To analyze the effect of structural parameters on the damage potential ranking of ground
motions, the effect of the yield strength coefficient (Cy) and natural vibration period (T) on the …

A quantitative evaluation of the damage potential of ground motions to structures can
provide a basis for the selection of input ground motions. To determine the main factors …

The inelastic response of a single‐degree‐of‐freedom (SDOF) system to different sets of
earthquake records was analysed to study the significance of ground motion characteristics …

To rank the pulse-like ground motions based on the damage potential to different structures,
the internal relationship between the damage potential of pulse-like ground motions and …

Damage to modern engineering structures was caused by recent great earthquakes and
their aftershocks, hi this paper, damage spectrum is used to evaluate the damage potential …

Structural damage caused by mainshock can further be aggravated by aftershocks, which
can lead to structural collapse. The current practices on the seismic design of structures …

In this study, constant-damage yield strength spectrum (CDYSS), which is defined as the
yield strength demand of a single-degree-of-freedom (SDOF) system of varying natural …

A simple relationship is proposed in this paper to construct damage‐based inelastic
response spectra including the effect of ground motion duration that it can be used for …

Site conditions and ground-motion frequency characteristics play a significant role in
structural response and seismic damage distribution. However, the current structure fragility …

Engineering characteristics of ground motion can be defined by three factors that are
respectively amplitude, frequency and duration. Any one of them in isolation are not fully …