This article presents a finite element modeling approach for analyzing the behavior of bridge foundations under repeated loading, with a focus on capturing the effects of soil-structure interaction.
The Federal Highway Administration provides guidance on the design of bridge foundations under repeated loading, including the use of finite element modeling to simulate the behavior of the foundation and surrounding soil.
This research paper presents a finite element analysis of bridge foundations under various loading conditions, including repeated loading, and discusses the results in terms of foundation settlement and soil stress.
This journal article discusses the use of the finite element method for analyzing the behavior of bridge foundations under repeated loading, with a focus on the effects of soil nonlinearity and foundation stiffness.
This software tutorial demonstrates the use of finite element modeling for designing bridge foundations, including the analysis of repeated loading conditions and the simulation of soil-structure interaction.
This academic paper presents a soil-structure interaction analysis of bridge foundations under repeated loading, using a finite element modeling approach to simulate the behavior of the foundation and surrounding soil.
This video lecture discusses the analysis of bridge foundations under repeated loading, including the use of finite element modeling to simulate the behavior of the foundation and surrounding soil.
The American Association of State Highway and Transportation Officials provides guidelines for finite element modeling of bridge foundations, including recommendations for modeling repeated loading conditions and soil-structure interaction.