One-dimensional site response analysis (1D SRA) remains the state of practice to estimate
site-specific seismic response, despite the ample evidence of discrepancies between …

Distinguishing incident wave in the downhole records is meaningful when assessing the
amplification factor of site effect. A time-domain numerical separation method for incident …

Accurate unbounded domain radiation damping and ground motion input in the near field
are important for analyzing the dynamic safety of large-scale nuclear power structures …

Abstract One-dimensional (1-D) ground response analysis (GRA) predictions are highly
sensitive to the analysis methods and dynamic soil models employed, contributing to …

The effect of shallow soil conditions on ground motion parameters is well-recognized; thus, it
is important to characterize the site-specific response of soils, especially in the most critical …

Frequency-dependent equivalent linear (FD-EQL) site response analysis methods,
developed as potential substitutes for the EQL procedure to better simulate the nonlinear …

Site response analyses are crucial for estimating local effects on ground shaking during
earthquakes. However, recent investigations utilizing KiK-net borehole array data have …

This paper presents a novel method for performing equivalent linear analysis that allows for
a variation of the stiffness and equivalent viscous damping properties throughout the …

Ground improvement techniques are widely employed in seismically active regions to
prevent ground failure or mitigate the amount of settlements transmitted to buildings. In many …

While the capability of remedial ground densification techniques to mitigate the adverse
effects of liquefaction has been widely investigated in recent decades, the characterization …