单体建筑物

本文介绍了多步简化的pushover（MSP）方法，引导出求解单体建筑物易损性指数和群体建筑物易损性指数的办法，并通过建筑物平均易损性指数曲线，来评价城市的总体抗震性能。

Based on the MSP ( multi-step simplified pushover ) method , an alternative approach to calculate the vulnerability index of single and group buildings is analyzed in this paper .

国内外单体建筑物震害预测方法研究述评

Research Review of Predictive Method about Single Building in the World

数字城市单体建筑物建模中的数据处理问题

Data Processing Problem of Single Building Modeling in Digital City

数字城市建设中单体建筑物三维模型的实现

3D model realization of single building in digital city

通过模型的对比，验证了单体建筑物建模时对数据处理的必要性；

Through the contrast of the model , the necessity of data processing is verified in single building modeling .

再通过对单体建筑物的模糊震害指数进行模糊识别，确定单体建筑物的震害等级。

Finally , seismic hazard grades of individual building can be deduced from fuzzy recognition of its seismic index .

通过阐释单体建筑物外在形态与内蕴特质交互作用的关系，阐明其作为建筑文本的可读性。

Through explaining the interacting relationship between the outside form and inside idiosyncrasy of single buildings , this paper clarifies these buildings ' readability .

本文首先对国内外单体建筑物震害的预测方法进行了研究评述，然后探讨了各种方法的优缺点。

Research reviews of predictive methods about single building in the world were done first in the paper , then the advantages and shortcomings of kinds of methods were discussed .

探讨了在建筑群荷载下的影响深度，分析表明：建筑群对变形的影响深度大于单体建筑物的影响深度，小于按常规方法计算得到的结果。

The deformation influence depth of building complex is discussed . The influence depth is bigger than single building load , but is smaller than the one calculated by routine methods through analysis .

目前，国内外开展的雷击风险评估工作主要是针对单体建筑物，为建筑物寻求最低的雷电灾害事故率、最少的雷电灾害损失和最优的防雷安全投资效益。

The present lightning strike risk assessment around the world mainly focuses on single building . It provides a way for seeking the lowest lightning hazard accident , the least lightning lost and the best invest benefit of lightning protection .

苏州国际博博览中心是国内建成的中国第二大会展中心，展厅规模排名全球第十三，同时也是苏州迄今为止最大的单体建筑物。

Suzhou international expo center is the second largest convention and exhibition center in China , the scale of the exhibition hall ranks the 13 ~ th in worldwide , and so far it is the largest mono building of Suzhou city .

本文以福建省莆田市建筑物为例，利用了本文开发的程序对单体及群体建筑物进行了震害预测，并利用GIS平台展示了其结果，实现了建筑物震害预测的可视化。

An example is given which comes from Putian city , Fujian province . In the example , utilizing the program that used to predicting single and group buildings , the visible predicted urban buildings ' earthquake disaster comes to be realized on the GIS .