This article presents a finite element analysis of cyclic loading effects on bridge foundations, highlighting the importance of considering soil-structure interaction.
An open-source finite element tool for analyzing cyclic loading effects on bridge foundations, leveraging the OpenFOAM framework for computational fluid dynamics and solid mechanics.
A comprehensive review of soil-structure interaction under cyclic loading, focusing on bridge foundations and the application of finite element methods for analysis and design.
Official guidelines for designing bridge foundations under cyclic loading conditions, providing recommendations for finite element analysis and soil-structure interaction considerations.
A video tutorial demonstrating the application of finite element modeling for analyzing cyclic loading effects on bridge foundations, using commercial software.
A case study on the cyclic loading analysis of a bridge foundation using finite element methods, highlighting the importance of site-specific soil properties and structural details.
An online course covering advanced finite element methods for cyclic loading analysis, including applications to bridge foundations and soil-structure interaction.
A research paper presenting a numerical analysis of cyclic loading effects on bridge foundations using finite element methods, focusing on the effects of soil nonlinearity and foundation type.