Impervious Tunnel Linings in a Land of Shakes

Society for Mining, Metallurgy & Exploration
Drupad B. Desai Chien-Tsun “C. T. ” Chu Ron E. Redd
Organization:
Society for Mining, Metallurgy & Exploration
Pages:
11
File Size:
150 KB
Publication Date:
Jan 1, 1997

Abstract

The 12,710-m (41,720-ft) Riverside Badlands Tunnel is located between the most active faults—San Andreas and San Jacinto—in Southern California. To accomplish the impervious final lining design and to accommodate the effects of earthquake ground motions, a new approach was developed and is prescribed in this paper. Two final lining options, welded steel pipe and prestressed concrete cylinder pipe, are considered for the tunnel, which will be excavated under groundwater and ground conditions from soft rock to hardrock at depths exceeding 244 m (800 ft). The buckling strength, serviceability, and structural integrity under seismic effects and other loads were considered in the design.
Citation

APA: Drupad B. Desai Chien-Tsun “C. T. ” Chu Ron E. Redd  (1997)  Impervious Tunnel Linings in a Land of Shakes

MLA: Drupad B. Desai Chien-Tsun “C. T. ” Chu Ron E. Redd Impervious Tunnel Linings in a Land of Shakes. Society for Mining, Metallurgy & Exploration, 1997.

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