It is essential to quantify the ground motions induced by seismic events with different focal
mechanisms in underground mine. To quantitatively calculate the induced ground motions …

Sedimentary basins increase the damaging effects of earthquakes by trap** and
amplifying seismic waves. Simulations of seismic wave propagation in sedimentary basins …

Site-effect assessments performed through earthquake-based approaches, such as the
standard spectral ratio (SSR), require good quality records of numerous earthquakes. In …

The sources of ambient seismic noise are extensively studied both to better understand their
influence on ambient noise tomography and related techniques, and to infer constraints on …

Tokyo, like many seismically threatened cities, is situated atop a sedimentary basin that has
the potential to trap and amplify seismic waves from earthquakes. We study amplification in …

Seismic wave resonance in sedimentary basins is a well-recognized seismic hazard;
however, concentrated areas of earthquake damage have been observed near basin edges …

Cross-correlations of ambient seismic noise are widely used for seismic velocity imaging,
monitoring and ground motion analyses. A typical step in analysing noise cross-correlation …

The ambient noise correlation function (NCF) calculated between seismic stations contains,
under appropriate conditions, accurate travel time information. However, NCF amplitudes …

The Vrancea seismic zone (VSZ), located in Romania, at the sharp bend of the southeast
Carpathians, is an anomalous intraplate seismic nest releasing the largest strain in …

Induced earthquakes often accompany fluid injection, and the seismic hazard they pose
threatens various underground engineering projects. Models to monitor and control induced …