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　材料和砌体的结构设计计算指标

• 3.1　材料强度等级

• 3.2　砌体的结构设计计算指标

4　建筑设计与建筑节能设计

• 4.1　建筑设计

• 4.2　建筑节能设计

5　小砌块砌体静力设计

• 5.1　设计基本规定

• 5.2　受压构件承载力计算

• 5.3　局部受压承载力计算

• 5.4　轴心受拉构件承载力计算

• 5.5　受弯构件承载力计算

• 5.6　受剪构件承载力计算

• 5.7　墙、柱的允许高厚比

• 5.8　一般构造要求

• 5.9　砌块墙体的抗裂措施

• 5.10　框架填充墙的构造措施

• 5.11　夹心复合墙的构造规定

• 5.12　圈梁、过梁、芯柱和构造柱

6　配筋砌块砌体剪力墙静力设计

• 6.1　设计基本规定

• 6.2　正截面受压承载力计算

• 6.3　斜截面受剪承载力计算

• 6.4　构造措施

7　抗震设计

• 7.1　一般规定

• 7.2　地震作用和结构抗震验算

• 7.3　抗震构造措施

8　施　　工

• 8.1　材料要求

• 8.2　砌筑砂浆

• 8.3　施工准备

• 8.4　墙体施工基本要求

• 8.5　保温墙体施工

• 8.6　芯柱施工

• 8.7　构造柱施工

• 8.8　填充墙体施工

• 8.9　单层房屋非承重围护墙体施工

• 8.10　配筋小砌块砌体施工

• 8.11　管线与设备安装

• 8.12　门窗框安装

• 8.13　墙体节能工程施工

• 8.14　雨期、冬期施工

9　工程验收

• 9.1　一般规定

• 9.2　小砌块砌体工程

• 9.3　配筋小砌块砌体工程

• 9.4　填充墙小砌块砌体工程

附录A　单排孔普通混凝土砌块灌孔砌体抗压强度设计值

附录B　小砌块砌体的热惰性指标计算方法

附录C　小砌块夹心砌体热阻计算方法

附录D　孔洞中内插、内填保温材料的复合保温小砌块砌体的热阻和热惰性指标

附录E　墙体传热系数及热惰性指标计算方法

• E.1　墙体传热系数计算方法

• E.2　墙体热惰性指标计算方法

• E.3　外墙平均传热系数及平均热惰性指标计算方法

附录F　影响系数φ

附录G　填充墙砌体植筋锚固力检验抽样判定

本规程用词说明

引用标准名录

1　General Provisions

2　Terms and Symbols

• 2.1 Terms

• 2.2 Symbols

3　Calculation Index of Structural Design for Material and Masonry

• 3.1　Strength Grade of Materia

• 3.2　Calculation Index of Structural Design for Masonry

4　Architectural Design and Energy Efficiency Design

• 4.1　Architectural Design

• 4.2　Energy Efficiency Design

5　Static Design of small block masonry structure

• 5.1　Basic Requirements of Design

• 5.2　Carrying Capacity Calculation for Compressive Members

• 5.3　Carrying Capacity Calculation for Local Compressive Members

• 5.4　Carrying Capacity Calculation for Axial Tensile Members

• 5.5　Carrying Capacity Calculation for Flexural Members

• 5.6　Carrying Capacity Calculation for Shearing Members

• 5.7　Allowable Ratio of Height to Sectional Thickness of Wall or Column

• 5.8　General Details

• 5.9　Crack Resisting Details of Masonry Wall

• 5.10　Details of Fram-Infilled Wall Struictures

• 5.11　Details for CavityWall Filled with Insulation

• 5.12　Ring Beam，Lintel，Core Colum and Constructional Colum

6　Static Design of Reinforced Masonry

• 6.1　Basic Requirements of Design

• 6.2　Carrying Capacity Calculation for Compressive Members

• 6.3　Carrying Capacity Calculation for Shearing Members

• 6.4　Details Requirements

7　Aseismic Design

• 7.1　General Requirements

• 7.2　Earthquake Action and Seismic Checking for Structures

• 7.3　Details of Seismic Design

8　Construction

• 8.1　Material Requirements

• 8.2　Mortar

• 8.3　Construction Preparation

• 8.4　Basic Requirements for Wall Construction

• 8.5　Construction of Insulation Wall

• 8.6　Construction of Core Column

• 8.7　Constructional of Structural Column

• 8.8　Construction of Infilled Wall

• 8.9　Construction of Single-storey Building with Non-load Carrying Wall

• 8.10　Construction of Reinforced Masonry Structure

• 8.11　Installation of Line Pipe and Facility

• 8.12　Installation of Door and Window Frame

• 8.13　Construction of Energy Efficiency Engineeting

• 8.14　Constuction during Rain and Winter Season

9　Acceptance of Works

• 9.1　General Requirements

• 9.2　Small Block Masonry Engineering

• 9.3　Small Block Reinforced Masonry Engineering

• 9.4　Masonry Engineering for Infilled Wall of Small Block

Appendix A　The Compressive Strength Design Value for Concrete Blocks with Single Row of Holes Pouretd with Concrete

Appendix B　Calculaton Method of Inertia Index of Small Block Masonry

Appendix C　Calculation Method of Thermal Resistance of Sandwich Block Masonry

Appendix D　The Thermal Resistance and Inertia Index of Some Lightweight Aggregate Small Block Masonry and Composite Insulation Small Block Masonry

Appendix E　Calculation Method of Heat Transfer Coefficient and Inertia Index of Wall

Appendix F　Influence Coefficientφ

Appendix G　Testing Determination of Bonded Rebars Anchorage Force for Filler Wall Masonry

Explanation of Wording in This Code

List of Quoted Standards