Journal Paper

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Journal: علوم زمین
Year:1396 | Volume:27 | Issue:105
Start Page:193 | End Page:198

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Title

COMPUTING MAXIMUM SEISMIC ACCELERATION OF NORTH TABRIZ FAULT USING EARTHQUAKE SIMULATION BASED ON FINITE FAULT SOURCE

Pages

 Start Page 193 | End Page 198

Abstract

 The occurrence of historical and instrumental earthquakes near the NORTH TABRIZ FAULT in NW Iran is an evidence for seismic activity of this fault, which recorded historical earthquakes with magnitudes greater than 7.Inthis study, existing experimental relations, historical seismicity, and the fault geometry were used to define a Mw 7.7 earthquake scenario. The stochastic finite fault modeling based on a dynamic comer frequency shows a good agreement between maximum estimated acceleration and common attenuation patterns. The derived shake map illustrates that the stongest GROUND MOTION is observed in the NW, Nand NE of the tabriz city along a zone parallel to the fault. In addition, the MAXIMUM ACCELERATION derived from simulation is almost equal to that computed from attenuation patterns.

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