Steel caging technique is commonly used for the seismic strengthening of reinforced
concrete (RC) columns of rectangular cross‐section. The steel cage consists of angle …

The recent surge in earthquake engineering is the use of machine learning methods to
develop predictive models for structural behavior. Complex black-box models are typically …

Deterioration due to corrosion becomes a more serious problem when future earthquakes
with unpredicted intensity and time are considered. Therefore, the prediction of performance …

The earthquake early warning (EEW)-research group at National Taiwan University has
been developing a microelectromechanical system-based accelerometer called “P-Alert” …

Strengthening concrete bridges using fiber-reinforced polymers (FRPs) in flexure, shear,
and torsion is limited by the occurrence of premature FRP debonding which often controls …

This paper aims to review the strengthening techniques of Reinforced Concrete (RC)
column using steel jacket. Steel jacket usually consists of steel plates or angles and batten …

Earthquake reconnaissance after the recent Kahramanmaras, Turkey, earthquake sequence
in February 6, 2023 has shown that the majority of the reinforced concrete (RC) structural …

This paper presents experimental investigations of Reinforced Concrete columns
strengthened with steel strips and steel jacket under axial compression loading. Total of six …

Although fiber reinforced polymers (FRPs) have become the most widely used material to
strengthened existing concrete structures in shear, premature debonding of externally …

The use of cameras that are permanently installed in buildings is very useful for post-
earthquake damage estimations, especially when interstory drift can be estimated using the …