Much of the reported research on the dynamic analysis of pile foundations assumes linear behavior of soil that may not be valid at strong excitations. In this paper material nonlinearity of soil caused by plasticity and work hardening is considered for the dynamic analysis of pile foundations. An advanced plasticity based soil model, HISS, is incorporated in a finite element technique. Analysis is carried out in the time domain. The algorithm is verified with available analytical results and then linear and nonlinear responses of a single end bearing pile are compared. Effects of different frequencies of excitation (harmonic) and ratio of rigidity of soil and pile have been investigated
The design of pile foundations likely to be subject to earthquake loading requires information about...
Due to significant increasing in seismic activity in world during the last decades especially in Mid...
A rational and yet convenient approach is presented to account for the dynamic soil-pile interaction...
Much of the reported research on the dynamic analysis of pile foundations assumes linear behavior of...
The effects of material nonlinearity of soil on dynamic behavior of a single pile and pile groups ar...
The seismic response of pile-supported structures is evaluated using a three-dimensional finite elem...
This paper presents a detailed analysis of the influence of plasticity on the seismic response of pi...
Due to soil-structure interaction effects, the dynamic response of pile-supported structures is stro...
Pile foundations strongly influence the performance of supported structures and bridges during an ea...
Earthquake loads are applied to the foundation mainly through shear waves in the underlying soil. A ...
The dynamic soil-pile interaction problem is solved by the method of characteristics. The nonlinear,...
The dynamic impedance of a pile group must be determined to perform a dynamic response analysis of t...
Seismic response of pile group is investigated in both theory and experiment. The dynamic experiment...
This thesis deals with two important topics in soil-structure interaction: seismic earth pressures ...
© 2017 19th ICSMGE Secretariat. All rights reserved. In this study, a fifteen-storey moment resistin...
The design of pile foundations likely to be subject to earthquake loading requires information about...
Due to significant increasing in seismic activity in world during the last decades especially in Mid...
A rational and yet convenient approach is presented to account for the dynamic soil-pile interaction...
Much of the reported research on the dynamic analysis of pile foundations assumes linear behavior of...
The effects of material nonlinearity of soil on dynamic behavior of a single pile and pile groups ar...
The seismic response of pile-supported structures is evaluated using a three-dimensional finite elem...
This paper presents a detailed analysis of the influence of plasticity on the seismic response of pi...
Due to soil-structure interaction effects, the dynamic response of pile-supported structures is stro...
Pile foundations strongly influence the performance of supported structures and bridges during an ea...
Earthquake loads are applied to the foundation mainly through shear waves in the underlying soil. A ...
The dynamic soil-pile interaction problem is solved by the method of characteristics. The nonlinear,...
The dynamic impedance of a pile group must be determined to perform a dynamic response analysis of t...
Seismic response of pile group is investigated in both theory and experiment. The dynamic experiment...
This thesis deals with two important topics in soil-structure interaction: seismic earth pressures ...
© 2017 19th ICSMGE Secretariat. All rights reserved. In this study, a fifteen-storey moment resistin...
The design of pile foundations likely to be subject to earthquake loading requires information about...
Due to significant increasing in seismic activity in world during the last decades especially in Mid...
A rational and yet convenient approach is presented to account for the dynamic soil-pile interaction...