The dynamic mechanical properties of high-damping viscoelastic (VE) materials exhibit
significant frequency and temperature dependences in the glass transition zone. However …

A frequency domain response analysis is presented for building frames passively controlled
by viscoelastic dampers, under harmonic ground excitation. Three different models are used …

Several types of energy dissipation devices using viscoelastic materials have been
proposed to reduce vibration in structures subjected to wind and earthquake excitations. At …

In order to mitigate the structural damage resulting from seismic loading, viscoelastic
dampers with high energy absorption capacity have been applied to structures to enhance …

This article reported an extensive review of computational modelling and analysis on
damping and vibrational behaviors of viscoelastic structures, including experimental …

The dynamic characterization is important in making accurate predictions of the seismic
response of the hybrid structures dominated by different damping mechanisms. Different …

In this paper it is suggested a modeling methodology of structural systems supported by
translational and rotational viscoelastic mounts or joints based on a frequency response …

The aim of this paper is to present the dynamic analyses of the system involving various
damping models. The assumed frequency-dependent damping forces depend on the past …

Over the past decades, many vibration control devices have been invented to enhance the
integrity of structures and improve their safety when subjected to seismic actions. A review of …

A simplified design procedure (SDP) for preliminary seismic design of frame buildings with
structural dampers is presented. The SDP uses elastic‐static analysis and is applicable to …