基于电几何方法的印度文艺复兴建筑遗产教堂防雷可靠性评估

Srisailam Sreedhar, V. Srinivasan, Arulmozhivarman P, T. Selvaraj
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引用次数: 0

摘要

随着人们对气候变化的担忧日益增加,闪电已经成为一种可感知的自然灾害,它已经引发了包括遗产纪念碑在内的高层建筑的大规模破坏。一些研究人员已经实施并利用了各种防雷系统(LPS)的方法来保护结构免受直接雷击。然而,在世界范围内,仍有几起因雷击而造成遗产纪念碑和重要建筑物损坏的报道。本研究的主要目的是分析安装在著名的“文艺复兴建筑”遗产教堂(即果阿的s大教堂)中的现有LPS的充分性和可靠性,并使用各种电几何方法对山墙屋顶进行详细的防雷研究。此外,总结了建议,其中确定了直接雷击对结构的关键点位置,以避免随之而来的损害。
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Reliability Assessment of Lightning Protection of Renaissance Architecture Based Heritage Church in India Using Electrogeometric Methods
With growing concerns due to climate change, lightning has become a perceptible natural disaster that has triggered large-scale damages to tall structures, including heritage monuments. Several researchers have implemented and utilized various methods of Lightning Protection Systems (LPS) to safeguard the structures from direct lightning strokes. However, several occurrences of damages caused due to lightning strokes on heritage monuments and structures of significance continue to be reported worldwide. The main objectives of this research are to analyze the adequacy and reliability of the existing LPS installed in a famous ‘renaissance architecture’ heritage church i.e., Sé Cathedral, Goa and carry out detailed lightning protection studies for gable roofs using variants of electro-geometric methods. Further, recommendations are summarized wherein locations of critical points of strikes to the structure from direct lightning strikes are identified to avoid consequent damages.
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