This article presents a finite element modeling approach for analyzing the behavior of bridge foundations under repeated cyclic loading, with a focus on capturing the effects of soil-structure interaction.
The Federal Highway Administration (FHWA) has conducted research on the effects of cyclic loading on bridge foundations, including the development of finite element models to simulate the behavior of these structures.
This study presents a finite element analysis of bridge foundations under repeated cyclic loading, with a focus on the effects of loading frequency and amplitude on the structural response.
This journal article discusses the design of bridge foundations under cyclic loading, including the use of finite element modeling to analyze the behavior of these structures and optimize their design.
Autodesk provides finite element modeling software and resources for analyzing the behavior of bridge foundations under various types of loading, including cyclic loading.
This review article discusses the current state of knowledge on the behavior of bridge foundations under cyclic loading, including the use of finite element modeling and other analytical approaches.
Researchers at MIT have developed finite element models to analyze the behavior of soil-structure systems under cyclic loading, with applications to bridge foundations and other geotechnical structures.
This video tutorial demonstrates the use of finite element analysis software to model and analyze the behavior of bridge foundations under cyclic loading.