The satisfactory 'collapse prevention'performance level of reinforced concrete (RC) buildings
has been widely recognized during recent earthquakes in Chile. However, there is limited …

In Chile, office buildings are typically reinforced concrete (RC) structures whose lateral load-
resisting system comprises core structural walls and perimeter moment frames (ie, dual wall …

This paper proposes a deep learning-based generalized ground motion model (GGMM) for
interface and intraslab subduction earthquakes recorded in Chile. A total of∼ 7000 ground …

Deterioration mechanisms, such as chloride-induced corrosion, affect bridges in aggressive
environments, making them more vulnerable to extreme events like earthquakes. Although …

This paper presents a seismic fragility assessment of medium-rise reinforced concrete (RC)
wall buildings, focusing on fishbone-type buildings with high wall densities and other …

Studies on understanding the regional seismological differences based on the variations in
the characteristics of the ground motion waves recorded during seismic events have …

Soil exhibits inherent spatial variability, creating a significant source of uncertainty in
geotechnical assessments. This variability becomes particularly critical when evaluating the …

Bridges are vital infrastructures but face compounding risks from scouring and seismic
events. Although recent studies have explored these individual and overlapping hazards …

Bridges are one of the most critical and costly structures on road networks. Thus, their
integrity and operation must be preserved to prevent safety concerns and connectivity losses …

Previously it has been shown that Probabilistic Seismic Risk Assessments (PSRA) at urban
scale present important discrepancies when compared with analyses done using …