Until recently, the behavior of connected piled raft foundation was not fully understood in the
seismically active region due to the complex dynamic soil–pile–foundation structure …

Increasing demand for high-rise buildings and other important structures in urban areas and
unfavorable land has resulted to opt for piled raft foundation by the designers. The present …

Inherent variability of soil considerably affects the seismic design of piled raft supported
structures. Conventional design of such structure adopts fixity at base level of superstructure …

A number of researchers has extensively investigated the vertical load bearing mechanism
of piled raft foundation, by applying elasticity theory and finite element method. The study on …

This paper presents a study on three-dimensional seismic soil–structure interaction analysis
of a piled-raft (PR) foundation in clay by the substructure approach. Two different pile …

In order to mobilize shallow soil to participate in the interaction of piled raft foundation
sufficiently, the concept of piled raft has been modified to new type of foundation named …

In order to reduce the costs and improve the overall performance of building systems, the
static optimized design with variable rigidity of piled raft foundations has been widely used in …

Study on the seismic behavior of piled rafts and pile groups while the same amount of
construction material and excavation is used in their construction, are the main objective of …

There are a few case histories on the monitoring of the soil-pile-structure interaction
behavior during earthquakes. The monitored building is a twelve-story base-isolated …

Piled-raft foundations are often used to transfer the structural load to the depth of the soil and
tall structures can be constructed on medium to soft soils by utilizing a group of piles. The …