Despite recent advancements in hurricane hazard characterization and a better
understanding of the vulnerabilities of the built environment to hurricane-related hazards …

The resilience of electric power grids is threatened by natural hazards. Climate‐related
hazards are becoming more frequent and intense due to climate change. Statistical …

Explosions and other artificial seismic sources remain a major risk to human survival.
Seismicity catalogs often suffer from contamination, which hinders the differentiation of …

Although extensive attention has been devoted to the influence of ground motion duration
on the seismic performance of various structures, the integration of the duration effect into …

The dual metamodeling approach is usually adopted to tackle the stochastic nature of
earthquakes in seismic reliability analysis relying on the lognormal response assumption …

The traditional tower‐style building (TTSB) is an innovative structural form constructed in
modern cities imitating the overall appearance of ancient timber pagodas, and it is an …

Accurate estimation of extreme wind-induced loads is key to the cost-effective and reliable
performance-based design of overhead lattice transmission towers. Particularly, drag …

The design of transmission lines is based on the Load and Resistance Factor Design
approach, considering that their collapse limit state is governed by climatic actions (wind …

This paper introduces machine learning-based Turkiye-specific ground motion models for
the geometric mean horizontal component of peak ground velocity (PGV). PGV is a …

Fragility functions and recovery models are often used to assess lifeline systems subjected
to extreme hazards. However, even though many databases for fragility and recovery …