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Influence Study of Site Conditions on Buried Pipeline's Seismic Performance
Long-distance buried pipelines are subject to various and complicated geological conditions. The finite element analysis method is used to study the influence of site conditions on the response of buried pipelines to seismic conditions. The buried pipeline is modeled as a shell element, subjected to simulated seismic waves. The seismic performance of buried pipelines in different site conditions is compared, and the influence of the main technical parameters is evaluated. The results indicate that the thickness of overlaying soil layers and the shear wave velocity significantly affects the seismic response of long oil transportation pipelines.
Influence Study of Site Conditions on Buried Pipeline's Seismic Performance
Long-distance buried pipelines are subject to various and complicated geological conditions. The finite element analysis method is used to study the influence of site conditions on the response of buried pipelines to seismic conditions. The buried pipeline is modeled as a shell element, subjected to simulated seismic waves. The seismic performance of buried pipelines in different site conditions is compared, and the influence of the main technical parameters is evaluated. The results indicate that the thickness of overlaying soil layers and the shear wave velocity significantly affects the seismic response of long oil transportation pipelines.
Influence Study of Site Conditions on Buried Pipeline's Seismic Performance
Wang, Lili (author) / Wu, Xiaodan (author) / Zhang, Xiaoqing (author)
International Conference on Pipelines and Trenchless Technology 2011 ; 2011 ; Beijing, China
ICPTT 2011 ; 1412-1418
2011-10-07
Conference paper
Electronic Resource
English
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