中国工程建设标准化协会公告

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　设计方案

• 3.2　结构体系

• 3.3　结构性能目标

• 3.4　材料性能

• 3.5　承载-消能构件和承载-多级消能构件

• 3.6　连接与节点

4　承载-消能构件的性能

• 4.1　一般规定

• 4.2　构件性能

• 4.3　性能检验与性能参数确定

5　承载-多级消能构件的性能

• 5.1　一般规定

• 5.2　承载-多级消能摩擦阻尼器组合构件

• 5.3　承载-多级消能黏弹性阻尼器组合构件

• 5.4　承载-多级消能金属阻尼器组合构件

• 5.5　性能检测与性能参数确定

6　结构的抗震减震设计

• 6.1　一般规定

• 6.2　结构分析

• 6.3　设计方法

• 6.4　主体结构设计

• 6.5　连接件及相邻构件设计

• 6.6　构造措施

7　承载-消能构件的连接与构造

• 7.1　一般规定

• 7.2　节点板的验算

• 7.3　预埋件计算

• 7.4　连接构造

• 7.5　局部验算

8　采用承载-消能构件的结构施工、验收和维护

• 8.1　一般规定

• 8.2　承载-消能构件进场验收

• 8.3　承载-消能构件的施工安装顺序

• 8.4　施工测量和承载-消能构件的安装、校正

• 8.5　承载-消能构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　承载-消能构件的维护

附录A　承载-消能钢支撑单元模型和恢复力模型

附录B　承载-消能钢板墙单元模型和恢复力模型

附录C　承载-消能钢连梁单元模型与恢复力模型

附录D　承载-消能节点的恢复力模型

附录E　承载-多级消能构件的恢复力模型

附录F　连接方法

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　Basic requirements

• 3.1　Design scheme

• 3.2　Structural systems

• 3.3　Performance target of structure

• 3.4　Requirements of materials

• 3.5　Bi-functional member of load-bearing and energy-dissipating and bi-functional member of loading-bearing and mutli-level-energy-dissipating

• 3.6　Connections and joints

4　Performance of bi-functional member of load-bearing and energy-dissipating

• 4.1　General requirements

• 4.2　Performance of members

• 4.3　Experiment and parameter determination of performance

5　Performance of bi-functional member of load-bearing and mutli-level-energy-dissipating

• 5.1　General requirements

• 5.2　Bi-functional member of load-bearing and mutli-levelenergy-dissipating with friction dampers

• 5.3　Bi-functional member of load-bearing and mutli-levelenergy-dissipating with viscoelastic dampers

• 5.4　Bi-functional member of load-bearing and mutli-levelenergy-dissipating with metallic dampers

• 5.5　Experiment and parameter determination of performance

6　Load-bearing and energy-dissipating design of structure for earthquake-resistance

• 6.1　General requirements

• 6.2　Structural analysis

• 6.3　Design methods

• 6.4　Design of main structure

• 6.5　Design of connectors and adjacent components

• 6.6　Structural measures

7　Connections and structures of bi-functional member of load-bearing and energy-dissipating

• 7.1　General requirements

• 7.2　Check of gusset plates

• 7.3　Check of embedded parts

• 7.4　Detailing of connections

• 7.5　Local check

8　Construction，acceptance and maintenance of load-bearing and energy-dissipating structure for earthquake-resistance

• 8.1　General requirements

• 8.2　In-site acceptance of bi-functional member of load-bearing and energy-dissipating

• 8.3　Installation and construction sequences of bi-functional member of load-bearing and energy-dissipating

• 8.4　Construction survey and installation，correction of bi-functional member of load-bearing and energydissipating

• 8.5　Welded and fastener connections of bi-functional member of load-bearing and energy-dissipating

• 8.6　Construction safety and quality acceptance

• 8.7　Maintenance of bi-functional member of load-bearing and energy-dissipating

Appendix A　Elements and restoring force models of bi-functional steel brace of load-bearing and energy-dissipating

Appendix B　Elements and restoring force models of bi-functional steel shear wall of loadbearing and energy-dissipating

Appendix C　Elements and restoring force models of bi-functional steel link of load-bearing and energy-dissipating

Appendix D　Restoring force model of bi-functional connection of load-bearing and energydissipating

Appendix E　Restoring force model of bi-functional member of load-bearing and mutli-levelenergy-dissipating

Appendix F　Connecting methods

Explanation of wording in this specification

List of quoted standards