This study aims to develop a high-performance acrylate viscoelastic damper (HAVED),
which is suitable for the low-frequency vibration control of building structures. To reveal the …

Due to the dependency of viscoelastic materials on the input frequency, amplitude, and
temperature, the effectiveness of a viscoelastic damper changes depending on loading and …

The mechanical properties of viscoelastic dampers (VED) generally vary depending on the
loading conditions such as input frequency, amplitude, and temperature, which makes the …

Viscoelastic (VE) damper is a well-known passive control device in mitigating structural
vibrations of high-rise buildings induced by long-period earthquakes and long-duration …

This study focuses on the development of a framework for the seismic analysis of
viscoelastically damped structures to investigate the ambient temperature effect on seismic …

This research proposed a particle swarm optimization (PSO) based seismic retrofit design of
moment frame structures using a steel frame assembly. Two full scale specimens of the steel …

This paper presents an experimental and analytical study on a steel slit damper designed as
an energy dissipative device for earthquake protection of structures considering soil …

Nowadays, vibration energy absorption devices are widely implemented in many buildings
subjected to severe vibration due to natural hazards, such as earthquakes, strong winds …

The main objective of this study is to modify the blend formulation of a Chlorobutyl rubber
compound to improve its damping properties for structural applications. A new rubber …

The high-damping viscoelastic (VE) materials are widely used to reduce unwanted
vibrations in civil structures. However, the significant frequency and temperature …