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GB 50367-2013 混凝土结构加固设计规范 - 工标库

GB 50367-2013 混凝土结构加固设计规范 现行

发布日期:2013-11-01

实施日期:2014-06-01

替代以下标准: GB 50367-2006  

  • 标准信息
  • 中文目录
  • 英文目录
  • 公告

中文目录

  • 中华人民共和国住房和城乡建设部公告

  • 前   言

  • 1 总  则

  • 2 术语和符号

    • 2.1 术  语

    • 2.2 符  号

  • 3 基本规定

    • 3.1 一般规定

    • 3.2 设计计算原则

    • 3.3 加固方法及配合使用的技术

  • 4 材  料

    • 4.1 混 凝 土

    • 4.2 钢材及焊接材料

    • 4.3 纤维和纤维复合材

    • 4.4 结构加固用胶粘剂

    • 4.5 钢 丝 绳

    • 4.6 聚合物改性水泥砂浆

    • 4.7 阻 锈 剂

  • 5 增大截面加固法

    • 5.1 设计规定

    • 5.2 受弯构件正截面加固计算

    • 5.3 受弯构件斜截面加固计算

    • 5.4 受压构件正截面加固计算

    • 5.5 构造规定

  • 6 置换混凝土加固法

    • 6.1 设计规定

    • 6.2 加固计算

    • 6.3 构造规定

  • 7 体外预应力加固法

    • 7.1 设计规定

    • 7.2 无粘结钢绞线体外预应力的加固计算

    • 7.3 普通钢筋体外预应力的加固计算

    • 7.4 型钢预应力撑杆的加固计算

    • 7.5 无粘结钢绞线体外预应力构造规定

    • 7.6 普通钢筋体外预应力构造规定

    • 7.7 型钢预应力撑杆构造规定

  • 8 外包型钢加固法

    • 8.1 设计规定

    • 8.2 外粘型钢加固计算

    • 8.3 构造规定

  • 9 粘贴钢板加固法

    • 9.1 设计规定

    • 9.2 受弯构件正截面加固计算

    • 9.3 受弯构件斜截面加固计算

    • 9.4 大偏心受压构件正截面加固计算

    • 9.5 受拉构件正截面加固计算

    • 9.6 构造规定

  • 10 粘贴纤维复合材加固法

    • 10.1 设计规定

    • 10.2 受弯构件正截面加固计算

    • 10.3 受弯构件斜截面加固计算

    • 10.4 受压构件正截面加固计算

    • 10.5 框架柱斜截面加固计算

    • 10.6 大偏心受压构件加固计算

    • 10.7 受拉构件正截面加固计算

    • 10.8 提高柱的延性的加固计算

    • 10.9 构造规定

  • 11 预应力碳纤维复合板加固法

    • 11.1 设计规定

    • 11.2 预应力碳纤维复合板加固受弯构件

    • 11.3 构造要求

    • 11.4 设计对施工的要求

  • 12 增设支点加固法

    • 12.1 设计规定

    • 12.2 加固计算

    • 12.3 构造规定

  • 13 预张紧钢丝绳网片-聚合物砂浆面层加固法

    • 13.1 设计规定

    • 13.2 受弯构件正截面加固计算

    • 13.3 受弯构件斜截面加固计算

    • 13.4 构造规定

  • 14 绕丝加固法

    • 14.1 设计规定

    • 14.2 柱的抗震加固计算

    • 14.3 构造规定

  • 15 植筋技术

    • 15.1 设计规定

    • 15.2 锚固计算

    • 15.3 构造规定

  • 16 锚栓技术

    • 16.1 设计规定

    • 16.2 锚栓钢材承载力验算

    • 16.3 基材混凝土承载力验算

    • 16.4 构造规定

  • 17 裂缝修补技术

    • 17.1 设计规定

    • 17.2 裂缝修补要求

  • 附录A 既有建筑物结构荷载标准值的确定方法

  • 附录B 既有结构混凝土回弹值龄期修正的规定

  • 附录C 锚固用快固胶粘结拉伸抗剪强度测定法之一钢套筒法

    • C.1 适用范围及应用条件

    • C.2 试验设备及装置

    • C.3 试  件

    • C.4 试件制备

    • C.5 试验条件

    • C.6 试验步骤

    • C.7 试验结果

  • 附录D 锚固型快固结构胶抗震性能检验方法

    • D.1 适用范围

    • D.2 取样规则

    • D.3 种植全螺纹螺杆的基材

    • D.4 试验设备和装置

    • D.5 试验步骤与方法

    • D.6 检验结果的评定

  • 附录E 既有混凝土结构钢筋阻锈方法

    • E.1 设计规定

    • E.2 喷涂型钢筋阻锈剂使用规定

    • E.3 阻锈剂使用效果检测与评定

  • 附录F 锚栓连接受力分析方法

    • F.1 锚栓拉力作用值计算

    • F.2 锚栓剪力作用值计算

  • 本规范用词说明

  • 引用标准名录

英文目录

  • 1 General Provisions

  • 2 Terms and Symbols

    • 2.1 Terms

    • 2.2 Symbols

