Physical modeling is a powerful tool among experimental methods that has been widely
used to simulate the seismic behavior of various earthquake-related geotechnical problems …

The kinematic bending of single piles in two-layer soil is explored to account for soil stiffness
degradation and associated damping increase with increasing levels of shear strain, a …

A crucial aspect of physical geotechnical model tests (under both 1-g and ng conditions) is
the evaluation of the initial (low-strain) stiffness of the soil layers of the sample test deposit …

ABSTRACT A reliable approach for studying the seismic soil-pile-structure interaction is the
physical modelling of scaled models in 1-g or ng devices. A comprehensive laboratory test …

SOIL-PILE-STRUCTURE-INTERACTION: EXPERIMENTAL RESULTS AND NUMERICAL
SIMULATIONS Page 1 COMPDYN 2015 5th ECCOMAS Thematic Conference on Computational …

The cyclic and seismic response of soil-pile-structure systems is assessed through
comprehensive experimental tests performed on the 3mx3m shaking table of the Bristol …

The present analytical work discusses the outcomes of a series of 1-g shaking table
experimental tests that were carried out to validate numerical models formulated for …

The geotechnical systems are often studied analysing the response of scaled models in 1-g
or ng devices. A crucial aspect in these kind of models is the capability to read the real …

/ABSTRACT/This study performed the seismic response analysis of an LNG storage tank
supported by a disconnected piled raft foundation (DPRF) with a load transfer platform …

ㅊ This study performed the seismic response analysis of an LNG storage tank supported by
a disconnected piled raft foundation (DPRF) with a load transfer platform (LTP). For this …