The Settlement Behavior of Piled Raft Interaction in Undrained Soil
Abbasali Taghavi Ghalesari, Amin Barari, Pedram Fardad Amini, Lars Bo Ibsen
Abstract
Abbasali Taghavi Ghalesari, Amin Barari, Pedram Fardad Amini, Lars Bo Ibsen
Abstract
Offshore piled raft foundations are one of the most commonly used foundations in offshore structures. When a raft foundation alone does not satisfy the design requirements, the addition of piles may improve both the ultimate load capacity and the settlement performance of the raft. In this paper, the behavior of a piled raft on undrained soil is studied based on a series of parametric studies on the average and differential settlement of piled raft using three-dimensional finite element analysis. The settlement behavior is found to be dependent on the number of piles and raft thickness.
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Offshore piled raft foundations are one of the most commonly used foundations in offshore structures. When a raft foundation alone does not satisfy the design requirements, the addition of piles may improve both the ultimate load capacity and the settlement performance of the raft. In this paper, the behavior of a piled raft on undrained soil is studied based on a series of parametric studies on the average and differential settlement of piled raft using three-dimensional finite element analysis. The settlement behavior is found to be dependent on the number of piles and raft thickness.
Key concepts: Raft, Settlement (finance), Geotechnical engineering, Foundation (evidence), Parametric statistics, Submarine pipeline, Finite element method, Geology