter 1 General Introduction
1.1 Characteristics and applications of steel structures
1.2 Development of steel structures in China – current status and trend
1.3 Structural forms of steel structures and classifications of steel components
1.4 Classification of methods for connections of steel structures
Chapter 2 Materials of steel structures
2.1 Performance properties of steel under unidirectional uniform tension
2.2 Performance properties of steel under the effect of uniaxial cyclic stress
2.3 Performance properties of steel subjected to the effects of compound stresses
2.4 Performance properties of steel subjected to impact and cold forming
2.5 Weldability of steel
2.6 Properties of corrosion resistance of steel
2.7 Failures of steel due to ductility, cumulative damage, brittleness and fatigue
2.8 Factors affecting the properties of steel
2.9 Classification of steel materials for steel structures
2.10 Steel specifications Problems
Chapter 3 Possible failure modes of steel structures
3.1 Global instability failure of structures
3.2 Local instability and classification of cross-sections of structures and structural members
3.3 Plastic collapse of structures and plastic redistribution of stresses (internal)
3.4 Fatigue failure of structure
3.5 Cumulative damage failure of structures
3.6 Brittle fracture failure of structures
3.7 A holistic approach to the prevention of various types of failures of steel structures
Chapter 4 Members under tension and cables
4.1 Members under axial tension
4.2 Mechanical characteristics and methods of analysis of cables Problems
Chapter 5 Members under axial compression
5.1 Possible failure modes for members under axial compression
5.2 Strength capacity of members under axial compression
5.3 Global stability of members with solid web under axial compression
5.4 Global stability of axial compressive members in lattice structures
5.5 Global stability calculations for axial compressive members
5.6 Local stability of axial compressive solid-web members
5.7 Local stability of axial compressive members in lattice structures
5.8 Stiffness of axial compressive members Problems
Chapter 6 Members under bending
6.1 Types and cross-sections of members under bending
6.2 Main failure modes of members under bending
6.3 Section capacity of members under bending
6.4 Torsion in members
6.5 Bending-twisting equilibrium equation for bending members under global instability and the critical bending moment
6.6 Local stability of plates of bending members
6.7 Deformation of bending members and its deformability Problems
Chapter 7 Members under combined tension-bending and combined compression-bending
7.1 Types and cross-sections of members under tension-bending and compression-bending
7.2 Failue modes of tension-bending and compression-bending members
7.3 Section capacity of tension-bending and compression-bending members
7.4 Global stability of compression-bending members
7.5 Compression-bending members in lattice structures
7.6 Local stability of compression-bending members
7.7 Stiffness of tension-bending and compression-bending members Problems
Chapter 8Connections in steel structures
8.1 Types of connections of steel structures
8.2 Properties of welded connections
8.3 Construction and calculation of butt welds
8.4 Construction and calculation of fillet welds
8.5 Welding stress and welding deformation
8.6 Construction and calculation of ordinary bolted connections
8.7 Construction and calculation of high-strength bolted connections Problems
Chapter 9 Trusses, single storey steel frames, and arches
9.1 Trusses
9.2 Single storey rigid frames
9.3 Arches
Chapter 10 Composite members
10.1 Classification of composite members
10.2 Composite slab capacity
10.3 Composite beam capacity
10.4 Strength and stability of concrete-filled steel tube columns
Chapter 11 Vibration resistance of steel structural members and connections
11.1 Loading characteristics and performance of members
11.2 Hysteretic performance of members under axial force
11.3 Hysteretic performance of bending members
11.4 Hysteretic performance of compression-bending members
11.5 Hysteretic performance of nodes
Appendices
1 Chemical composition and mechanical properties of major steel brands for steel structures
2 Properties of welding materials and design strength of steel, welds, and bolted connections
3 Property tables for commonly used steel and cross-sections of steel sections
4 Stability coefficients of axial compression members
5 Effective length coefficients of columns
6 Calculation charts
- Edition: 1
- Latest edition
- Published: August 16, 2022
- Language: English
LZ
Lingyu Zhou
Dr. LingYu Zhou is a professor in the school of civil engineering, Central South University. He has long been engaged in the teaching and scientific research of steel structure, composite structure, fabricated structure, and large-span structure. He is currently a member of China Steel Construction Association and invited reviewer for more than ten SCI and EI journals. Dr. Zhou presided over the completion of 2 national natural science foundation of China, 3 provincial and ministerial projects, participated in 2 high-speed rail joint funds, and 1 key research and development plan of the Ministry of Railways. He published more than 50 related scientific research papers and more than 40 papers were indexed by SCI/EI, and he won 1 second prize of National Science and Technology Progress Award, 3 first prize of Hunan Science and Technology Progress Award, and 1 second prize of Shaanxi Science and Technology Progress Award.
Affiliations and expertise
Professor, School of Civil Engineering, Central South University, Changsha, Hunan, ChinaLW
Liping Wang
Dr. LiPing Wang is a associate professor and postgraduate tutor of the school of civil engineering, Central South University. Currently, she presides and participates in several projects from the National Natural Science Foundation of China and the "13th Five-Year" key research and development plan. She has published more than 30 academic papers, including 20 papers in SCI-indexed journals. Dr. Wang is one of main research members of Hunan Prefabricated Construction Engineering Technology Research Center. Her main research interests including the stability of thin-walled steel structures, cold-formed steel structures and components, steel tube concrete composite structural components, fabricated modular light steel structures and fabricated steel-concrete composite structure, etc.
Affiliations and expertise
Associate Professor, School of Civil Engineering, Central South University, Changsha, Hunan, ChinaLJ
Liqiang Jiang
Dr. LiQiang Jiang is associate professor of the School of Civil Engineering, Central South University, associate member of the American Civil Engineering Society, member of the Jiangsu Provincial Local Standards Group, a young and middle-aged reviewer of "Journal of Building Structures" in China. He presided the National Natural Science Foundation of China Youth Project, etc. He has participated in 2 key projects of the National Natural Science Foundation of China, published more than 30 academic papers including 23 SCI-indexed and 3 EI-indexed, and served as reviewer for more than 20 journals.
Affiliations and expertise
Associate Professor, School of Civil Engineering, Central South University, Changsha, Hunan, ChinaRead Design of Steel Structures on ScienceDirect