SEISMIC STRENGTHENING OF THE HISTORIC BUILDING OF “SOKOLANA” IN KUMANOVO

E. Delova, A. Zlateski, V. Shendova, Z. Bozinovski
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Abstract

The historic building of “Sokolski dom” in Kumanovo belongs to the plain masonry type of buildings. Built in the thirties of the last century for the needs of the “Sokolski Society”, this building was once the main impetus for enrichment of cultural, entertainment and sports life, enabling the proper development of many generations. Due to its significance it was put under the protection as cultural-historic heritage in the country. The subject of this paper is a detailed analysis of the stability of existing structure, which proved the need for its repair and seismic upgrading. With detailed analysis of the bearing and deformation capacity it was determined that the existing structure does not meet the requirements according to the national regulations. Therefore, the need for repair and strengthening was imposed, with the main goal of ensuring seismic stability of the building. Considering the possibilities and certain limitation for structural interventions from one hand, and the required bearing and deformation characteristics of the elements and the structure as whole from other hand, a traditional solution for strengthening was adopted, by reinforced concrete jackets and horizontal belt course. This technical solution provides increase of the structural bearing and deformation capacity of the system, as well as its ductility capacity, which is especially important for this type of buildings in case of seismic excitations. By increasing the deformation capacity, the input energy in the system would be consumed, which would greatly increase the seismic safety and security of the building.
库马诺沃“sokolana”历史建筑的抗震加固
库马诺沃的“索科尔斯基dom”历史建筑属于普通砖石建筑类型。这座建筑建于上世纪30年代,是为了满足“索科尔斯基协会”的需要,曾经是丰富文化、娱乐和体育生活的主要动力,使许多代人得以适当发展。由于它的重要性,它被列为国家历史文化遗产。本文对既有结构的稳定性进行了详细的分析,证明了对既有结构进行修复和抗震改造的必要性。通过对承载和变形能力的详细分析,确定现有结构不符合国家规定的要求。因此,需要进行修复和加强,主要目标是确保建筑物的抗震稳定性。考虑到结构干预的可能性和一定的局限性,以及单元和结构整体所需的承载和变形特性,采用了传统的钢筋混凝土夹套和水平带层加固方案。该技术方案增加了体系的结构承载和变形能力,以及其延性能力,这对此类建筑物在地震激励下尤为重要。通过增加变形能力,可以消耗系统的输入能量,从而大大提高建筑物的抗震安全性和安全性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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