Seismic Performance Evaluation of Non-Engineered RC School Building in Sukhipur Municipality

Prabin Banstola
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Abstract

This study focuses on the seismic performance evaluation of NonEngineered RC School Building in Sukhipur municipality to find the performance point of those school buildings. Apart from that, it also helps to provide performance assessment of structures duringthe earthquake. The 2072 Gorkha Earthquake destroyed most of the buildings with high importance (schools, hospitals, monuments,etc.) and was the reason for the decrease in strength of most of the standing ones. This weakened existing buildings need to be retrofitted in order to withstand future earthquake of similar or greater magnitude. For evaluation, pushover analysis via ETABS is used to obtain the capacity demand curve, which provide the performance levels of structures following the guidelines of FEMA356 and ATC 40.Also, seismic evaluation will help determine the most vulnerable and weak components and determine the deficiencies of a building during earthquake. This evaluation aims to improve the seismic performance and correct the deficiencies by increasing the strength capacity andstiffness and improving the connection joints.Keywords: Pushover Analysis, Plastic Hinge Formation, Capacity Demand Curve, Fema 356 How to cite this article:Das BC, Adhikari S, Gupta DK. Seismic Performance Evaluation of Non-Engineered RCSchool Building in Sukhipur Municipality. J Adv Res Civil Envi Engr 2023; 10(1): 16-22. DOI: https://doi.org/10.24321/2393.8307.202304
苏希普尔市非工程化钢筋混凝土校舍抗震性能评价
本研究以苏希普尔市非工程化钢筋混凝土学校建筑的抗震性能评价为重点,寻找学校建筑的抗震性能点。除此之外,它还有助于提供地震期间结构的性能评估。2072年的廓尔喀地震摧毁了大部分重要的建筑(学校、医院、纪念碑等),是大多数站立建筑强度下降的原因。这些脆弱的现有建筑需要进行改造,以抵御未来类似或更大的地震。为了进行评估,通过ETABS的推覆分析获得了容量需求曲线,该曲线提供了遵循FEMA356和ATC 40指导方针的结构的性能水平。此外,地震评估将有助于确定最脆弱和最脆弱的部件,并确定建筑物在地震中的缺陷。本次评价的目的是通过提高强度、刚度和改进连接节点来改善其抗震性能,纠正其不足之处。关键词:推覆分析,塑性铰形成,容量需求曲线,Fema 356苏希普尔市非工程化RCSchool Building抗震性能评价。助理土木及环境工程师(2023);10(1): 16 - 22。DOI: https://doi.org/10.24321/2393.8307.202304
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