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Code for design of strengthening concrete structure

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  • 标准信息
  • 中文目录
  • 英文目录
  • 公告
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标准信息

  • 【主编部门】
    四川省住房和城乡建设厅
  • 【批准部门】

  • 【发布单位】

  • 【主编单位】

    西

  • 【参编单位】

    西西广

  • 【主要起草人】

  • 【主要审查人】

    西

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中文目录

  •    

  • 1   

  • 2 

    • 2.1   

    • 2.2   

  • 3 

    • 3.1 

    • 3.2 

    • 3.3 使

  • 4   

    • 4.1   

    • 4.2 

    • 4.3 

    • 4.4 

    • 4.5   

    • 4.6 

    • 4.7   

  • 5 

    • 5.1 

    • 5.2 

    • 5.3 

    • 5.4 

    • 5.5 

  • 6 

    • 6.1 

    • 6.2 

    • 6.3 

  • 7 

    • 7.1 

    • 7.2 线

    • 7.3 

    • 7.4 

    • 7.5 线

    • 7.6 

    • 7.7 

  • 8 

    • 8.1 

    • 8.2 

    • 8.3 

  • 9 

    • 9.1 

    • 9.2 

    • 9.3 

    • 9.4 

    • 9.5 

    • 9.6 

  • 10 

    • 10.1 

    • 10.2 

    • 10.3 

    • 10.4 

    • 10.5 

    • 10.6 

    • 10.7 

    • 10.8 

    • 10.9 

  • 11 

    • 11.1 

    • 11.2 

    • 11.3 

    • 11.4 

  • 12 

    • 12.1 

    • 12.2 

    • 12.3 

  • 13 -

    • 13.1 

    • 13.2 

    • 13.3 

    • 13.4 

  • 14 

    • 14.1 

    • 14.2 

    • 14.3 

  • 15 

    • 15.1 

    • 15.2 

    • 15.3 

  • 16 

    • 16.1 

    • 16.2 

    • 16.3 

    • 16.4 

  • 17 

    • 17.1 

    • 17.2 

  • A 

  • B 

  • C 

    • C.1 

    • C.2 

    • C.3   

    • C.4 

    • C.5 

    • C.6 

    • C.7 

  • D 

    • D.1 

    • D.2 

    • D.3 

    • D.4 

    • D.5 

    • D.6 

  • E 

    • E.1 

    • E.2 使

    • E.3 使

  • F 

    • F.1 

    • F.2 

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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

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公告

<div> <h2></h2> <div class="text-info"> 5-5 0-0 0 </div> <div class="align-center">208</div> <div class="align-center"></div> <div>GB 50367-2013201461<a data-anchorid="3.1.8">3.1.8</a><a data-anchorid="4.3.1">4.3.1</a><a data-anchorid="4.3.3">4.3.3</a><a data-anchorid="4.3.6">4.3.6</a><a data-anchorid="4.4.2">4.4.2</a><a data-anchorid="4.4.4">4.4.4</a><a data-anchorid="4.5.3">4.5.3</a><a data-anchorid="4.5.4">4.5.4</a><a data-anchorid="4.5.6">4.5.6</a><a data-anchorid="15.2.4">15.2.4</a><a data-anchorid="16.2.3">16.2.3</a><a data-linktoid="GB 50367-2006">GB 50367-2006</a></div> <div></div> <div class="align-right"> <span class="bold"></span> </div> <div class="align-right">2013111</div> </div>
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本书术语

术语 英文名称 术语 英文名称
strengthening of structure existing structure member
important structure general structure
important structure member general structure member
structure member strengthening with increasing section area structure member strengthening with externally wrapped shaped steel
structure member strengthening with externally bonded reinforced material structure member strengthening with wire wrapped

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