Seismic intensity measures at different levels significantly impact the seismic damage of
building clusters. Reinforced concrete (RC) structures are a type of building widely used in …

Probability-based seismic risk and random ground motion theories are used to develop high-
precision seismic risk functions and models of regional building portfolios. Seismic intensity …

The estimation of the seismic vulnerability of regional structures has contributed positively to
the development of seismic risk and resilience in large-scale building clusters. However, the …

A large amount of field earthquake damage observation data indicates apparent anomalies
in the seismic vulnerability of buildings in large regions under the influence of low …

This research explores the impact of earthquake directionality and orientation on the seismic
performance of reinforced concrete (RC) frame structures, an area previously overlooked in …

The multiple-probability decision-making method for earthquake hazards considers multiple
performance indicators and can be used to effectively estimate the seismic risk of structures …

To explore the actual seismic vulnerability and failure modes of typical building portfolios,
this paper innovatively reports the actual damage characteristics and failure mechanisms of …

The seismic vulnerability and risk assessment of composite structures of reinforced concrete
and masonry (CSs) in urban and rural areas are critical components of rapid prediction …

Construction practices in countries characterized by hilly terrains often involve buildings on
slopes with multiple foundation levels, resulting in coupled structural irregularities, both plan …

Under the earthquake, the collapse or damage of buildings would result in significant
casualties and economic losses. Especially when essential lifeline projects such as nuclear …