Sentence examples for motion simulations for from inspiring English sources

Apart from natural records, we have conducted broadband ground motion simulations for rupture scenarios of weak, medium and large magnitude events in order to expand our record database.

Small earthquake records were used as EGFs to obtain ground motion simulations for the frequency range of 0.5 20.0 Hz.

3D long-period ground motion simulations for future megathrust earthquakes have been presented by numerous works (e.g., Olsen et al. 2008; Pulido et al. 2015).

This study provides the results of a physically based probabilistic seismic hazard analysis (PSHA) methodology, using broadband strong ground motion simulations, for sites within the Marmara region, Turkey, that may be vulnerable to possible large earthquakes throughout the PIF segments in the Marmara Sea.

Thus, begin{aligned} f=0.0576times 185/ 3600=2.96timutext{Sv}} mutext{Sv},text{m}^{2}/text{s} end{aligned} (2 The participants separately performed motion simulations for the three processes: (1) the seed-aligning process, (2) the seed-loading process, and (3) the traditional seed-loading process.

Based on the results obtained using these techniques and ground motion simulations for observed moderate events, three-dimensional velocity structure models of the Osaka basin have been developed and improved over several decades (e.g., Kagawa et al. 1993, 2004; Horikawa et al. 2003; Iwata et al. 2008; Iwaki and Iwata 2011; Sekiguchi et al. 2013).

The purpose of this paper is to present a Brownian motion simulation for the chloride diffusivity of concrete.

Because the pattern of this distribution does not correspond to that of the distribution of damage ratios greater than, or equal to, 80%, the result of strong ground motion simulation for Model C is underestimated.

These sediments seem to be several kilometers in thickness and to strongly affect the results of the ground motion simulation for subduction events (e.g., Yamada and Iwata, 2005).

The stochastic finite-fault method based on a dynamic corner frequency has been applied to perform ground-motion simulations for the 2016 Kumamoto earthquake.

In this paper, the ground-motion simulations for the 2016 Kumamoto earthquake have been performed using the stochastic finite-fault method based on a dynamic corner frequency.