| Summary: | 碩士 === 國立臺灣大學 === 土木工程學研究所 === 91 === This paper presents the development of a computer system for preliminary aseismic capacity estimation of school buildings using a case-based reasoning approach. An automatic process is first developed in the system for detailed aseismic capacity assessment of parametric school building cases. Making full utilization of a large amount of often-idle computer CPU cycles, the system uses the automatic process to construct a large case base containing aseismic capacity estimation results of various numerically simulated school building cases. Based on the case base constructed in advance, the preliminary aseismic capacity of a given school building in terms of the building’s collapse ground acceleration can be estimated quickly by the system through a case-based reasoning process. In addition, taking advantage of numerically simulated case base, this research presents preliminary results of parametric analysis on aseismic capacity estimation of school building.
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