This paper investigates the seismic performance and vulnerability of multi-span Reinforced
Concrete (RC) bridges with unequal height piers exposed to varied corrosion damage …

The resilience assessment of existing structures and designing new resilient ones need to
have a precise estimation of seismic responses of the structures traditionally carried out by …

Transmission lines, which are important for maintaining economic and social operations, are
vulnerable to collapse damage due to the effect of multidimensional ground motion. In this …

Bridges are vital to modern transportation infrastructure, providing convenient and efficient
access to different locations. However, these structures are susceptible to forces that can …

Highway bridges in seismic zones are commonly designed with oblong columns, featuring
different force-displacement relationships and seismic capacities along different response …

The fragility curves are the key tools in seismic risk assessment within the performance-
based earthquake engineering framework. This study employs the Symbolic Regression …

This paper investigates the nonlinear dynamic behaviour and failure probability of multi-
span Reinforced Concrete (RC) bridges supported on piers of unequal heights. To this end …

Earthquake-induced pounding in bridges is a complex contact phenomenon in which the
dynamic responses of structures, including collisions between deck and abutments, are …

Given the special geometric features of curved bridges, they show a complex behavior
during an earthquake. Considering the fact that bridges have shown vulnerability during …

Double-deck curved bridges can overcome the limitation of space, connecting areas with
complex terrains to form a traffic network. However, they have many vulnerable parts and …