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

Retrofitting and building design using passive energy dissipation Devices have been shown
to be effective techniques for decreasing seismic risk. Numerous complementary energy …

Viscoelastic (VE) dampers are one of the most popular structural control devices, and
serious efforts have been undertaken to develop their availability in civil engineering …

This study explores the mechanical behavior of a viscoelastic damper (VED) under
monotonic and cyclic loading, focusing on the cyclic stability of VEDs' mechanical properties …

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 …

In this paper, tests on viscoelastic (VE) dampers are carried out, and the results indicate that
VE dampers have high energy dissipation capacity and excellent anti-fatigue properties. To …

A type of dissipative device referred to as a “dual function” metallic damper was presented in
this paper. These types of metallic dampers are referred to as “dual function” metallic …

The viscoelastic dam** materials (VDMs) used in the viscoelastic (VE) dam**
equipment may undergo thermal-oxidative aging during long-time exposure to complicated …

The design, beyond-design, and residual performance of full-scale viscoelastic (VE)
dampers has been previously investigated with sinusoidal reversal loading experiments …

Long-stroke fluid dampers may be installed under seismic isolation systems to provide
supplementary dam**. Due to the larger vibration amplitude and velocity, highly nonlinear …