Sentence examples for motion prediction from from inspiring English sources

This paper presents on-going challenges in the present paradigm shift of earthquake-induced ground motion prediction from empirical to physics-based simulation methods.

This velocity structure model is approximated from the regional integrated velocity structure model by Koketsu et al. (2008), which was constructed for the long-period ground motion prediction from the anticipated Miyagi-oki earthquake.

These findings are quite important for the assumption of source models for strong motion predictions from such huge interplate earthquakes.

However, two major uncertainties of peak ground motion prediction arise from the presence of strong surface waves, as well as a large earthquake with an extended rupturing source.

The optical flow technique [29] extended to perform multi-resolution motion prediction [30], [31] from MR signals is useful for evaluating blood flow properties in heart chambers.

By comparing the response spectra of observed ground motions during this earthquake with predictions from commonly used ground motion prediction equations, Boore (2001) found that the observed motions differed from predicted by factors larger than expected from an earthquake-to-earthquake variation.

ShakeMaps are first produced using recordings, a ground motion prediction equation, and geological data from the site of the earthquake.

Ground motion descriptors such as peak ground acceleration (PGA) were calculated from ground motion prediction equations (or attenuation relationships), and the mean rate of exceedance of a specified ground motion amplitude, which is the hazard, was determined.

The problem is solved with the aid of the Differential Evolution algorithm which searches for potential record combinations whose mean and variance match the target spectral values (median and percentiles) obtained either from a code-compatible smooth spectrum or from a ground motion prediction equation (GMPE).

While the observed peak ground acceleration values were smaller than the predicted ones that were derived from the use of a ground motion prediction equation, the observed peak ground velocity values were slightly larger than the predicted ones.

Peak ground accelerations of the artificial accelerograms are compared with those coming from an empirically derived ground motion prediction model.