In this paper, two simplified methods are used to calculate the impedance function of an axially loaded pile embedded in layered soils. The methods are: a semi-analytical procedure which uses the discrete layer stiffness matrices derived by Kausel and Roesset (1981), and the cone model which was developed by Wolf et al. (1992). A number of comparisons with more rigorous solutions are shown in order to assess the accuracy of the methods used
The paper presents a review of the analytical and numerical procedures developed by the authors for ...
The paper presents simple formulas to evaluate parameters of a lumped system reproducing the frequen...
The determination of stiffness and damping of piles is an important step in the analysis of pile-sup...
This paper presents an analytical model, based on the beam-on-dynamic Winkler foundation approach, f...
The paper presents an analytical solution, based on the beam-on-dynamic Winkler foundation approach,...
The objectives of the studies reported in this dissertation are: (1) to evaluate the dynamic impedan...
This paper presents a numerically efficient procedure for evaluating seismic responses of an axially...
The paper presents a review of the analytical and numerical procedures developed by the authors for ...
The flexural stiffness and damping (dynamic impedance) of a single vertical pile in an inhomogeneous...
A new method for static analysis of laterally loaded piles embedded in multi-layered soil is develop...
The paper presents a review of the analytical and numerical procedures developed by the authors for ...
The paper presents simple formulas to evaluate parameters of a lumped system reproducing the frequen...
The determination of stiffness and damping of piles is an important step in the analysis of pile-sup...
This paper presents an analytical model, based on the beam-on-dynamic Winkler foundation approach, f...
The paper presents an analytical solution, based on the beam-on-dynamic Winkler foundation approach,...
The objectives of the studies reported in this dissertation are: (1) to evaluate the dynamic impedan...
This paper presents a numerically efficient procedure for evaluating seismic responses of an axially...
The paper presents a review of the analytical and numerical procedures developed by the authors for ...
The flexural stiffness and damping (dynamic impedance) of a single vertical pile in an inhomogeneous...
A new method for static analysis of laterally loaded piles embedded in multi-layered soil is develop...
The paper presents a review of the analytical and numerical procedures developed by the authors for ...
The paper presents simple formulas to evaluate parameters of a lumped system reproducing the frequen...
The determination of stiffness and damping of piles is an important step in the analysis of pile-sup...