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Nonlinear dynamic analysis utilizes the combination of ground motion records with a detailed structural model, therefore is capable of producing results with relatively low uncertainty.
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Finally we compare the displacement estimated from the strong ground motion record with those from a high-sampling GPS record at station CONZ located 9 km west of CCSP in the Transportable Integrated Geodetic Observatory (TIGO) (Sierk and Hase, 2010), which is jointly operated by the Universidad de Concepcioin and the German Federal Agency for Cartography and Geodesy (BKG).
We used broadband strong-motion records with a sampling frequency of 20 Hz at 10 F-net stations (Fig. 1(a)).
Number of ground motion records of earthquake with magnitude higher than 5 in PEER database are shown in Table 1.
The peak periods of the strong motion records agree well with predominant periods estimated from microtremor observations at a rather hard site; however, the predominant periods of the microtremors are slightly shorter than those of the main shock at the other two soft sites.
The analysis performed by considering three actual ground motion records representing seismic motions with low, intermediate and high frequency content earthquakes.
The HD1010 records in 1080i HD and offers 300 frame-per-second slow motion recording along with 12-subject face recognition.
However, such an attempt impairs the validity of the obtained results since it is generally not possible to construct a homogeneous ground motion record database with well-distributed source and ground motion parameters.
The structural response was predicted using nonlinear static analysis and nonlinear dynamic analysis with synthetic ground motion records.
Although their model reproduced the main features of the strong motion records of the moderate earthquake, models with observed Q values are required for the well-constrained prediction of ground motion.
Also, a database of strong motion records will be archived for the project, along with recommendations on the development of artificial motions.
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