A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Optimization of Water Resource Systems Incorporating Earthquake Risk: 1973 Contributions
Athree-part report covers several phases of the project: A renewal theoretic model is developed for the purpose of evaluating expected future damage costs due to earthquakes for a segment of a water distribution system located in a large seismic region. Occurrence of earthquakes in terms of space, size, and time distributions are combined with site functions to establish probability of levels of earthquake intensity at given sites in the Los Angeles and San Francisco areas of California. An attenuation formula was derived for the Arias instrumental intensity on bedrock and constants in the formula were calibrated for the San Fernando earthquake (1971), using eight bedrock spectra derived from surface accelerograms.
Optimization of Water Resource Systems Incorporating Earthquake Risk: 1973 Contributions
Athree-part report covers several phases of the project: A renewal theoretic model is developed for the purpose of evaluating expected future damage costs due to earthquakes for a segment of a water distribution system located in a large seismic region. Occurrence of earthquakes in terms of space, size, and time distributions are combined with site functions to establish probability of levels of earthquake intensity at given sites in the Los Angeles and San Francisco areas of California. An attenuation formula was derived for the Arias instrumental intensity on bedrock and constants in the formula were calibrated for the San Fernando earthquake (1971), using eight bedrock spectra derived from surface accelerograms.
Optimization of Water Resource Systems Incorporating Earthquake Risk: 1973 Contributions
C. M. Duke (author) / S. E. Jacobsen (author)
1973
102 pages
Report
No indication
English
Civil Engineering , Mineral Industries , Water pipelines , Earthquakes , California , Damage assessment , Probability theory , Cost estimates , Water distribution , Aqueducts , Mathematical models , Optimization , Intensity , Sites , Design , Attenuation , Numerical analysis , San Fernando Earthquakes , Los Angeles(California) , San Francisco(California)
Incorporating Future Earthquake Risk in Disaster Risk Management
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Contributions aux travaux de Commission 1971 - 1973
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