建筑抗震设计规范

Chapter l GeneralChapter 2 Definitions and notations　2.1 Definitions　2.2 Main NotationsChapter 3 Basic requirements of seismic design　3.1 Classifications of seismic fortification and corresponding criterion　3.2 Seismic influences　3.3 site and subsoil　3.4 Regularity of architectural design and structural design　3.5 Structure system　3.6 Structure analysis 　3.7 Nonstructural components　3.8 Seismically isolation and energy-dissipating design　3.9 Structural materials and construction　3.10 Seismic response observation system of buildings

Chapter l GeneralChapter 2 Definitions and notations　2.1 Definitions　2.2 Main NotationsChapter 3 Basic requirements of seismic design　3.1 Classifications of seismic fortification and corresponding criterion　3.2 Seismic influences　3.3 site and subsoil　3.4 Regularity of architectural design and structural design　3.5 Structure system　3.6 Structure analysis 　3.7 Nonstructural components　3.8 Seismically isolation and energy-dissipating design　3.9 Structural materials and construction　3.10 Seismic response observation system of buildingsChapter 4 Site.Subsoil and Foundation　4.1 Site　4.2 Natural subsoil and foundations　4.3 Liquefaction and soft subsoil　4.4 Pile foundation Chapter 5 Seismic action and seismic checking for structures 　5.1 General 　5.2 Calculation of horizontal seismic action 　5.3 Calculation of vertical seismic action 　5.4 Seismic check for load-bearing capacity of structural members 　5.5 Seismic check for deformationChapter 6 Mlllti-story and tall reinforced concrete buildings 　6.1 General 　6.2 Essentials in calculation 　6.3 Details of seismic design for framed structures 　6.4 Details of seismic design for the wall structures 　6.5 Details of seismic design for frame-wall structures 　6.6 Seismic design requirements for slab—column-wall structures 　6.7 Seismic design requirements for tube structures Chapter 7 Multi·story Masonry Buildings and Multi-story Brick Buildingswith Bottom-frame or Inner.frame　7.1 General 　7.2 Essentials in calculation　7.3 Details of seismic design for multi—story clay brick buildings　7.4 Details of seismic design for multi—story small.block buildings　7.5 Details of seismic design for multi—story buildingsth bottom-frame　7.6 Details of seismic design for multi.story buildings with inner-framesChapter 8 Multi.story and tall steel structure buildings　8.1 General　8.2 Essentials in calculation　8.3 Details of seismic design for steel framed structures　8.4 Details of seismic design for steel flame—epicenter-braced structures 　8.5 Details of seismic design for steel frame—eccentric—braced structures Chapter 9 Single-story factory buildings　9.1 single-story factory buildings with reinforced concrete columns　9.2 single—story steel structure factory buildings　9.3 single-story factory buildings with brick columnsChapter l0 Single-story spacious buildings　10.1 General 　10.2 Essentials in calculation　10.3 Details of seismic designChapter ll Earth.wood and stone houses　11.1 Unfired earth houses in villages and towns　11.2 WOod houses　11.3 Stone buildingsChapter l2 Seismic.isolation and seismic-energy-dissipating design 　12.1 General　12.2 Essentials in design of seismic.isolation buildings　12.3 Essentials in design of seismic.energy—dissipated buildingsChapter l3 Nonstructural components　13.1 General 　13.2 Basic requirements for calculation　13.3 Basic seismic—measures for architectural nonstructural members　13.4 Basic seismic—measures for the supports of me&anical and electrical devicesAppendix A The fortification intensity，design basic accelerations of ground motion and design earthquake groups of main cities and towns in ChinaAppendix B Requirements for seismic design of high‘strength grades concrete stuctures　　……