The resilience of fiber-reinforced polymer (FRP)-strengthened concrete beams under fire
exposure is a critical aspect of structural engineering, with significant implications for safety …

In order to effectively reduce the damage of the high-speed railway bridge structure during
the earthquake, this paper develops a friction bearing based on the concept of quasi …

Reinforced concrete (RC) frames with masonry infills represent a prevalent construction
typology across the globe, including moderate to high seismic regions. Such structures are …

The contemporary study delves into the evaluation of the proficiency of artificial neural
networks, response surface methodology (RSM), and adaptive neuro-fuzzy inference system …

The quantitative characterization of concrete multiple cracks in fractal dimension is limited to
the holistic macroscopic characterization of a particular damage state only, and fails to …

Buckling-restrained braces are widely utilized for retrofitting existing reinforced concrete
frames. However, conventional plate-type brace connectors and joints often suffer damage …

In order to establish a rapid recoverable structural system in earthquake prone area, a novel
replaceable low yield point steel link with corrugated web (LCSW link), consisting of the low …

Accurate remaining useful life prediction is crucial for prognostics and health management
of products. Model uncertainty is an important factor negatively affecting prediction …

The high-aspect ratio of structures is usually limited to a small range for base isolation (BI),
due to the necessity of ensuring resistance to overturning. This limitation restricts the …

Concluding from a review of the existing technical literature, the tunnel-form system exhibits
desirable seismic performance from a structural standpoint. However, effects of non …