This article presents a finite element modeling approach for analyzing the behavior of bridge foundations under cyclic loading. The model is validated using data from a field test.
This study investigates the effects of cyclic loading on bridge foundations using finite element modeling. The results show that the foundation's behavior is significantly affected by the loading frequency and amplitude.
The Federal Highway Administration provides guidelines for designing bridge foundations under cyclic loading. The document includes a discussion on the use of finite element modeling for analyzing foundation behavior.
This paper presents a finite element analysis of bridge foundations subject to cyclic loading. The results are compared with experimental data, and the effects of various parameters on the foundation's behavior are discussed.
This video lecture discusses the effects of cyclic loading on bridge foundations, including the use of finite element modeling for analysis. The speaker also presents case studies of bridge foundation failures due to cyclic loading.
Autodesk provides a finite element modeling tool for bridge foundation design. The software allows users to analyze the behavior of bridge foundations under various loading conditions, including cyclic loading.
This research project at MIT investigates the behavior of bridge foundations under cyclic loading using finite element modeling. The project aims to develop a better understanding of the complex interactions between the foundation and the surrounding soil.
The American Association of State Highway and Transportation Officials provides guidelines for finite element modeling of bridge foundations. The document includes recommendations for modeling cyclic loading and other complex loading conditions.