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When simulating the response of buildings on piled foundations due to ground vibration, the coupling conditions between the piles, the soil and the building structure may have an important effect on the results. In this paper, the significance of the coupling conditions between the piles and the soil, as well as the interaction assumptions adopted to ...
Conto Quispe, Kenny Fernando +3 more
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Conto Quispe, Kenny Fernando +3 more
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Closure to “Pile Cap-Pile Group-Soil Interaction”
Journal of the Structural Division, 1982Chandrakant S. Desai +2 more
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Footings, pile caps and retaining walls
2013Introduction For a traditional building or bridge structure, the vertical forces in the walls, columns and piers are carried to the subsoil through a foundation system. The most common system consists of footings. In soft soil, because the bearing capacity is low, piles are needed to transfer the forces from the superstructure to deeper grounds where
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BENDING RESISTING MECHANISM OF EMBEDDED PILE BLOCK OF PILE CAP
Journal of Structural and Construction Engineering (Transactions of AIJ), 2020Ryu MATSUDA +4 more
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Innovative pier-pile cap-pile precast system for ABC application
A significant number of bridges are aging in the United States, as many of these were constructed within the Interstate Highway System, more than six decades ago. In addition to this, the traffic demand is at a continuously raising rate, which causes further deterioration of the life expectancy of a bridge and implies more frequently spaced maintenanceopenaire +2 more sources
SP-208: Examples for the Design of Structural Concrete with Strut-and-Tie Models, 2002
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