GB 51022-2015 门式刚架轻型房屋钢结构技术规范

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中文目录

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【主编部门】
Ministry of Housing and Urban-Rural Development of the People's Republic of China
【批准部门】

Ministry of Housing and Urban-Rural Development of the People's Republic of China
【发布单位】

Ministry of Housing and Urban-Rural Development of the People's Republic of China；General Administration of Quality Supervision,Inspection and Quarantine of the People's Republic of China
【主编单位】

China Institute of Building Standard Design&Research
【参编单位】

Zhejiang University；Tongji University；Xi'an University of Architecture and Technology；Tsinghua University；Zhejiang Hangxiao Steel Structure Co.,Ltd.；Butler（Shanghai） Co.,Ltd.；ABC Building Systems（China）Co.,Ltd.；China Academy of Building Research；Steel St ructure Committee of China Construction Metal Structure Association；Jiangxi Province Architectural Design&Research General Institute
【主要起草人】

Yu Yinquan；Cai Yiyan；Tong Genshu；Zhang Qilin；Chen Youquan；Liu Chengzong；Wang Saining；Su Mingzhou；Wang Zhe；Chen Shaofan；Shen Zuyan；Zhang Wei；Wu Ziwei；Shi Yongjiu；Jin Xinyang；Zhang Yuefeng；Zhang Hang；Xu Qiuhua；Shen Lin；Hu Tianbin.
【主要审查人】

Wang Dasui；Gu Qiang；Xu Houjun；He Mingxuan；Chen Jifa；Wang Yuanqing；Jiang Xueshi；Ding Dayi；Zhu Dan；Guo Bin；Guo Haishan .

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英文目录

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本书术语

术语	英文名称	术语	英文名称
Light-weight buildings with gabled frames		Height of building
Mezzanine		Leaning stanchion
Diagonal brace		End wall column
Opening		Open building
Partially enclosed building		Enclosed building

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门式刚架轻型房屋钢结构技术规范

Technical Code for Structural Steel Light-weight Building with Gabled Frames

标准信息

中文目录

Announcement by the Ministry of Housing and Urban-Rural Development of the People's Republic of China No.991

Foreword

1 General Provisions

2 Terms and Symbols

2.1 Terms

2.2 Symbols

3 Basic Requirements of Structural Design

3.1 Design Principles

3.2 Choice of Materials

3.3 Deformation Limits

3.4 Structural Requirements

4 Loads and Load Combinations

4.1 General Requirements

4.2 Wind Load

4.3 Snow Load on Roof

4.4 Seismic Action

4.5 Effect of Load Combinations and Seismic Action

5 Types and Arrangement of Structure

5.1 Types of Structure

5.2 Arrangement of Structure

5.3 Girt Arrangement

6 Calculation and Analysis of Structure

6.1 Calculation of Gabled Frame

6.2 Analysis of Seismic Action

6.3 Analysis of Thermal Action

7 Design of Structural Members

7.1 Calculation of Frame Members

7.2 Calculation of End Wall Members

8 Design of Bracing

8.1 General principles

8.2 Design of Longitudinal Bracing along Columns

8.3 Design of Transverse and Longitudinal Bracing in Roof

8.4 Arrangement of Diagonal Brace

8.5 Connection Joint of Rod Brace with Frame

9 Design of Purlin and Girt

9.1 Design of solid-web purlin

9.2 Truss Purlin

9.3 Design of Tensioned Rod

9.4 Design of Girt

10 Design of Connection and Joint

10.1 Welding

10.2 Connection Design

11 Design of Enclosure System

11.1 Design of Roofing and Cladding

11.2 Isolation and Heat Preservation

11.3 Design of Roof Drainage

12 Protection of Steel Structure from Corrosion

12.1 General Requirements

12.2 Design of Fire Resistance

12.3 Coating

12.4 Requirements of Steel Structure on Anti-rust

13 Fabrication

13.1 General Requirements

13.2 Processing of Steel Member

13.3 Configuration and Geometry of Members

13.4 Welds for Members

14 Transportation；Erection and Acceptance

14.1 General Requirements

14.2 Erection and Correction

14.3 High-strength Bolts

14.4 Welding and Other Fasteners

14.5 Erection of Purlins and Girts

14.6 Erection of Enclosure System

14.7 Acceptance

Appendix A Calculated Length of Frame Column

Explanation of Wording in This Code

List of Quoted Standards

英文目录

本书术语

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Announcement　by　the　Ministry　of　Housing　and　Urban-Rural　Development　of　the　People's　Republic　of　China　No.991

1　General　Provisions

2　Terms　and　Symbols

2.1　Terms

2.2　Symbols

3　Basic　Requirements　of　Structural　Design

3.1　Design　Principles

3.2　Choice　of　Materials

3.3　Deformation　Limits

3.4　Structural　Requirements

4　Loads　and　Load　Combinations

4.1　General　Requirements

4.2　Wind　Load

4.3　Snow　Load　on　Roof

4.4　Seismic　Action

4.5　Effect　of　Load　Combinations　and　Seismic　Action

5　Types　and　Arrangement　of　Structure

5.1　Types　of　Structure

5.2　Arrangement　of　Structure

5.3　Girt　Arrangement

6　Calculation　and　Analysis　of　Structure

6.1　Calculation　of　Gabled　Frame

6.2　Analysis　of　Seismic　Action

6.3　Analysis　of　Thermal　Action

7　Design　of　Structural　Members

7.1　Calculation　of　Frame　Members

7.2　Calculation　of　End　Wall　Members

8　Design　of　Bracing

8.1　General　principles

8.2　Design　of　Longitudinal　Bracing　along　Columns

8.3　Design　of　Transverse　and　Longitudinal　Bracing　in　Roof

8.4　Arrangement　of　Diagonal　Brace

8.5　Connection　Joint　of　Rod　Brace　with　Frame

9　Design　of　Purlin　and　Girt

9.1　Design　of　solid-web　purlin

9.2　Truss　Purlin

9.3　Design　of　Tensioned　Rod

9.4　Design　of　Girt

10　Design　of　Connection　and　Joint

10.1　Welding

10.2　Connection　Design

11　Design　of　Enclosure　System

11.1　Design　of　Roofing　and　Cladding

11.2　Isolation　and　Heat　Preservation

11.3　Design　of　Roof　Drainage

12　Protection　of　Steel　Structure　from　Corrosion

12.1　General　Requirements

12.2　Design　of　Fire　Resistance

12.3　Coating

12.4　Requirements　of　Steel　Structure　on　Anti-rust

13　Fabrication

13.1　General　Requirements

13.2　Processing　of　Steel　Member

13.3　Configuration　and　Geometry　of　Members

13.4　Welds　for　Members

14　Transportation；Erection　and　Acceptance

14.1　General　Requirements

14.2　Erection　and　Correction

14.3　High-strength　Bolts

14.4　Welding　and　Other　Fasteners

14.5　Erection　of　Purlins　and　Girts

14.6　Erection　of　Enclosure　System

14.7　Acceptance

Appendix　A　Calculated　Length　of　Frame　Column

Explanation　of　Wording　in　This　Code

List　of　Quoted　Standards