前　言

1　总　则

2　术语、符号

• 2.1　术语

• 2.2　符号

3　基本规定

• 3.1　一般规定

• 3.2　减隔震装置要求

• 3.3　结构分析

• 3.4　连接与节点设计

• 3.5　减隔震部件材料与施工

• 3.6　耐久性规定

• 3.7　场地与地基

• 3.8　试验与观测

4　地震作用和作用效应计算

• 4.1　一般规定

• 4.2　水平地震作用计算

• 4.3　竖向地震作用计算

• 4.4　截面抗震验算

• 4.5　抗震变形验算

5　地震时正常使用建筑的性能目标及设计

• 5.1　一般规定

• 5.2　地震时正常使用建筑的性能目标

• 5.3　结构构件承载力验算

• 5.4　结构层间变形和楼面水平加速度基本要求

• 5.5　建筑非结构构件、建筑附属机电设备和仪器设备的性能要求

6　消能器的技术性能

• 6.1　一般规定

• 6.2　金属屈服型消能器

• 6.3　屈曲约束支撑

• 6.4　摩擦消能器

• 6.5　黏滞消能器

• 6.6　黏弹性消能器

• 6.7　消能器性能检验与性能参数确定

7　消能减震结构设计

• 7.1　一般规定

• 7.2　消能部件布置原则

• 7.3　消能部件设计及附加阻尼比

• 7.4　主体结构设计

8　消能部件与结构的连接构造

• 8.1　一般规定

• 8.2　预埋件

• 8.3　支撑和支墩、剪力墙计算

• 8.4　消能器与结构连接构造要求

• 8.5　屈曲约束支撑的构造要求

• 8.6　金属屈服型消能器、摩擦消能器构造要求

• 8.7　黏滞消能器构造要求

9　消能部件的施工、验收和维护

• 9.1　一般规定

• 9.2　进场验收及施工

• 9.3　质量验收

• 9.4　维护

10　隔震支座的技术性能

• 10.1　一般规定

• 10.2　隔震橡胶支座

• 10.3　弹性滑板支座

• 10.4　摩擦摆隔震支座

• 10.5　三维隔震（振）支座

• 10.6　隔震支座产品检验与性能参数确定

11　隔震结构设计

• 11.1　一般规定

• 11.2　隔震层设计

• 11.3　隔震结构计算分析

• 11.4　隔震层上部结构

• 11.5　隔震层下部结构

• 11.6　隔震层构造

12　建筑与机电隔震构造

• 12.1　一般规定

• 12.2　隔离缝构造

• 12.3　楼梯、电梯等隔震构造

• 12.4　外墙与屋面隔震构造

• 12.5　室内装修隔震构造

• 12.6　隔震层机电设备与管线

13　隔震分部工程的施工、验收和维护

• 13.1　一般规定

• 13.2　进场验收及施工

• 13.3　隔震工程质量验收及维护

• 13.4　隔震部件的维护

• 13.5　隔震工程专用标识

14　建筑物地震反应观测系统和隔震建筑监测系统

• 14.1　建筑物地震反应观测系统

• 14.2　隔震建筑监测系统

附录A　隔震支座恢复力模型和基本力学性能要求

附录B　复振型影响系数计算公式

附录C　隔震支座连接设计

附录D　消能器检验项目要求

附录E　校核地震动

附录F　消能器规格及性能参数

附录G　隔震支座规格及性能参数

附录H　摩擦摆隔震支座规格及性能参数

附录J　位移敏感型建筑非结构构件

附录K　加速度敏感型建筑非结构构件

附录L　仪器设备

附录M　建筑附属机电设备

附录N　隔震工程专用标识

本规程用词说明

引用标准名录

1　Generral Provisions

2　Terms and Symbols

• 2.1　Terms

• 2.2　Symbols

3　Basic Requirements

• 3.1　General Requirements

• 3.2　Requirements for Energy Dissipation and Seismic Isolation Devices

• 3.3　Structural Analysis

• 3.4　Connection and Joint Design

• 3.5　Materials and Construction of Energy Dissipation and Seismic Isolation Components

• 3.6　Durability Requirements

• 3.7　Site and Foundation

• 3.8　Test and Observation

4　Earthquake Action and Seismic Effect for Structures

• 4.1　General Requirements

• 4.2　Calculation of Horizontal Seismic Action

• 4.3　Calculation of Vertical Seismic Action

• 4.4　Checking for Strength

• 4.5　Checking for Deformation

5　Performance Objectives and Design of Buildings in Normal Use During Earthquake

• 5.1　General Requirements

• 5.2　Performance Targets for Buildings in Normal Use During Earthquake

• 5.3　Checking Calculation of Bearing Capacity of Structural Members

• 5.4　Basic Requirements for Structural Story Deformation and Floor Horizontal Acceleration

