作者：艾伦·威廉斯
页数：470
出版社：中国水利水电出版社
出版日期：2002
ISBN：9787508410005
电子书格式：pdf/epub/txt
内容简介
本书（原版第二版）是美国注册工程师考试指定教学参考书，以帮助参加注册工程师考试的人员掌握建筑和桥梁抗震设计原理和方法。本书共8章，分别介绍了结构抗震基本原理，按静力法计算的地震作用，考虑动力影响和地震作用计算，以及钢结构、混凝土结构、木结构、砌体结构、桥梁结构的抗震计算。
本书主要依据美国统一建筑规范（UBC）和加州结构工程师协会标准（SEAOC）编写。各章附有大量的例题，其中有些例题是往年注册工程师考试的试题，书后还附有习题和答案。
作者简介
莫·威廉斯1968年出生于美国新奥尔良州，毕业于纽约大学帝许艺术学院。为《芝麻街》等许多知名儿童电视节目写过剧本，也创造了许多著名的卡通形象，先后6次获得美国电视艾美奖。2003年开始创作童书，已出版10多本儿童绘本，获得包括凯迪克奖、美国图书馆协会年度好书奖在内的多项童书大奖。被《纽约时报》誉为“21世纪最突出的新锐作家”。目前与家人居住在纽约的布鲁克林。
本书特色
书中反映的最新修订成果，不仅有助于在学习中加深理解结构抗震原理，对我国从事结构工程抗震设计的工程技术人员和科研人员也具有很大的参考价值，同时可提高读者的专业外语水平。
目录
1 GENERAL SEISMIC PRINCIPLES
1.1 Earthquake phenomena
1.2 structural dynamics
1.3 response spectra
references
2 STATIC LATERAL FORCE PROCEDURE FOR BUILDINGS
2.1 determination of lateral forces
2.2 multi-story structures
2.3 load combinations
2.4 lateral force resistant system
2.5 elements,nonstructural components,and equipment supported by structures
2.6 self-supporting nonbuilding structures
2.7 torsion and rigidity
2.8 seismically lsolated buildings
references
3 DYNAMIC LATERAL FORCE PROCEDURE FOR BUILDINGS
3.1 Building configuration requirements
3.2 application of modal analysis to buildings
references
4 SEISMIC DESING OF STEEL STRUCTURES
4.1 general requirements
4.2 braced frames
4.3 special moment-resisting frames
references
5 SEISMIC DESIGN OF CONCRETE STRUCTURES
5.1 anchorage to concrete
5.2 special moment-resisting frames
5.3 shear walls and wall piers
5.4 walls with out-of-plane loading
references
6 SEISMIC DESIGN OF WOOD STRUCTURES
7 SEISMIC DESIGN OF MASONRY STRUCTURES
8 SEISMIC DESIGN OF BRDGES
1.1 Earthquake phenomena
1.2 structural dynamics
1.3 response spectra
references
2 STATIC LATERAL FORCE PROCEDURE FOR BUILDINGS
2.1 determination of lateral forces
2.2 multi-story structures
2.3 load combinations
2.4 lateral force resistant system
2.5 elements,nonstructural components,and equipment supported by structures
2.6 self-supporting nonbuilding structures
2.7 torsion and rigidity
2.8 seismically lsolated buildings
references
3 DYNAMIC LATERAL FORCE PROCEDURE FOR BUILDINGS
3.1 Building configuration requirements
3.2 application of modal analysis to buildings
references
4 SEISMIC DESING OF STEEL STRUCTURES
4.1 general requirements
4.2 braced frames
4.3 special moment-resisting frames
references
5 SEISMIC DESIGN OF CONCRETE STRUCTURES
5.1 anchorage to concrete
5.2 special moment-resisting frames
5.3 shear walls and wall piers
5.4 walls with out-of-plane loading
references
6 SEISMIC DESIGN OF WOOD STRUCTURES
7 SEISMIC DESIGN OF MASONRY STRUCTURES
8 SEISMIC DESIGN OF BRDGES
