刚度(电磁)
地震学
基础(证据)
地震模拟
地震运动减缓
地质学
工程类
结构工程
地震灾害
法律工程学
地震情景
地理
考古
出处
期刊:Earthquake Engineering Research Institute eBooks
[Earthquake Engineering Research Institute]
日期:1952-01-01
卷期号:: 20-36
被引量:279
摘要
[Introduction] The design of structures to resist earthquakes should be based upon a set of rules and procedures which give building designs having the following properties. Each part of the building should have approximately the same factor of safety, buildings of different types should all have approximately the same factors of safety, and the factor of safety should be of such a magnitude that buildings will not be seriously damaged by the strongest earthquake to which they are likely to be subjected. To establish rules which will give such designs, it is necessary to know the stresses that will be produced in structures when they are subjected to earthquakes. This requires a knowledge of the characteristics and intensities of earthquakes and a knowledge of how structures behave during an earthquake. Since no two earthquakes are identical and since there is a wide variation in the size, proportions, mass, rigidity and foundation conditions of structures, it is a difficult problem to determine precisely what happens to buildings during an earthquake.
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