In this work, it is intended to highlight the indispensable significance of the seismic microzonationstudies (SMS) and the Limit Condition in Emergency (LCE) at the level of primary decision-making at urbanplanning studies and to help resolving a range of problems connected to seismic risk assessment in Albania.Following the 1979 Montenegro seismic sequence, the Albanian government implemented a'National Plan for Seismic Prevention', which funded the SMS of some of the biggest cities in Albania.Unfortunately, the seismic risk prevention activities were halted after the renewal of the national codes fordesign in 1989.Located next to the most active fault in Albania, the main cities of the country have experiencedseventeen (17) seismic events with magnitude from 5.4 to 6.6 in the last 114 years. The last earthquakesthat hit Albania on September 21st, 2019 of Mw 5.4 and November 26th, 2019 of Mw 6.2 severely damagedthe cities of Durrës, Thumanë, Tirana, Vora, Shijak and the villages around. The main event of the 26thNovember caused the deaths of 51 persons and the damaging of hundreds of buildings. The degree ofdamages produced by these earthquakes has been, in some cases, significantly enhanced by thecharacteristics of the earthquake ground motion affected by the local subsurface soil structure of the cities.The seismic events of 2019 evidenced the crucial importance of the earthquake risk reduction andmitigation. In the process of creating earthquake-resistant cities, the SMS and the LCE could be the besttools for a better seismic hazard mitigation and prevention in Albania.

Earthquake-resistant cities in Albania: The Seismic Microzonation Studies (SMS) and Limit Condition in Emergency (LCE) integrated approach

Iolanda Gaudiosi;Marco Mancini;Maurizio Simionato;Maria Sole Benigni;Margherita Giuffrè;Massimiliano Moscatelli
2020

Abstract

In this work, it is intended to highlight the indispensable significance of the seismic microzonationstudies (SMS) and the Limit Condition in Emergency (LCE) at the level of primary decision-making at urbanplanning studies and to help resolving a range of problems connected to seismic risk assessment in Albania.Following the 1979 Montenegro seismic sequence, the Albanian government implemented a'National Plan for Seismic Prevention', which funded the SMS of some of the biggest cities in Albania.Unfortunately, the seismic risk prevention activities were halted after the renewal of the national codes fordesign in 1989.Located next to the most active fault in Albania, the main cities of the country have experiencedseventeen (17) seismic events with magnitude from 5.4 to 6.6 in the last 114 years. The last earthquakesthat hit Albania on September 21st, 2019 of Mw 5.4 and November 26th, 2019 of Mw 6.2 severely damagedthe cities of Durrës, Thumanë, Tirana, Vora, Shijak and the villages around. The main event of the 26thNovember caused the deaths of 51 persons and the damaging of hundreds of buildings. The degree ofdamages produced by these earthquakes has been, in some cases, significantly enhanced by thecharacteristics of the earthquake ground motion affected by the local subsurface soil structure of the cities.The seismic events of 2019 evidenced the crucial importance of the earthquake risk reduction andmitigation. In the process of creating earthquake-resistant cities, the SMS and the LCE could be the besttools for a better seismic hazard mitigation and prevention in Albania.
2020
Istituto di Geologia Ambientale e Geoingegneria - IGAG
978-9928-135-37-7
seismic microzonation studies
Limit Condition in Emergency
Durrës earthquakes
seismic mitigation
seismic prevention
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.14243/421618
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