Abstract Shape Memory Alloys (SMAs) are a new generation of smart materials with the
capability of recovering their predefined shape after experiencing a large strain. This is …

Shape memory alloys (SMAs), as the self-explanatory name indicates, are materials that can
'memorize'or retrieve their pristine shape when exposed to temperature or load due to their …

This study develops a novel superelastic pendulum isolator with multi-stage variable
curvature (SPIVC) to enhance the seismic resilience of the cold-regional bridges. The SPIVC …

This paper proposes novel self-centering (SC) seismic base isolators by utilizing shape
memory alloy U-shaped dampers (SMA-UDs) with favorable superelastic behavior. Two …

This paper presents an innovative type of friction sliding bearing system incorporating shape
memory alloy (SMA) cables. The study commences with cyclic tests on individual SMA …

This study presents a practical and efficient modelling approach for shape memory alloy
(SMA)-braced steel frames under various temperatures, and examines their probabilistic …

Abstract This review explores Shape Memory Alloy Fibers (SMAF) as a promising
reinforcement for concrete structures, particularly in earthquake zones. Limited …

Given their inherent unique superelasticity, the use of shape memory alloys (SMAs) to build
seismic-resistant self-centering devices has presented attractive prospects in the field of …

In this study, two types of smart elastomeric bearings are presented using shape memory
alloy (SMA) wires. Due to the unique characteristics of SMAs, such as the superelastic effect …

This study analytically determines the seismic fragility of a three-span continuous highway
bridge fitted with laminated rubber bearings and shape memory alloy (SMA) restrainers …