Assessing fragility functions of unreinforced masonry buildings
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Date
2024
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Studies Publicações
Abstract
The seismic vulnerability entrenched within the historical urban landscapes of
Algeria serves as a poignant reminder of the pressing need for comprehensive risk
management strategies, particularly concerning low and medium height
unreinforced masonry (URM) structures. These architectural gems, rich in cultural
significance, stand as tangible embodiments of Algeria's storied past. However,
their susceptibility to seismic disturbances presents an immediate threat,
demanding meticulous attention and innovative methodologies for effective risk
assessment and mitigation. In a pioneering scholarly pursuit, this research
embarks on an ambitious exploration, melding fragility functions and a
sophisticated vulnerability index method to unravel the intricate tapestry of seismic
risk assessment. Through the lens of fragility functions, the study delves into a
nuanced analysis, probabilistically delineating the vulnerabilities entrenched within
the complex framework of URM buildings. Furthermore, the meticulous derivation
of vulnerability functions via the vulnerability index method enhances the
granularity of risk assessment, providing a multifaceted perspective to discern
vulnerabilities accurately. Central to this investigation is the Belouizdad district, a
microcosm of historical significance nestled within the vibrant metropolis of Algiers.
By scrutinizing seismic scenarios spanning a spectrum of intensities (ranging from
VII to X), the study orchestrates a symphony of empirical data and analytical
prowess, unraveling the potential seismic reverberations poised to impact the
district's architectural heritage. In essence, this scholarly endeavor transcends the
confines of mere academic pursuit, serving as a guiding light illuminating the path
towards tailored seismic reduction policies. It stands as a clarion call to safeguard
Algeria's architectural patrimony, fostering resilience amidst the tremors of uncertainty and ensuring the preservation of its cultural legacy for generations to
come.
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Keywords
URM building, Seismic action, Fragility function, Vulnerability index, Damages, GIS