  • 3 Basic Requirements

    • 3.1 General Requirements

    • 3.2 Calculation Principles for Design

    • 3.3 Strengthening Method and Technology

  • 4 Materials

    • 4.1 Concrete

    • 4.2 Steel and Welding Material

    • 4.3 Fiber and Fiber Composite Material

    • 4.4 Adhesive for Structural Strengthening

    • 4.5 Steel Wire Rope

    • 4.6 Polymer Modified Cement Mortar

    • 4.7 Rusty Retardant Agent

  • 5 Strncture Member Strengthening with Increasing Section Area

    • 5.1 Design Provisions

    • 5.2 Strengthening Calculation of Cross Section Bending Capacity for Flexural Member

    • 5.3 Strengthening Calculation of Inclined Section Shear Capacity for Flexural Member

    • 5.4 Strengthening Calculation of Cross Section Bending Capacity for Compression Member

    • 5.5 Detailing Requirements

  • 6 Structure Member Strengthening with Concrete Displacement

    • 6.1 Design Provisions

    • 6.2 Strengthening Calculation

    • 6.3 Detailing Requirements

  • 7 Structure Member Strengthening with Externally Prestressed

    • 7.1 Design Provisions

    • 7.2 Strengthening Calculation of Externally Prestressed Non-cohesive Steel Strands

    • 7.3 Strengthening Calculation of Externally Prestressed Conventional Steel Bars

    • 7.4 Strengthening Calculation of Prestressed Section Steel Struts

    • 7.5 Detailing Requirem ents for Externally Prestressed Non-cohesive Steel Strands

    • 7.6 Detailing Requirements for Externally Prestressed Conventional Steel Bars

    • 7.7 Detailing Requirements for Prestressed Section Steel Struts

  • 8 Structure Member Strengthening with Externally Wrapped Steel Section

    • 8.1 Design Provisions

    • 8.2 Strengthening Calculation

    • 8.3 Detailing Requirements

  • 9 Structure Member Strengthening with Bonded Steel Plate

    • 9.1 Design Provisions

    • 9.2 Strengthening Calculation of Cross Section Bending Capacity for Flexural Member

    • 9.3 Strengthening Calculation of Inclined Section Shear Capacity for Flexural Member

    • 9.4 Strengthening Calculation of Cross Section Bending Capacity for Large Eccentricity Compression Member

    • 9.5 Strengthening Calculation of Cross Section Bending Capacity for Tension Member

    • 9.6 Detailing Requirements

  • 10 Structure Member Strengthening with Bonded Fiber Composite Material

    • 10.1 Design Provisions

    • 10.2 Strengthening Calculation of Cross Section Bending Capacity for Flexural Member

