作者：中华人民共和国住房和城乡建设部组织
页数：219
出版社：中国建筑工业出版社
出版日期：2014
ISBN：9787112169672
电子书格式：pdf/epub/txt
内容简介
本书为《建筑抗震设计规范》GB50011-2010的英文版。主要技术内容是：总则，术语和符号，基本规定，场地、地基和基础，地震作用和结构抗震验算，多层和高层钢筋混凝土房屋，多层砌体房屋和底部框架砌体房屋，多层和高层钢结构房屋，单层工业厂房，空旷房屋和大跨度屋盖建筑，土、木、石结构房屋，隔震和消能减震设计，非结构构件，地下建筑和附录。
目录
1 general
2 terms and symbols
2.1 terms
2.2 symbols
3 basic requirements of seismic design
3.1 category and criterion for seismic precaution of buildings
3.2 earthquake ground motion
3.3 site and soil
3.4 regularity of building configuration and structural assembly
3.5 structural system
3.6 structural analysis
3.7 nonstructural components
3.8 isolation and energy-dissipation
3.9 materials and construction
3.10 seismic performance-based design of buildings
3.11 seismic response observation system of buildings
4 site, soil and foundation
4.1 site
4.2 natural soil and foundation
4.3 liquefied soil and soft soil
4.4 pile foundation
5 earthquake action and seismic checking for structures
5.1 general
5.2 calculation of horizontal earthquake action
5, 3 calculation of vertical earthquake action
5, 4 seismic checking for the sections of structural member
5.5 seismic checking for the story drift
6 multi-story and tall reinforced concrete buildings
6.1 general
6.2 essentials in calculation
6.3 seismic details for frame structures
6.4 seismic details for seismic wall structures
6.5 seismic details for frame-seismic-wall structures
6.6 requirements for seismic design of slab-column-seismic-wall structures
6.7 requirements for seismic design of tube structures
7 multi-story masonry buildings and multi-story masonry buildings with rc
frames on ground floors
……
2 terms and symbols
2.1 terms
2.2 symbols
3 basic requirements of seismic design
3.1 category and criterion for seismic precaution of buildings
3.2 earthquake ground motion
3.3 site and soil
3.4 regularity of building configuration and structural assembly
3.5 structural system
3.6 structural analysis
3.7 nonstructural components
3.8 isolation and energy-dissipation
3.9 materials and construction
3.10 seismic performance-based design of buildings
3.11 seismic response observation system of buildings
4 site, soil and foundation
4.1 site
4.2 natural soil and foundation
4.3 liquefied soil and soft soil
4.4 pile foundation
5 earthquake action and seismic checking for structures
5.1 general
5.2 calculation of horizontal earthquake action
5, 3 calculation of vertical earthquake action
5, 4 seismic checking for the sections of structural member
5.5 seismic checking for the story drift
6 multi-story and tall reinforced concrete buildings
6.1 general
6.2 essentials in calculation
6.3 seismic details for frame structures
6.4 seismic details for seismic wall structures
6.5 seismic details for frame-seismic-wall structures
6.6 requirements for seismic design of slab-column-seismic-wall structures
6.7 requirements for seismic design of tube structures
7 multi-story masonry buildings and multi-story masonry buildings with rc
frames on ground floors
……
