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Mechanics / Earthquake engineering / Earthquakes / Seismic hazard / Earthquake / Peak ground acceleration / Civil engineering / Seismology / Construction


Hazard Calculations for the WGCEP-2002 Earthquake Forecast Using OpenSHA and Distributed Object Technologies Edward H. Field 1 , Nitin Gupta 2 , Vipin Gupta 2 , Michael Blanpied 3 , Philip Maechling1 , and Thomas H. Jord
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Document Date: 2010-09-08 17:10:51

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File Size: 1,83 MB

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City

San Francisco / Wesson / Pasadena / Washington / DC / Perkins / Los Angeles / Drive Reston / /

Company

National Academy Press / REFERENCES Abrahamson N.A. / MODEL ACCESS VIA DISTRIBUTED-COMPUTING TECHNOLOGIES / Abrahamson N. A. / Working Group / /

Continent

America / /

Country

Jordan / United States / /

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Event

Natural Disaster / /

Facility

Earthquake Engineering Research Institute / University of Southern California / Southern California Earthquake Center University / Electric Power Research Institute / /

IndustryTerm

Web site http /

NaturalFeature

Puente Hills / /

Organization

National Science Foundation / Cornell / United Nations / University of Southern California / U.S. Nuclear Regulatory Commission / /

Person

Edward H. Field / N. Gupta / V / Paul Reasenberg / Kenneth Campbell / Matt Gerstenberger / Bruce Julian / Michael Blanpied / Nitin Gupta / Norm Abrahamson / /

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Position

D. J. / Seismologist / /

Product

Koss UR 20 Headphone/Headset / ShakeMap application / ShakeMap / /

ProgrammingLanguage

Java / FORTRAN / /

ProvinceOrState

Virginia / M.B. / Southern California / South Carolina / North Carolina / California / /

Region

Southern California / /

TVStation

Wand / /

Technology

Information Technology / plug and play / distributed-object technologies / artificial intelligence / Java / IML / http / GUI / /

URL

http /

SocialTag