希腊第一座发电厂的评估和修复-已登记的工业遗产纪念碑

C. Maraveas, K. Tasiouli
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引用次数: 6

摘要

希腊第一座发电站被列入国际工业遗产名录。该建筑由三个纵向部分组成,平面总面积约为4800平方米,有两个高度分别为3米和12米的楼层。结构体系主要由石砌墙和钢屋顶组成。如今,该建筑计划作为电力博物馆重新使用,结构升级的需求主要来自当前的抗震要求。根据结构评估研究,该建筑的主要问题是存在非常高的墙壁,在大约80米的距离上被横向墙壁打断,并且完全缺乏水平隔板。该建筑的建筑、历史和技术价值是显著的,它的保护,通过减少干预,提出了几个问题的改造设计。与砖石墙连接并配合的新钢框架被设计为承受垂直屋顶荷载,并恢复屋顶水平的水平隔膜,同时也减少了墙壁上的地震作用。通过额外实施垂直后张筋和FRP条来实现所需的总强度。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Assessment and restoration of the first Greek power plant – Registered monument of industrial heritage

The first electric power station in Greece is a registered monument of the international industrial heritage. The building consists of three longitudinal parts with a total area of 4800 m2 approximately in plan and has two levels of a height of 3 m and 12 m respectively. The structural system consists mainly of stone masonry walls and a steel roof. Nowadays the building is scheduled to be reused as a Museum of Electric Power and the need for structural upgrade arose mainly from current seismic requirements. According to the structural assessment study, the prevailing problem of the building is the combination of the presence of very high walls, interrupted by transverse walls at a distance of approximately 80 m, and the complete lack of horizontal diaphragms. The building’s architectural, historic and technological value is significant and its preservation, by minimization of interventions, posed several problems to the retrofit design. New steel frames connected to and cooperating with the masonry walls were designed to bear the vertical roof loads and restore the horizontal diaphragm at the roof level, while also reducing the seismic actions at the walls. The total required strength was achieved by additionally implementing vertical post-tensioning bars and FRP strips.

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