    • 10.3 Strengthening Calculation of Inclined Section Shear Capacity for Flexural Member

    • 10.4 Strengthening Calculation of Cross Section Bending Capacity for Compression Member

    • 10.5 Strengthening Calculation of Inclined Section Shear Capacity for Frame Column

    • 10.6 Strengthening Calculation for Large Eccentricity Compression Member

    • 10.7 Strengthening Calculation of Cross Section Bending Capacity for Tension Member

    • 10.8 Strengthening Calculation for Improve Ductility of Column

    • 10.9 Detailing Requirements

  • 11 Structure Member Strengthening with Prestressed Carbon Fiber Reinforced Plastic

    • 11.1 Design Provisions

    • 11.2 Flexural Member Strengthening with Prestressed Carbon Fiber Reinforced Plastic

    • 11.3 Detailing Requirements

    • 11.4 Design on Construction Requirements

  • 12 Strncture Member Strengthening with Adding Fulcrums

    • 12.1 Design Provisions

    • 12.2 Strengthening Calculation

    • 12.3 Detailing Requirements

  • 13 Structure Member Strengthening with Wire Rope Mesh and Polymer Modified Cement Mortar Layer

    • 13.1 Design Provisious

    • 13.2 Strengthening Calculation of Cross Section Bending Capacity for Flexural Member

    • 13.3 Strengthening Calculation of Inclined Section Shear Capacity for Flexural Member

    • 13.4 Detailing Requirements

  • 14 Structure Member Strengthening with Wire Wrapped

    • 14.1 Design Provisions

    • 14.2 Seismic Strengthening Calculation for Column

    • 14.3 Detailing Requirements

  • 15 Embedded Steel Bars Technology

    • 15.1 Design Provisions

    • 15.2 Anchorage Calculation

    • 15.3 Detailing Requirements

  • 16 Anchor Technology

    • 16.1 Design Provisions

    • 16.2 Bearing Capacity Checking for Steel Anchor

    • 16.3 Bearing Capacity Checking for Concrete Substrate

    • 16.4 Detailing Requirements

  • 17 Crack Repair Technology

    • 17.1 Design Provisions

    • 17.2 Requirements for Crack Repair

  • Appendix A Determination for Load Characteristic Value of Existing Structures

  • Appendix B Provisions for Concrete Rebound Value Modification of Existing Structures

  • Appendix C Determination Method of Tension Shear Strength for Anchor Type Fast Curing Structural Adhesives

  • Appendix D Test Method of Seismic Performance for Anchor Type Fast Curing Structural Adhesives

  • Appendix E Reinforcement Rusty Retardant Method for Existing Concrete Structures

  • Appendix F Stress Analysis Method for Anchor Connection

  • Explanation of Wording in This Code

  • List of Quoted Standards

中华人民共和国住房和城乡建设部公告

5-5 0-0 0
第208号
住房城乡建设部关于发布国家标准《混凝土结构加固设计规范》的公告
现批准《混凝土结构加固设计规范》为国家标准,编号为GB 50367-2013,自2014年6月1日起实施。其中,第3.1.84.3.14.3.34.3.64.4.24.4.44.5.34.5.44.5.615.2.416.2.3条为强制性条文,必须严格执行。原《混凝土结构加固设计规范》GB 50367-2006同时废止。
本规范由我部标准定额研究所组织中国建筑工业出版社出版发行。
中华人民共和国住房和城乡建设部
2013年11月1日

本书术语

术语 英文名称
结构加固 strengthening of structure
原构件 existing structure member
重要结构 important structure
一般结构 general structure
重要构件 important structure member
一般构件 general structure member
增大截面加固法 structure member strengthening with increasing section area
外包型钢加固法 structure member strengthening with externally wrapped shaped steel
复合截面加固法 structure member strengthening with externally bonded reinforced material
绕丝加固法 structure member strengthening with wire wrapped

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