Strong ground motion studies for South Carolina earthquakes. Final report
Otto W. Nuttli, Rebecca Rodriguez, R. B. Herrmann
Abstract
Otto W. Nuttli, Rebecca Rodriguez, R. B. Herrmann
Abstract
The strong ground motion that will result from damaging earthquakes that occur in South Carolina, varying in size from those that can produce only minor damage to those as large as the 1886 event, was estimated. The report is divided into three parts. Part I discusses acceleration, velocity and displacement modeling, using available observational data (accelerograms and non-strong motion seismographic) and response spectra obtained from those data. Part II uses MM intensity data for estimating strong ground motion. Part III presents surface-wave focal mechanism studies of South Carolina earthquakes.
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The strong ground motion that will result from damaging earthquakes that occur in South Carolina, varying in size from those that can produce only minor damage to those as large as the 1886 event, was estimated. The report is divided into three parts. Part I discusses acceleration, velocity and displacement modeling, using available observational data (accelerograms and non-strong motion seismographic) and response spectra obtained from those data. Part II uses MM intensity data for estimating strong ground motion. Part III presents surface-wave focal mechanism studies of South Carolina earthquakes.
Key concepts: Ground motion, Seismology, Geology, Displacement (psychology), Acceleration, South carolina, Motion (physics), Peak ground acceleration