Geotechnical Characterization For Caisson Sinking In Medium Stiff Clay

Society for Mining, Metallurgy & Exploration
Michael S. Robinson Serge Moalli
Organization:
Society for Mining, Metallurgy & Exploration
Pages:
16
File Size:
647 KB
Publication Date:
Jan 1, 1995

Abstract

Construction of the CSO Retention - Treatment Tunnel, Segment 1 in Dearborn, Michigan includes excavation for an overflow Structure with a minimum inside diameter of 15.24 m (finished). The excavation extends downward through overburden soil including a 15.2 m thick zone of potentially weak clay. This paper presents the subsurface data for the clay and a geotechnical analysis thereof, together with predictions of the behavior of the planned 15.54 m inside diameter open end caisson as it is sunk through this potentially weak zone. In a companion paper, the writers will compare the behavior observed with that predicted.
Citation

APA: Michael S. Robinson Serge Moalli  (1995)  Geotechnical Characterization For Caisson Sinking In Medium Stiff Clay

MLA: Michael S. Robinson Serge Moalli Geotechnical Characterization For Caisson Sinking In Medium Stiff Clay. Society for Mining, Metallurgy & Exploration, 1995.

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