This article reviews the current state of knowledge on the dynamic load capacity of geosynthetic reinforced bridge foundations, including the effects of soil type, geosynthetic material, and foundation design.
The Federal Highway Administration (FHWA) conducted dynamic load tests on geosynthetic reinforced soil foundations to evaluate their performance under various loading conditions.
This research paper presents a numerical modeling approach to simulate the behavior of geosynthetic reinforced bridge foundations under dynamic loads, including earthquake and traffic loading.
The Geosynthetic Institute provides design and construction guidelines for geosynthetic reinforced bridge foundations, including recommendations for dynamic load capacity and soil-geosynthetic interaction.
This study investigates the dynamic load capacity of geosynthetic reinforced soil through a series of laboratory experiments, including cyclic loading and dynamic compaction tests.
This video presents a case study on the use of geosynthetic reinforced bridge foundations in a sustainable and resilient infrastructure project, highlighting their benefits and challenges.
This literature review summarizes the current understanding of soil-geosynthetic interaction under dynamic loading, including the effects of geosynthetic type, soil properties, and loading frequency.
The US Department of Transportation provides best practices for the design and construction of geosynthetic reinforced bridge foundations, including guidelines for dynamic load capacity and quality control.