Geotechnical And Structural Design Challenges Of The Fremont Central PARK Subway For The Bart WARM Springs Extension

Society for Mining, Metallurgy & Exploration
Mitchell L. Fong
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Society for Mining, Metallurgy & Exploration
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15
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429 KB
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Abstract

The Bay Area Rapid Transit (BART) District will be extending BART service south along an 8.7-km (5.4-mile) -long corridor in the city of Fremont, California as part of the Warm Springs Extension (WSX). The WSX project will link the existing BART system to the future BART to San Jose extension. A segment of WSX is located in Fremont Central Park (referred to as the Fremont Central Park Subway Project). The Fremont Central Park Subway is considered the most complicated and geotechnically challenging portion of the project with an underground subway box being constructed near the active Hayward Fault which is capable of ground motions up to 0.75 g and is located in an aquifer which is used for water storage and supply. Soil-structure interaction analysis was used in the design of the subway box to resist deformations due to earthquake ground motions. A water-tight excavation support system has been designed to allow subway box construction while minimizing impacts to the aquifer.
Citation

APA: Mitchell L. Fong  Geotechnical And Structural Design Challenges Of The Fremont Central PARK Subway For The Bart WARM Springs Extension

MLA: Mitchell L. Fong Geotechnical And Structural Design Challenges Of The Fremont Central PARK Subway For The Bart WARM Springs Extension. Society for Mining, Metallurgy & Exploration,

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