In seismic codes, elastic response spectra are usually defined by adopting a conventional value for the damping ratio equal to 5%. Damping Reduction Factors (DRFs) are then introduced to account for the effect of damping values higher than the nominal 5%. In this framework, the main aim of the present study is to explore a new definition of DRF. The concept of stochastic response spectrum is used for predicting the earthquake response of a structural system by adopting the random vibration theory for nonstationary processes. The peak theory is finally used to determine the DRF
Strength reduction factors (SRFs) continue to play a key role in obtaining inelastic spectra from th...
The inelastic (design) spectra characterizing seismic hazard at a site are generally obtained by the...
Fluid damper devices inserted in buildings or bridges are commonly used as energy sinks for seismic ...
In seismic codes, elastic response spectra are usually defined by adopting a conventional value for ...
Damping reduction factor plays a central role both in scientific literature and seismic codes, but s...
Most of the actual formulas available in both scientific literature and seismic codes for the dampin...
Damping Reduction Factor plays a key role in scientific literature and Technical Codes, but till now...
Fluid damper devices in civil structures such as buildings or bridges are commonly used as energy ab...
A novel inelastic modal decomposition method for random vibration analysis in alignment with contemp...
Seismic design methods based on the substitute equivalent linear elastic structure concept are based...
It is apparent that the dynamic response of a building depends on its energy dissipation capacity, h...
Design codes typically define the seismic action in terms of pseudo-acceleration response spectra, e...
This paper proposes a novel computationally economical stochastic dynamics framework to estimate the...
The damping force exerted by a structure during an earthquake differs significantly from that specif...
Strength reduction factors (SRFs) continue to play a key role in obtaining inelastic spectra from th...
The inelastic (design) spectra characterizing seismic hazard at a site are generally obtained by the...
Fluid damper devices inserted in buildings or bridges are commonly used as energy sinks for seismic ...
In seismic codes, elastic response spectra are usually defined by adopting a conventional value for ...
Damping reduction factor plays a central role both in scientific literature and seismic codes, but s...
Most of the actual formulas available in both scientific literature and seismic codes for the dampin...
Damping Reduction Factor plays a key role in scientific literature and Technical Codes, but till now...
Fluid damper devices in civil structures such as buildings or bridges are commonly used as energy ab...
A novel inelastic modal decomposition method for random vibration analysis in alignment with contemp...
Seismic design methods based on the substitute equivalent linear elastic structure concept are based...
It is apparent that the dynamic response of a building depends on its energy dissipation capacity, h...
Design codes typically define the seismic action in terms of pseudo-acceleration response spectra, e...
This paper proposes a novel computationally economical stochastic dynamics framework to estimate the...
The damping force exerted by a structure during an earthquake differs significantly from that specif...
Strength reduction factors (SRFs) continue to play a key role in obtaining inelastic spectra from th...
The inelastic (design) spectra characterizing seismic hazard at a site are generally obtained by the...
Fluid damper devices inserted in buildings or bridges are commonly used as energy sinks for seismic ...