This paper presents an innovative method to quantify damage based on surface cracks of
reinforced concrete shear walls (RCSWs). The key idea is to use artificial intelligence and …

Due to the developments of computer science and technology in recent years, computer
models and numerical simulations for large and complicated structures can be done. Among …

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 …

Peak shear strength estimation of RC shear walls is one of the influential parameters on the
design of RC shear walls. Considering all models and equations provided by researchers …

The purpose of this paper is to develop an evaluation cloud model which could assess the
development level of the regional industrialized building. The objectives are to understand …

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

This work investigated the punching shear capacity of slabs-on-ground reinforced with
GFRP bars subjected to concentrated loads. A total of 12 slabs measuring 1.5× 1.5× 0.15 m …

Containment structures shall remain viable even after strong ground motions to save lives
and valuables. Therefore, the current study exploits the prestressing effect to mitigate …

In recent years, a notable increase in the number of complex concrete roofs has been
observed. Simultaneously, the design codes lack design approaches for such structures in …

The damage indices are widely used to evaluate the performance level and damage state of
structural elements in buildings subjected to seismic actions. Despite the widespread …