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Efficient finite element techniques for limit analysis of suction caissons under lateral loads
B. Sukumaran
, W. O. McCarron
, P. Jeanjean
, H. Abouseeda
Civil Engineering
Research output
:
Contribution to journal
›
Article
›
peer-review
79
Scopus citations
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Dive into the research topics of 'Efficient finite element techniques for limit analysis of suction caissons under lateral loads'. Together they form a unique fingerprint.
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Keyphrases
Soft Clay
100%
Lateral Load
100%
Limit Analysis
100%
Von Mises
50%
Yield Strength
50%
Linear Elasticity
50%
Strength Surface
50%
Reduced Integration Technique
50%
Classical Limit
50%
Displacement-based
50%
Finite Element Formulation
50%
Limit Solutions
50%
Caisson Foundation
50%
Hybrid-based
50%
Quasi-three-dimensional
50%
Strength Criterion
50%
Displacement-based Formulation
50%
Engineering
Limit Analysis
100%
Lateral Loads
100%
Reduced Integration
33%
Limit Solution
33%
Linear Elasticity
33%
Dimensional Analysis
33%
Classical Limit
33%
Finite Element Formulation
33%
Strength Criterion
33%
Yield Strength
33%