DocumentCode
1117146
Title
Vulnerability reduction through local seismic culture
Author
Karababa, Faye S. ; Guthrie, Peter M.
Author_Institution
Cambridge Univ., Cambridge
Volume
26
Issue
3
fYear
2007
Firstpage
30
Lastpage
41
Abstract
Work done in the area of vulnerability reduction by academics and professionals has been a key component in reducing adverse impacts of potential disasters. A primary type of vulnerability in which engineers have an important role to play is that related to the built environment. In particular, the disintegration and collapse of buildings are responsible for the vast majority of deaths and injuries, as well as economic losses and social disruption, following an earthquake. Traditionally, engineering research has focused on the development of new design philosophies and construction technologies as a means of reducing the vulnerability of buildings. The tendency to study and apply new technologies for better earthquake protection has been reinforced by evidence from recent earthquakes, suggesting that, where appropriately adopted, advances in construction materials and methods result in safer structures, sustaining less damage.
Keywords
design engineering; disasters; earthquake engineering; seismology; built environment; construction materials; construction technology; design philosophy; earthquake protection; economic losses; local seismic culture; potential disasters; social disruption; vulnerability reduction; Appropriate technology; Building materials; Concrete; Design engineering; Earthquake engineering; Environmental economics; Injuries; Phase measurement; Protection; Seismic measurements;
fLanguage
English
Journal_Title
Technology and Society Magazine, IEEE
Publisher
ieee
ISSN
0278-0097
Type
jour
DOI
10.1109/MTS.2007.906674
Filename
4300965
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