This article presents a finite element model for simulating the dynamic behavior of bridge foundations under various loading conditions, including seismic and traffic loads.
Researchers at NASA have developed a finite element model to study the interaction between bridge foundations and soil under dynamic loading, with applications to spacecraft landing gear.
This paper presents a finite element approach for analyzing the dynamic behavior of bridge foundations under seismic and wind loading, with a focus on soil-structure interaction.
The Federal Highway Administration provides guidelines for using finite element modeling in the design of bridge foundations, including considerations for dynamic loading and soil-structure interaction.
This course at MIT covers the use of finite element methods for analyzing soil-structure interaction problems, including bridge foundations under dynamic loading.
This research paper presents a finite element model for simulating the behavior of bridge foundations under dynamic loading, with a focus on the effects of soil nonlinearity.
This video tutorial demonstrates the use of finite element software for analyzing the dynamic behavior of bridge foundations under various loading conditions.
OpenSees is an open-source finite element software package developed at UC Berkeley, capable of simulating the dynamic behavior of bridge foundations and soil-structure interaction.