萨格勒布大教堂紧急抗震改造中脚手架设计的独特之处

Davor Skejić, Ivan Čudina, A. Valčić, D. Lazarevic
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引用次数: 0

摘要

2020 年萨格勒布地震对具有重要历史意义的建筑造成了广泛破坏,其中包括克罗 地亚文化遗产的重要古迹圣母升天大教堂。地震导致大教堂的塔楼严重受损,拱顶和墙壁出现多处裂缝,不安全。必须采取紧急措施确保安全,并促进计划中的重建和加固工作。为支撑无法进入和不稳定的区域,开发了一种专门的脚手架设计,涉及 1000 多吨钢材。本文详细介绍了为萨格勒布大教堂的紧急修复和抗震改造而实施的结构概念和特殊脚手架设计,以确保其达到较高的抗震要求。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Unique Aspects of Scaffolding Design for the Urgent Seismic Retrofitting of Zagreb Cathedral
The 2020 Zagreb earthquake caused extensive damage to historically significant buildings, including the Cathedral of the Assumption of Mary, a key monument of Croatian cultural heritage. The earthquake rendered the cathedral unsafe due to significant damage to its towers and numerous cracks in its vaults and walls. Urgent measures were necessary to ensure safety and facilitate planned reconstruction and strengthening efforts. A specialised scaffolding design was developed to support inaccessible and unstable areas, involving over 1000 tonnes of steel. This paper details the structural concepts and specific scaffolding design implemented for the urgent restoration and seismic retrofitting of Zagreb Cathedral, ensuring it meets high earthquake resistance requirements.
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