课程简介
Students can master and understand the calculation method and calculation theory of the basic members and connections in the steel structure through the course's study. Through the course's study, the students have a deep understanding and grasp of the steel structure materials, components, connections, joints' working behavior, and design principles. Students will have preliminary engineering design capabilities and lay the foundation for further study of the design, production, and construction of various steel structures and metal structures in the future.
课程大纲
Introduction
1.1Characteristics and Development History of Steel Structures
1.2Applications of Steel Structures and Classification of Steel Structural Members
Structural steels
2.1 Properties of Steel
2.2 Main Factors Affecting the Performance of Structural Steel
2.3 Types of Structural Steel in China
2.4 Structural Steel Products in China
Beams
3.1 Strength and Stiffness of Beams
3.2 Lateral Torsional Buckling of Beams
3.3 Local Buckling of Beams
3.4 Design Method of Steel Beams in China
Axially loaded members
4.1 Strength and Stiffness Design of Axially Loaded Members
4.2 Concept and Influence Factors of Global Buckling of Axially Loaded Columns
4.3 Calculations of Global Buckling of Axially Loaded Columns
4.4 Local Buckling of Axially Loaded Columns
4.5 Design of Solid-Web Axially Loaded Columns in China
4.6 Design of Built-up Axially Loaded Columns in China
Members under Combined Axial Forces and Moments
5.1 Strength and Stiffness of Members under Combined Axial Forces and Moments
5.2 Global Buckling and Local Buckling of Solid-Web Beam-Columns
5.3 Global Buckling of Build-up Beam-Columns
5.4 Design method of Beam-Columns in China
Connections of steel structures
6.1 Methods and Forms of Welded Connections
6.2 Shortages and Symbols of Welds
6.3 Constitution of Butt Welds
6.4 Design method of Butt Welds in China
6.5 Constitution and Characteristics of Fillet Welds
6.6 Design method of Fillet Welds in China
6.7 Forms and Characteristics of Bolted Connections
6.8 Arrangement and Constitution of Bolted Connections
6.9 Design method of Ordinate Bolt Connections in China
6.10 Design method of High-strength Bolt Connections in China
1.1Characteristics and Development History of Steel Structures
1.2Applications of Steel Structures and Classification of Steel Structural Members
Structural steels
2.1 Properties of Steel
2.2 Main Factors Affecting the Performance of Structural Steel
2.3 Types of Structural Steel in China
2.4 Structural Steel Products in China
Beams
3.1 Strength and Stiffness of Beams
3.2 Lateral Torsional Buckling of Beams
3.3 Local Buckling of Beams
3.4 Design Method of Steel Beams in China
Axially loaded members
4.1 Strength and Stiffness Design of Axially Loaded Members
4.2 Concept and Influence Factors of Global Buckling of Axially Loaded Columns
4.3 Calculations of Global Buckling of Axially Loaded Columns
4.4 Local Buckling of Axially Loaded Columns
4.5 Design of Solid-Web Axially Loaded Columns in China
4.6 Design of Built-up Axially Loaded Columns in China
Members under Combined Axial Forces and Moments
5.1 Strength and Stiffness of Members under Combined Axial Forces and Moments
5.2 Global Buckling and Local Buckling of Solid-Web Beam-Columns
5.3 Global Buckling of Build-up Beam-Columns
5.4 Design method of Beam-Columns in China
Connections of steel structures
6.1 Methods and Forms of Welded Connections
6.2 Shortages and Symbols of Welds
6.3 Constitution of Butt Welds
6.4 Design method of Butt Welds in China
6.5 Constitution and Characteristics of Fillet Welds
6.6 Design method of Fillet Welds in China
6.7 Forms and Characteristics of Bolted Connections
6.8 Arrangement and Constitution of Bolted Connections
6.9 Design method of Ordinate Bolt Connections in China
6.10 Design method of High-strength Bolt Connections in China
