A computational model of soil-pile interaction behavior in pile and pile group was developed in this paper. Particular attention was paid to making the model simple and capable of taking into account nonlinear soil behavior, such as gapping and slippage between soil and pile, and cyclic behavior of soil. The model was developed within the frame work of the Winkler model defined in plane strain conditions. In order to analyze transient dynamic response in a rigorous manner, the model was formulated in the time domain using a step-by-step method. A transfer matrix approach was also adopted in the response computation. The proposed nonlinear model was verified with rigorous solutions and the nonlinear behavior with gapping and slippage were di...
A lumped parameter model for the time domain inertial soil-structure interaction analysis is propose...
A non-linear finite element analysis for determining the seismic response of piles in multilayered ...
This thesis deals with two important topics in soil-structure interaction: seismic earth pressures ...
The effects of material nonlinearity of soil on dynamic behavior of a single pile and pile groups ar...
A rational and yet convenient approach is presented to account for the dynamic soil-pile interaction...
The dynamic impedance of a pile group must be determined to perform a dynamic response analysis of t...
During strong ground motion, pile foundations are subjected to two special effects. First, behavior ...
The dynamic soil-pile interaction problem is solved by the method of characteristics. The nonlinear,...
Use of in situ soil properties increases the reliability and accuracy of numerical predictions. The ...
Pile foundations strongly influence the performance of supported structures and bridges during an ea...
Due to soil-structure interaction effects, the dynamic response of pile-supported structures is stro...
Much of the reported research on the dynamic analysis of pile foundations assumes linear behavior of...
The need for a better understanding of soil pile interaction problem under dynamic loading especiall...
Seismic response of pile group is investigated in both theory and experiment. The dynamic experiment...
In order to investigate and discuss a theoretical prediction on the seismic response of pile groups ...
A lumped parameter model for the time domain inertial soil-structure interaction analysis is propose...
A non-linear finite element analysis for determining the seismic response of piles in multilayered ...
This thesis deals with two important topics in soil-structure interaction: seismic earth pressures ...
The effects of material nonlinearity of soil on dynamic behavior of a single pile and pile groups ar...
A rational and yet convenient approach is presented to account for the dynamic soil-pile interaction...
The dynamic impedance of a pile group must be determined to perform a dynamic response analysis of t...
During strong ground motion, pile foundations are subjected to two special effects. First, behavior ...
The dynamic soil-pile interaction problem is solved by the method of characteristics. The nonlinear,...
Use of in situ soil properties increases the reliability and accuracy of numerical predictions. The ...
Pile foundations strongly influence the performance of supported structures and bridges during an ea...
Due to soil-structure interaction effects, the dynamic response of pile-supported structures is stro...
Much of the reported research on the dynamic analysis of pile foundations assumes linear behavior of...
The need for a better understanding of soil pile interaction problem under dynamic loading especiall...
Seismic response of pile group is investigated in both theory and experiment. The dynamic experiment...
In order to investigate and discuss a theoretical prediction on the seismic response of pile groups ...
A lumped parameter model for the time domain inertial soil-structure interaction analysis is propose...
A non-linear finite element analysis for determining the seismic response of piles in multilayered ...
This thesis deals with two important topics in soil-structure interaction: seismic earth pressures ...