Viscoelastic dampers (VEDs) are widely acclaimed for their dual effectiveness in mitigating
vibrations from seismic events and wind loads, providing both damping and stiffness for …

In this study, an innovative retrofitting solution involving fan-shaped lead-infilled viscoelastic
dampers (FLVDs) for beam-column joints is developed to enhance the load-carrying …

The evaluation of the out-of-plane (OOP) behavior for infilled walls is a critical aspect of
regional seismic and fire resilience assessment. This study presents a detailed finite …

An energy-based framework is proposed for the dynamic stability assessment of structures
subjected to earthquake-fire scenarios and verified through earthquake-fire hybrid …

The toggle–brace–damper system (TBDS) is an effective displacement amplification damper
occupying a large building space. The small deformation solution, which is widely used …

The mechanical properties of viscoelastic (VE) dampers directly affect the aseismic
performance of viscoelastically damped structures; therefore, it is of great significance to …

Most of hybrid simulation platforms (HSPs) that use OpenSees for structural hybrid testing
research are developed based on OpenFresco framework software. Although OpenFresco is …

The harmful vibration of the building structure usually can lead to huge casualties and
property losses, it is necessary to reduce and eliminate the detrimental effect through …

The viscoelastic dampers (VEDs), which can provide both stiffness and damping, have been
recently introduced into the field of structural vibration control for seismic enhancement of …

The incorporation of an inerter, with its mass amplification capability, along with a negative
stiffness spring characterized by high static-low dynamic stiffness, can significantly enhance …