1. To What Extent Can Engineering Reduce Seismic Risk?
- Author
-
Stavros V. Tolis
- Subjects
Earthquake scenario ,Engineering ,Globalization ,Risk analysis (engineering) ,business.industry ,Vulnerability ,Seismic risk ,business ,Civil engineering ,Built environment - Abstract
Extensive areas worldwide, many of them heavily urbanized, are susceptible to seismic risk, that is, the probability that people will suffer loss and that their built environment will be damaged. Due to our deficient knowledge of nature and to financial reasons, seismic risk cannot be eliminated. Societies accept a certain level of seismic risk, which depends mainly on culture and information available. The difference between actual and acceptable seismic risk can and should be managed. Engineers can offer several technological remedies for most seismic hazards and can minimize vulnerability by applying advanced design and construction reducing susceptibility to strong ground motion of any structure. They can also contribute to seismic risk reduction by informing, educating, and organizing communities. In their effort to reduce seismic risk, engineers face major challenges. Although the trend in the number of lives lost each year to catastrophic seismic events is decreasing in some countries, but not in others, the corresponding costs are continuing to increase rapidly. Today, the globalization of trade and commerce enhanced by wide-ranging transportation systems and modern communications had as result the impact of a damaging earthquake to reach far beyond the epicentral region.
- Published
- 2014
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