This paper discusses the nonlinear dynamic seismic response of a 14‐story reinforced
concrete core wall building designed with the prescriptive requirements of the 2019 …

This paper uses computational simulation to investigate the lateral load‐displacement
behavior and failure modes of a modern 14‐story reinforced concrete (RC) core wall …

Performance-based engineering of tall buildings in regions of high seismicity is becoming
an increasingly popular design methodology. However, the current state of knowledge and …

This paper presents an accurate, simple and computationally efficient method called the
beam-truss model (BTM), for the computational seismic performance assessment and …

After the 2010 Haiti earthquake, which destroyed a significant part of the seismically
vulnerable city of Port-au-Prince, the country's capital, a 12-storey reinforced concrete …

In recent years, the construction of buildings with thin reinforced concrete (RC) walls has
increased significantly in Colombia and other Latin American countries, mainly due to their …

Numerical simulation of the non-linear behavior of (RC) structural walls subjected to severe
earthquake ground motions requires a reliable modeling approach that includes important …

The seismic performance of new tall buildings located in regions of high seismic hazard has
been recently investigated by Pacific Earthquake Engineering Research Center (PEER) …

This paper investigates numerically the seismic response of six seismically base‐isolated
(BI) 20‐story reinforced concrete buildings and compares their response to that of a fixed …

A trilinear bending moment–curvature model is proposed for the nonlinear static (pushover)
analysis of concrete walls. To account for the effect of cracking on the flexural stiffness of …