A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Parallel Computing for Seismic Geotechnical Applications
Parallel computing is gradually becoming a main stream tool in geotechnical simulations. The need for high fidelity and for modeling of fairly large 3-dimensional (3D) spatial configurations is motivating this direction of research. A new program ParCYCLIC for seismic geotechnical applications has been developed. Salient characteristics of the employed parallel sparse solver will be presented. Using this code, simulations of seismically-induced liquefaction, lateral-spreading, and countermeasures will be presented and discussed.
Parallel Computing for Seismic Geotechnical Applications
Parallel computing is gradually becoming a main stream tool in geotechnical simulations. The need for high fidelity and for modeling of fairly large 3-dimensional (3D) spatial configurations is motivating this direction of research. A new program ParCYCLIC for seismic geotechnical applications has been developed. Salient characteristics of the employed parallel sparse solver will be presented. Using this code, simulations of seismically-induced liquefaction, lateral-spreading, and countermeasures will be presented and discussed.
Parallel Computing for Seismic Geotechnical Applications
Lu, Jinchi (author) / Elgamal, Ahmed (author) / Law, Kincho H. (author) / Yang, Zhaohui (author)
GeoCongress 2006 ; 2006 ; Atlanta, Georgia, United States
GeoCongress 2006 ; 1-6
2006-02-21
Conference paper
Electronic Resource
English
Parallel Computing for Seismic Geotechnical Applications
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