This article presents a study on the behavior of geosynthetic reinforced bridge foundations under dynamic loading, including the effects of frequency and amplitude on settlement and acceleration.
Researchers at North Carolina State University investigated the behavior of geosynthetic reinforced soil structures under dynamic loading, with a focus on the effects of reinforcement type and spacing.
This review article summarizes the current state of knowledge on the behavior of bridge foundations under dynamic loading, including the effects of geosynthetic reinforcement and soil type.
Bentley Systems offers a design tool for geosynthetic reinforced bridge foundations, allowing engineers to analyze the behavior of these structures under dynamic loading and optimize their design.
The Federal Highway Administration presents a case study on the behavior of a geosynthetic reinforced bridge foundation under dynamic loading, highlighting the importance of proper design and construction.
This video lecture discusses the interaction between soil and geosynthetic reinforcement under dynamic loading, with a focus on the behavior of bridge foundations.
This research article presents a numerical model for simulating the behavior of geosynthetic reinforced bridge foundations under dynamic loading, including the effects of soil nonlinearity and reinforcement stiffness.
The Geosynthetics Magazine provides guidelines for the design of geosynthetic reinforced bridge foundations under dynamic loading, including recommendations for material selection and construction procedures.