既有低层钢筋混凝土建筑的快速视觉筛选及初步评价方法

M. M. Aung, Mya Nan Aye
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引用次数: 1

摘要

提交日期:2020年10月6日修订日期:2021年4月8日接受日期:2021月15日摘要曼德勒是缅甸第二大城市,位于实皆断层(缅甸主要断层)附近。在曼德勒地区,低层建筑的数量远远多于高层建筑。因此,低层建筑的地震安全评估在曼德勒发展成为智能城市方面发挥着重要作用。本研究采用三种不同的RVS和初步评估方法,对26栋三至八层钢筋混凝土建筑进行了快速视觉筛查和初步评估。根据RVS方法,FEMA P154 1级和2级结果给出的风险最高。按照孟加拉国的方法,楼层越高,建筑物就越脆弱。同时,印度方法显示出阿米巴风险状态。根据初步评估,除了印度方法中的一栋建筑外,评估的建筑需要进行详细的抗震评估。同样,所有建筑都需要采用孟加拉国方法进行详细评估。缅甸曼德勒的建筑物最方便的RVS和初步评估可以从这些结果中得出。此外,可以开发一种方法,用于东盟其他国家的地震安全评估,并进行后续研究。
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Seismic Safety Assessment of Existing Low-rise RC Buildings with Rapid Visual Screenings and Preliminary Evaluation Methods
SUBMITTED 6 October 2020 REVISED 8 April 2021 ACCEPTED 15 April 2021 ABSTRACT Mandalay, the second largest city in Myanmar, is situated near the Sagaing Fault (the major fault in Myanmar). In the Mandalay region, the number of low-rise buildings is much greater than that of high-rise buildings. As such, seismic safety assessments of low-rise buildings play an important role in developing Mandalay as a smart city. In this study, the rapid visual screening (RVS) and preliminary evaluation for 26 numbers of threeto eight-story RC buildings were investigated with three different RVS and preliminary evaluation methods. Based on the RVS methods, the FEMA P154 Level 1 and 2 results gave the highest risk. With the Bangladesh method, the higher the story, the more vulnerable the building. Meanwhile, the Indianmethod showed amedium risk status. According to the preliminary evaluation, the assessed buildings need a detailed seismic evaluation, except for one building in the Indian method. Similarly, all buildings need a detailed evaluation in the Bangladesh method. The most convenient RVS and preliminary evaluation can be derived from these results for buildings in Mandalay, Myanmar. Moreover, a method can be developed for seismic safety assessments in other ASEAN countries with subsequent research.
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来源期刊
Asean Journal on Science and Technology for Development
Asean Journal on Science and Technology for Development Environmental Science-Waste Management and Disposal
CiteScore
1.50
自引率
0.00%
发文量
10
审稿时长
14 weeks
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