These SMGAs are spatially included in the anticipated Miyagi-oki earthquake evaluated by the Headquarters for Earthquake Research Promotion.
b The probability of occurrence in each level RTL score at the epicenter of Mw-9.0 earthquake evaluated from the random earthquake data.
The basis of any geotechnical investigation is to model the rupture mechanism at the source of an earthquake, evaluate the propagation of waves through the earth to the top of the bed rock, determine the effect of local soil profile and thus develop a hazard map indicating the vulnerability of the area to potential seismic hazard (Kanli et al. 2006).
To provide better insight into the subduction process in this region and the causes of these deep-focus earthquakes, evaluating the detailed configuration of the subducting Pacific slab and the precise characteristics of the seismicity in this region should be high priorities for future study.
In the last section, we introduced the surface source fault and the distribution of the questionnaire-based seismic intensity of the Nobi earthquake for evaluating source models.
Although this fault model is still simplified in many aspects, it constitutes an important step toward predicting an actual triggered earthquake by evaluating the potential impact of efficient data assimilation.
When applying the method to natural earthquakes, however, evaluating the level of pore-fluid pressure is more difficult.
We have calculated the change in Coulomb Failure Function (ΔCFF) due to this earthquake to evaluate the effect on aftershocks and future earthquake probabilities.
The influence of rainfall on soil moisture prior to the earthquake was evaluated by Japan Meteorological Agency.
The intensity of the particular design earthquake was evaluated by the deterministic method stipulated in KTA 2201 part 1.
The occupant casualties in an earthquake are evaluated by coupling the building collapse simulation and evacuation process simulation with time and space synchronization.
