Near-fault seismic ground motions are frequently characterized by intense velocity and
displacement pulses of relatively long periods that clearly distinguish them from typical far …

This work investigates the efficiency of tuned inerter dampers (TIDs) in controlling seismic
response of two adjacent buildings and the pounding distance between them. Pervious …

Optimal tuned mass damper inerter (TMDI) systems in controlling displacement demands on
structures affected by pulse-like near fault ground motions is presented. Simplified …

Proper parameterization of near‐fault ground motions is of critical importance in earthquake
engineering, and this process is traditionally performed by directly fitting an analytical pulse …

The double impulse input is introduced as a substitute of the fling-step near-fault ground
motion and a closed-form solution of the elastic–plastic response of a structure by the …

The present work illustrates the results obtained from the application of the Variational Mode
Decomposition technique for processing near-fault pulse-like seismic signals. This method …

The article investigates response mitigation of a reinforced concrete (RC) chimney subjected
to pulse-like near-fault ground motions using tuned mass damper (TMD) schemes. The total …

The triple impulse input is used as a simplified version of the forward-directivity near-fault
ground motion and a closed-form solution of the elastic–plastic response of a structure by …

The multiple impulse input is introduced as a substitute of the long-duration earthquake
ground motion, mostly expressed in terms of harmonic waves, and a closed-form solution is …

In this study, the effect of the high frequency components of near fault ground motions
(NFGM) with forward rupture directivity effect (FRDE) on the seismic response of elastic and …