Methodology for the Conduct of a Seismic Risk Mitigation Study.
Mark David Huntzinger
Abstract
Mark David Huntzinger
Abstract
The author presents a methodology for evaluating the seismic vulnerability of a bases facilities. The methodology starts with the determination of the 'mission important' facilities to a base, the foundation of which is the importance of the missions they house. The results of which are used to determine the facilities that should be studied for their seismic vulnerability under contracts administered by Naval Facilities Engineering Command, Engineering Field Divisions. The methodology presents alternatives for evaluating the results of the engineering and seismic studies, culminating in a rank ordering of the seismic upgrading projects developed by these studies. (Thesis) keywords: Seismic, Seismic Risk Mitigation, Earthquake, Earthquake Risk Mitigation, Facilities Seismic Evaluation, Facilities Earthquake Evaluation, Seismic Vulnerability, Earthquake Vulnerability.
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The author presents a methodology for evaluating the seismic vulnerability of a bases facilities. The methodology starts with the determination of the 'mission important' facilities to a base, the foundation of which is the importance of the missions they house. The results of which are used to determine the facilities that should be studied for their seismic vulnerability under contracts administered by Naval Facilities Engineering Command, Engineering Field Divisions. The methodology presents alternatives for evaluating the results of the engineering and seismic studies, culminating in a rank ordering of the seismic upgrading projects developed by these studies. (Thesis) keywords: Seismic, Seismic Risk Mitigation, Earthquake, Earthquake Risk Mitigation, Facilities Seismic Evaluation, Facilities Earthquake Evaluation, Seismic Vulnerability, Earthquake Vulnerability.
Key concepts: Earthquake scenario, Urban seismic risk, Vulnerability (computing), Earthquake engineering, Seismic risk, Foundation (evidence), Seismic zone, Civil engineering