This article presents a finite element analysis of bridge foundations subjected to cyclic loading, highlighting the importance of accurate modeling of soil-structure interaction.
The Federal Highway Administration provides guidance on the analysis and design of bridge foundations under cyclic loading, including finite element methods and soil-structure interaction.
This journal article discusses the development of a finite element model for analyzing the behavior of bridge foundations under cyclic loading, including the effects of soil nonlinearity and liquefaction.
This video lecture presents an overview of bridge foundation design under cyclic loading, including the use of finite element analysis and soil-structure interaction.
OpenSees is an open-source finite element analysis software for simulating the behavior of bridge foundations under cyclic loading, including soil-structure interaction and nonlinear material behavior.
This research paper presents a finite element analysis of bridge foundations under cyclic loading using Abaqus, highlighting the importance of accurate modeling of soil-structure interaction and material nonlinearity.
This article presents a review of soil-structure interaction analysis methods for bridge foundations under cyclic loading, including finite element analysis and boundary element methods.
This case study presents a finite element analysis of a bridge foundation under cyclic loading, highlighting the importance of accurate modeling of soil-structure interaction and material nonlinearity.