• 5.5　Performance Requirements for non-structural Components of Buildings, Mechanical and Electrical Equipment Attached to Buildings and Instrumentation

6　Technical performance of Energy Dissipation Devices

• 6.1　General Requirements

• 6.2　Metal yielding Energy Dissipation Devices

• 6.3　Buckling restrained Brace

• 6.4　Friction Energy Dissipation Devices

• 6.5　Viscous Energy Dissipation Devices

• 6.6　Viscoelastic Energy Dissipation Devices

• 6.7　Performance Test and Performance Parameter Determination of Energy Dissipation Devices

7　Design of Energy Dissipation Structure

• 7.1　General Requirements

• 7.2　Layout Principle of Energy Dissipation Components

• 7.3　Design of Energy Dissipation Components and Additional Damping Ratio

• 7.4　Main Structure Design

8　Connection Structure Between Energy Dissipation Components and Structures

• 8.1　General Requirements

• 8.2　Embedded Parts

• 8.3　Calculation of Support, Buttress and Shear Wall

• 8.4　Structural Requirements for Connection Between Energy Dissipation Devices and Structure

• 8.5　Structural Requirements for Buckling Restrained Braces

• 8.6　Structural Requirements for Metal and Friction Energy Dissipation Devices

• 8.7　Structural Requirements for Viscous Energy Dissipation Devices

9　Construction, Acceptance and Maintenance of Energy Dissipation Components

• 9.1　General Requirements

• 9.2　Site Acceptance and Construction

• 9.3　Quality acceptance

• 9.4　Maintenance

10　Technical Performance of Seismic Isolation Bearings

• 10.1　General Requirements

• 10.2　Rubber Isolation Bearing

• 10.3　Elastic Sliding Plate Bearing

• 10.4　Friction Pendulum Bearing

• 10.5　Three Dimensional Isolation Bearing

• 10.6　Test and Performance Parameter Determination of Isolation Bearings

11　Design of Seismic Isolation Structure

• 11.1　General Requirements

• 11.2　Seismic Isolation Layer Design

• 11.3　Calculation and Analysis of Seismic Isolated Structure

• 11.4　Upper Structure of Isolation Layer

• 11.5　Substructure of Isolation Layer

• 11.6　Isolation Layer Construction　62

12　Building and Electromechanical Isolation Construction

• 12.1　General Requirements

• 12.2　Construction of Isolation Seam

• 12.3　Isolation Construction:Stairs and Elevators

• 12.4　Isolation Construction:Exterior Wall and Roof

• 12.5　Isolation Construction:Interior Decoration

• 12.6　Electromechanical Equipment and Pipelines In Isolation Storey

13　Construction, Quality Acceptance and Maintenance of Isolation Layer Parts

• 13.1　General Requirements

• 13.2　Site Acceptance and Construction of Isolation Layer Parts

• 13.3　Acceptance of Construction Quality

• 13.4　Maintenance of Isolation Layer Parts

• 13.5　Special Identification of Isolation Engineering

14　Seismic Motion Observation System of Buildings and Monitoring System of Isolation Buildings

• 14.1　Seismic Motion Observation System of Buildings

• 14.2　Monitoring System of Isolation Buildings

Appendix A　Mechanical Analysis Model of Isolation Bearing and Basic Mechanical Performance Requirements

Appendix B　Formula for the Influence Coefficient of Complex Mode

Appendix C　Connection Design of Isolation Bearing

Appendix D　Requirements for Inspection Items of Energy Dissipation Devices

Appendix E　Check Ground Motion

Appendix F　Specification and Performance Parameters of Energy Dissipation Devices

Appendix G　Specification and Performance parameters of Isolation Bearing

Appendix H　Specification and Performance Parameters of Friction Pendulum Isolation Bearing

Appendix J　Displacement Sensitive Non-structural Members of Buildings

Appendix K　Non-structural Components of Acceleration Sensitive Buildings

Appendix L　Instruments and Equipment

Appendix M　Building Auxiliary Electromechanical Equipment

Appendix N　Special Identification for Seismic Isolation Project

Explanation of Wording in This Standard

List of Quoted Standards