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 …

In this study, a novel hysteretic damper is proposed for beam-column steel connections to
dissipate seismic energy. The proposed system is classified as a low-damage device and …

Eccentrically braced frames (EBFs) with vertical shear links are lateral load resisting systems
having considerable strength and ductility. In this study, an innovative hybrid damper …

Structural curved metal dampers are implemented in various applications to mitigate the
damages at a specific area efficiently. A stable and saturated hysteretic behavior for the in …

This study has been conducted to observe nonlinear time history analysis of a 3D-office
building frame where performance has been examined in the presence of base isolation …

A new self-centering slotted friction device (SC-SFD) is introduced for seismic retrofit and
upgrading of beamcolumn joints. The device can be used for existing or new structures. A …

Process optimization using metaheuristic algorithms is rapidly gaining interest from
engineering practitioners and researchers. This study uses the cuckoo search algorithm …

Structures are generally designed to withstand the applied loads safely. However, in order to
secure the stability of structures from earthquakes, which are unpredictable natural …

Structural steel plates with engineered cut-outs to exhibit a controlled yielding mechanism is
recently proposed for desirable structural performance compared to conventional systems …

The most important issues that researchers are faced with are extensive damages and
permanent deformations in the structures after earthquakes. This study proposes new hybrid …