This article presents a finite element analysis of bridge foundation-soil interaction under seismic loading, focusing on the effects of soil nonlinearity and foundation type.
A research study on the application of finite element methods to analyze soil-structure interaction for bridge foundations under seismic loading, highlighting the importance of accurate soil modeling.
A comprehensive review of recent studies on bridge foundation-soil interaction under seismic loading, including finite element analysis and experimental investigations.
Official guidelines for the seismic design and analysis of bridge foundations, including the use of finite element methods to evaluate foundation-soil interaction.
A video tutorial demonstrating the use of OpenSees software for finite element analysis of bridge foundation-soil interaction under seismic loading.
A book chapter discussing the application of finite element methods to analyze bridge foundation-soil interaction under seismic loading, including case studies and examples.
A research paper presenting a finite element analysis of the seismic response of bridge foundations, including the effects of soil type and foundation design.
An open-source finite element tool for analyzing bridge foundation-soil interaction under seismic loading, developed by the Pacific Earthquake Engineering Research Center.