Rocking structural systems have been proposed as a promising solution for designing
resilient building structures. These low-damage systems can prevent significant economic …

The integration of Artificial Intelligence (AI) techniques in the optimization of steel moment
frame structures represents a transformative approach to enhance the design, analysis, and …

Residual drift of structural systems after seismic events can make buildings uninhabitable
and may cause their collapse in aftershocks, as seen in the 2023 Turkey-Syria earthquake …

A base-rocking dual-core braced-frame (BRDC) system equipped with vertical buckling-
restrained fuses (BRF) was developed to prevent the soft-story failure mechanism. The …

Cold-formed steel structures are particularly sensitive to seismic loads due to their relatively
low ductility and limited energy dissipation capacity. Moreover, the small thickness of cold …

Self-centering base-rocking walls (SCBRWs) ensure building serviceability after a seismic
event and can minimize downtime and repair expenses. The current study examined the …

With the rapid advancement of the informatization process of China's construction industry,
the requirements for the integration of engineering design and construction are getting …

Reliability‐based design optimization (RBDO) traditionally relies primarily on high‐fidelity
and computationally expensive simulations to search for and evaluate design solutions …

The increasing demand for safer and more resilient structures seems to have significantly
impacted the design approaches and the development of new structural systems. As …

Progressive collapse is a standard failure pattern of steel frames, which researchers expect
to analyze quantitatively. However, the existing resist progressive collapse analysis methods …