Currently available inversion methods for providing seismic excitation for soil–structure
interaction (SSI) systems regard all ground motions as the body wave component and invert …

By now, it is well known that long‐period surface waves can induce resonant response in
high‐rise buildings, in particular those located in sedimentary basins. Rayleigh wave …

Abstract The Vallerano district in Rome is built on an alluvial valley with a very complex
geological setting (highly heterogeneous soil deposits) due to the depositional activity of …

Seismic ground motions associated to basin-induced surface waves can be particularly
damaging for long-period large-scale infrastructures such as bridge pylons. In the present …

Performance‐based earthquake engineering requires accurate estimation of structural
response associated with different damage states because of strong ground motion. In …

Inversion of surface‐wave free fields is of great importance in providing seismic excitations
for the finite element (FE) analysis of soil–structure interaction (SSI) systems. In the case of …

Several studies have generated low‐frequency dynamic ground deformations (strains and
rotations) in the near‐fault region of actual or hypothetical earthquakes using physics‐based …

Shallow seismic events often induce long-period ground motions in distant sedimentary
basins, which can cause damage to structures. The current design earthquake input is …

采用显式有限元与透射边界相结合的方法, 以及一种同时考虑频率, 视波速及极化特征的
Rayleigh 面波提取方法, 研究了盆地深度d 对盆地地面运动, 盆地放大效应及次生面波的影响 …

Propagation of long-period ground motion in sedimentary basins has been a subject of great
interest among seismologists and engineers. Intense long-period ground motions consist …