This article discusses the behavior of geosynthetics under cyclic loading, including geotextiles, and their interaction with soil. It highlights the importance of understanding the soil-geosynthetic interface behavior under repeated loads.
This research paper presents an experimental study on the behavior of a geotextile-soil interface under cyclic loading. The results show that the geotextile type and soil density significantly affect the interface behavior.
The Federal Highway Administration provides guidelines for the use of geotextiles in pavement design, including considerations for cyclic loading and soil-geotextile interaction. The document offers best practices for ensuring the long-term performance of geotextiles in pavement applications.
This book chapter discusses the behavior of soil-geosynthetic interfaces under cyclic loading, including the effects of geotextile properties and soil type. It provides a comprehensive review of the current state of knowledge on the topic.
This video lecture discusses the importance of understanding geotextile-soil interaction, including the effects of cyclic loading. It provides an introduction to the key concepts and design considerations for geotextile applications.
This journal article presents a numerical study on the behavior of soil-geotextile interfaces under repeated loading. The results show that the interface behavior is significantly affected by the geotextile stiffness and soil properties.
This article discusses the use of geosynthetics, including geotextiles, in reinforced soil structures. It highlights the importance of understanding the soil-geosynthetic interface behavior under cyclic loading for ensuring the long-term performance of these structures.
This geotechnical software provides tools for designing geotextile applications, including the analysis of soil-geotextile interface behavior under cyclic loading. It offers a range of features for modeling and simulating geotextile behavior.