Chapter
Dec 31, 2015

Prediction of Wave-Induced Seafloor Movements

Publication: Coastal Engineering 1976

Abstract

Foundation design for offshore structures in areas where wave-induced bottom pressures cause submarine mud slides requires a knowledge of the potential depth of slide and of the magnitude and distribution of soil movements below the slide. Several methods have been developed to evaluate the stability of the seafloor due to wave-induced bottom pressures. These methods are reviewed and an improved procedure is presented. This procedure makes use of finite element analysis and combines in a rational manner oceanographic information on wave statistics with stress-strain behavior of soils under cyclic load conditions in order to evaluate the effects of a given storm history on the behavior of submarine sediments.

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Go to Coastal Engineering 1976
Coastal Engineering 1976
Pages: 1605 - 1623

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Published online: Dec 31, 2015

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Leland Milo Kraft Jr., M.ASCE
Manager, Special Projects Group, McClelland Engineers, Inc., Houston, Texas
David James Watkins, A.M.ASCE
Project Engineer, McClelland Engineers, Inc., Houston, Texas

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