This paper examines the seismic vulnerability of historical buildings located in Lugoj City Center, an urban area of the Banat region in Western Romania, known for repeated earthquakes and rich architectural heritage. This research responds to the need for fast and practical means to help with the prioritization of risk mitigation and rehabilitation of historical cities, where detailed structural data are often limited. In light of the analysis of current European empirical, analytical, and hybrid techniques of seismic vulnerability assessment, this paper proposes a simplified empirical technique based on a systematic vulnerability index form. The suggested assessment comprises 42 indicators grouped in four weighted categories: structural aspects, architectural–artistic value, urban importance, and socio-economic importance. It is applied to 17 selected historical buildings of Lugoj City Center, including civil, religious, cultural, and infrastructural buildings. The assessment produced an average vulnerability index of 89.57, with 11 buildings classified as D1, 5 as D2, and 1 as D3, and an expected damage state under the VIII EMS-98 scenario. Thus, this study highlights the importance of combining seismic safety with heritage conservation and offers a flexible framework for urban-scale assessments, intervention planning, and preservation strategies in Lugoj and similar historic centers. This preliminary study represents the first phase of broader research addressing material degradation, monitoring, structural improvement, and socio-economic loss.
Historical buildings represent an essential part of cultural identity and architectural heritage, particularly in countries with rich historical and urban traditions such as Serbia. However, these structures are increasingly exposed to environmental, structural, and seismic risks while simultaneously facing demands for...
Ivan Palinkaš, E. Desnica, J. Pekez et al.· 16th International Symposium...· 0 citations
Arequipa, located in southern Peru, is a region characterized by the frequent occurrence of earthquakes due to its proximity to the subduction interface between the Nazca and the South American plates. Consequently, school buildings in Peru are classified as essential facilities and are expected to remain operational a...
D. M. Chalco Pari, M. A. Salas-Chávez, Esteban M. Cabrera-Vélez· Revista Ingeniería Sísmica· 0 citations
It is undeniable that Turkey is located within one of the most active seismic zones in the world. While investing in these regions, urban development planning must not be ignored. In newly selected residential areas, seismic hazards must be analyzed in detail alongside the geological. Geophysical, and geotechnical char...
At the regional level, assessing the seismic vulnerability of the existing building stock is an important component of developing effective strategies for seismic risk reduction and seismic risk management in seismically active areas. Fergana City is considered one of the seismically active urban areas of Uzbekistan. I...
Asadbek Azamjonov, S. Yodgorov, B. Aktamov et al.· E3S Web of Conferences· 0 citations
Nepal lies in one of the most seismically active regions of the Himalayan belt, and the building stock of the Kathmandu Valley is dominated by reinforced-concrete (RC) frame and unreinforced masonry constructions of varying engineering quality. This paper presents the outcomes of a structured seismic vulnerability asse...
Prateek Pandit, Lekshmy Jayakumar· International Journal For Mu...· 0 citations
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