地震学报（英文版）2002，Vol.15Issue(2)：214-225,12.
Research on performance-based seismic design criteria
Research on performance-based seismic design criteria
摘要
Abstract
The seismic design criterion adopted in the existing seismic design codes is reviewed. It is pointed out that the presently used seismic design criterion is not satisfied with the requirements of nowadays social and economic development. A new performance-based seismic design criterion that is composed of three components is presented in this paper. It can not only effectively control the economic losses and casualty, but also ensure the building(s function in proper operation during earthquakes. The three components are: classification of seismic design for buildings, determination of seismic design intensity and/or seismic design ground motion for controlling seismic economic losses and casualties, and determination of the importance factors in terms of service periods of buildings. For controlling the seismic human losses, the idea of socially acceptable casualty level is presented and the (Optimal Economic Decision Model( and (Optimal Safe Decision Model( are established. Finally, a new method is recommended for calculating the importance factors of structures by adjusting structures service period on the base of more important structure with longer service period than the conventional ones. Therefore, the more important structure with longer service periods will be designed for higher seismic loads, in case the exceedance probability of seismic hazard in different service period is same.关键词
performance-based design/seismic design criterion/fortification intensity/seismic vulnerability analysis/earthquake loss estimation/acceptable level for earthquake human mortalityKey words
performance-based design/seismic design criterion/fortification intensity/seismic vulnerability analysis/earthquake loss estimation/acceptable level for earthquake human mortality分类
天文与地球科学引用本文复制引用
谢礼立,马玉宏..Research on performance-based seismic design criteria[J].地震学报（英文版）,2002,15(2):214-225,12.基金项目
Chinese National Natural Science Foundation with the grant No.59895410 and the China Basic Research and Development Project: (the Mechanism and Prediction of the Strong Earthquake of the Continental( under the Grant No.95130603. （）
