This article presents a design approach for geotextile reinforced bridge foundations subjected to flood loading conditions, including hydraulic and scour effects.
The Federal Highway Administration provides guidelines for designing bridge foundations with geotextiles to mitigate flood damage, focusing on geotextile selection and placement.
This case study examines the use of geosynthetics, including geotextiles, in the design and construction of bridge abutments in areas prone to flooding, highlighting the benefits of improved stability.
This research paper discusses the numerical analysis of geotextile-reinforced soil structures under various flood loading conditions, providing insights into the mechanical behavior of these systems.
This tool provides a comprehensive guide for selecting the appropriate geotextile for bridge foundation design in areas subject to flooding, considering factors such as permeability and tensile strength.
This video lecture discusses the impact of flood loading on geotextile-reinforced bridge foundations, covering topics such as erosion control and structural stability.
The American Association of State Highway and Transportation Officials offers guidelines for the design of geotextile-reinforced bridge foundations, including considerations for flood loading conditions.
This journal article presents a numerical model for simulating the behavior of geotextile-reinforced soil structures under flood loading conditions, allowing for the analysis of various design scenarios.