2　术语和符号

• 2.1　术　　语

• 2.2　符　　号

3　基本规定

• 3.1　一般要求

• 3.2　消能器要求

• 3.3　结构分析

• 3.4　连接与节点

• 3.5　消能部件材料与施工

• 3.6　耐久性规定

4　地震作用与作用效应计算

• 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　地震作用组合的效应

5　消能器的技术性能

• 5.1　一般要求

• 5.2　位移相关型消能器

• 5.3　速度相关型消能器

• 5.4　屈曲约束支撑

• 5.5　复合型消能器

• 5.6　消能器性能检验与性能参数确定

6　消能减震结构设计

• 6.1　一般规定

• 6.2　消能部件布置原则

• 6.3　消能部件设计及附加阻尼比

• 6.4　主体结构设计

• 6.5　消能减震结构抗震性能化设计

7　消能部件的连接与构造

• 7.1　一般规定

• 7.2　预埋件计算

• 7.3　支撑和支墩、剪力墙计算

• 7.4　节点板计算

• 7.5　消能器与结构连接的构造要求

8　消能部件的施工、验收和维护

• 8.1　一般规定

• 8.2　消能部件进场验收

• 8.3　消能部件的施工安装顺序

• 8.4　施工测量和消能部件的安装、校正

• 8.5　消能部件安装的焊接和紧固件连接

• 8.6　施工安全和施工质量验收

• 8.7　消能部件的维护

2　Terms and Sy mbols

3　Basic Requirements

• 3.1　General Requirements

• 3.2　Requirements of Energy Dissipation Devices

• 3.3　Structural Analysis

• 3.4　Connection and Joint

• 3.5　Materials and Construction of Energy Dissipation Parts

• 3.6　Durability Requirements

4　Earthquake Action and Seismic Effects

• 4.1　General Requirements

• 4.2　Horizontal Earthquake Action

• 4.3　Vertical Earthquake Action

• 4.4　Effects of Combinations of Loads and Seismic Actions

5　Technical Characteristics of Energy DissipationDevices

• 5.1　General Requirements

• 5.2　Displacement-Dependent Energy Dissipation Devices

• 5.3　Velocity-Dependent Energy Dissipation Devices

• 5.4　Buckling-Restrained Braces

• 5.5　Composite Energy Dissipation Devices

• 5.6　Test and Determination of Performance Parametersof Energy Dissipation Devices

6　Design of Energy Dissipation Buildings

• 6.1　General Requirements

• 6.2　Distribution Principle of Energy Dissipation Devices

• 6.3　Design of Energy Dissipation Parts andAdditional Damping Ratio

• 6.4　Design of Main Structure

• 6.5　Performance-Based Design of Energy Dissipation Buildings

7　Connecting and Details of Energy Dissipation Parts

• 7.1　General Requirements

• 7.2　Calculation of Embedded Parts

• 7.3　Calculation of Brace，Pier and Shearwall

• 7.4　Calculation of Gusset Plate

• 7.5　Connecting Details between Energy DissipationDevices and Main Structures

8　Construction，Quality Acceptance and Maintenanceof Energy Dissipation Parts

• 8.1　General Requirements

• 8.2　Site Acceptance of Energy Dissipation Parts

• 8.3　Installation Sequence of Energy Dissipation Parts

• 8.4　Construction Survey，Installation and Correction of EnergyDissipation Parts

• 8.5　Weld and Fasten Connection of Energy Dissipation Parts

• 8.6　Construction Safety and Acceptance of ConstructionQuality

• 8.7　Maintenance of Energy Dissipation Parts