《鋼結構設計規範》是一本由中國工程建設標準化協會組織編寫，中國建築工業出版社2006年9月1日出版發行的書籍。其主要內容包括總則、術語和符號、基本設計規定、受彎構件的計算、軸心受力構件和拉彎、壓彎構件的計算、疲勞計算、連線計算、構造要求、塑性設計、鋼管結構、鋼與混凝土組合梁等鋼結構方面的知識，可供查閱學習。
基本介紹
內容簡介,作品目錄,
內容簡介
General principles，Terms and symbols，Basic design stipulations，Calculation of flexural members，Calculation of axially loaded members and members subjected to combined axial load and bending
作品目錄
1 General principles
2 Terms and symbols
2.1 Terms
2.2 Symbols
3 Basic design stipulations
3.1 Design principles
3.2 Load and calculation of load effects
3.3 Material selection
3.4 Design indices
3.5 Provisions for deformation of structures and structural members
4 Calculation of flexural members
4.1 Strength
4.2 Overall stability
4.3 Local stability
4.4 Calculation of built-up girder with webs taking accout of post-buckling strength
5 Calculation of axially loaded members and members subjected to combined axial load and bending
5.1 Axially loaded members
5.2 Members subjected to combined axial load and bending
5.3 Effective length andallowable slenderness ratio
5.4 Local stability of compression members
6 Fatigue calculation
6.1 General stipulations
6.2Fatigue calculation
7 Calculation of connections
7.1 Welded connection
7.2 Fastener connection
7.3 Flange connection of built-up I-section
7.4 Beam-to-column rigid connection
7.5 Calculation of connected plates at joints
7.6 Supports
8 Detailing requirements
8.1 General stipulations
8.2 Welded connection
8.3 Bolted riveted connections
8.4 Structural members
8.5 Requirements for crane girders and crane trusses
8.6 Large span roof structures
8.7 Requirements for preventing brittle fracture under low temperature
8.8 Fabrication, transportation and erection
8.9 Protection and heat insulation
9 Plastic design
9.1 General stipulations
9.2 Calculation of members
9.3 Allowable slenderness ratio and detailing requirements
10 Steel tubular tructures
10.1 General stipulations
10.2 Detailiing requirements
10.3 Capacity of members and joints
11 Composite steel and concrete beams
11.1 General stipulations
11.2 Design of compolite beams
11.3 Calculation of shear connectors
11.4 Calculation of deflection
11.5 Detailing requirements
Appendix A Allowable deflection of structures of structural members
Appendix B Overall stability factor of beams
Appendix C Stability factor of axial compression memebers
Appendix D Effective length factor for columns
Appendix E Classification of memebers and connections for fatigue calculation
Appendix F Stability calculation of truss gusset plate subject to compressive force of the diagonalweb member
Explanation of wording in this Code
2 Terms and symbols
2.1 Terms
2.2 Symbols
3 Basic design stipulations
3.1 Design principles
3.2 Load and calculation of load effects
3.3 Material selection
3.4 Design indices
3.5 Provisions for deformation of structures and structural members
4 Calculation of flexural members
4.1 Strength
4.2 Overall stability
4.3 Local stability
4.4 Calculation of built-up girder with webs taking accout of post-buckling strength
5 Calculation of axially loaded members and members subjected to combined axial load and bending
5.1 Axially loaded members
5.2 Members subjected to combined axial load and bending
5.3 Effective length andallowable slenderness ratio
5.4 Local stability of compression members
6 Fatigue calculation
6.1 General stipulations
6.2Fatigue calculation
7 Calculation of connections
7.1 Welded connection
7.2 Fastener connection
7.3 Flange connection of built-up I-section
7.4 Beam-to-column rigid connection
7.5 Calculation of connected plates at joints
7.6 Supports
8 Detailing requirements
8.1 General stipulations
8.2 Welded connection
8.3 Bolted riveted connections
8.4 Structural members
8.5 Requirements for crane girders and crane trusses
8.6 Large span roof structures
8.7 Requirements for preventing brittle fracture under low temperature
8.8 Fabrication, transportation and erection
8.9 Protection and heat insulation
9 Plastic design
9.1 General stipulations
9.2 Calculation of members
9.3 Allowable slenderness ratio and detailing requirements
10 Steel tubular tructures
10.1 General stipulations
10.2 Detailiing requirements
10.3 Capacity of members and joints
11 Composite steel and concrete beams
11.1 General stipulations
11.2 Design of compolite beams
11.3 Calculation of shear connectors
11.4 Calculation of deflection
11.5 Detailing requirements
Appendix A Allowable deflection of structures of structural members
Appendix B Overall stability factor of beams
Appendix C Stability factor of axial compression memebers
Appendix D Effective length factor for columns
Appendix E Classification of memebers and connections for fatigue calculation
Appendix F Stability calculation of truss gusset plate subject to compressive force of the diagonalweb member
Explanation of wording in this Code
