Quantitative post-earthquake failure safety assessment of RC framed buildings with non-
ductile joints, as one of the most vulnerable structures, is presented in this study utilizing …

Concrete surface cracks are one of the primary indicators of structural deterioration; thus,
crack analysis is crucial to maintain the intact serviceability of the structural components …

This paper assesses the influence of ground motion duration on seismic behavior of
reinforced concrete (RC) bridge piers using spectrally equivalent short-and long-duration …

The seismic damage to reinforced concrete (RC) components is conventionally quantified
through various damage indices. In this paper, an image‐based procedure is developed for …

Performance-based seismic design has transformed seismic engineering by prioritizing
performance objectives over prescriptive code regulations, enabling engineers to tailor …

A fiber beam-column element is adopted to simulate the damage development process of
reinforced concrete (RC) bridge piers under quasi-static and earthquake loadings …

A novel automated image processing-based methodology is proposed for quantification of
stiffness degradation in non-ductile reinforced concrete moment frames after a seismic …

From the last large seismic movements generated in the Pacific Ocean, it has been
demonstrated that tsunamis have a high potential of destruction of buildings on the coasts. In …

The first determination and assessment of the damages to structures after the earthquake is
important for preventing increase in loss of life and property that may occur in later times …

Yıkıcı depremlerden sonra hayatın normale dönebilmesindeki en önemli unsurlardan biri de
güvenilir ve kişiden kişiye büyük farklılıklar içermeyen nicel kuralları olan hasar tespitlerin …