This article presents a numerical study on the seismic behavior of bridge foundations using finite element analysis, highlighting the importance of soil-structure interaction.
This research paper discusses the development of a finite element model for simulating the behavior of bridge foundations under seismic loading, with a focus on the effects of soil nonlinearity.
The Federal Highway Administration provides guidelines for the seismic design of bridge foundations using finite element analysis, including recommendations for soil modeling and foundation design.
This tutorial demonstrates the use of OpenSees, an open-source finite element software, for modeling bridge foundations under seismic loading, including examples and case studies.
This journal article presents a comparative study of finite element analysis and experimental results for the seismic behavior of bridge foundations, highlighting the importance of accurate soil modeling.
This video lecture presents a step-by-step guide to designing bridge foundations under seismic loading using finite element analysis, including tips and best practices for engineers.
This book chapter discusses the application of finite element analysis for the seismic analysis and design of bridge foundations, including case studies and examples of bridge foundation design.
This research project at MIT explores the use of finite element analysis for modeling soil-structure interaction in bridge foundations under seismic loading, with a focus on advanced soil modeling techniques.