The degradation of reinforced concrete (RC) structural components owing to aging
mechanisms and extreme loading events can cause significant performance and safety …

Recent research works have shown the feasibility of using iron-based shape memory alloys
(Fe-SMAs) in structural rehabilitation projects, especially for flexural strengthening. As for the …

In order to realize the self-centering, high energy consumption, and high ductility of the
existing building structure through strengthening and retrofit of structure, a method of …

The research on superelastic shape memory alloy (SMA) bars reinforced concrete members
and structures has received a great deal of attention recent years. In this study, novel …

Reinforced concrete (RC) coupled walls are extensively used as the seismic-resistant
structural system of tall buildings in high seismic zones. In RC coupled wall systems, the …

In the field of structural health monitoring, innovative methods of non-destructive evaluation
(NDE) are being investigated to enable safer, longer lasting structures. In concrete …

Shape memory alloy (SMA), a type of smart material, is widely used in the design of
reinforcement and repair, isolation, and shock absorption of building structures because of …

Conventional reinforced concrete shear walls are vulnerable to strong earthquakes with
significant residual deformations, which substantially affect structural service and can even …

This study experimentally investigates the seismic behavior of L-shaped precast superposed
shear walls with cast-in-place boundary elements. Five full-scale L-shaped specimens were …

Economic damage and repair costs due to earthquakes are largely connected with
permanent residual structural displacements. This study develops and tests the use of shape …