This article presents an overview of experimental methods used to investigate soil-geotextile interaction, including direct shear tests and pullout tests.
This review paper summarizes experimental research on the use of geotextiles in soil stabilization, highlighting the benefits and limitations of different geotextile types.
This study presents the results of an experimental investigation into the frictional behavior of soil-geotextile interfaces, with a focus on the effects of soil type and geotextile properties.
This guide provides an overview of experimental methods for evaluating soil-geotextile interaction, including laboratory and field tests, and offers guidance on selecting the most appropriate methods for different applications.
This video lecture presents an overview of experimental methods used to evaluate soil-geotextile interaction, including direct shear tests, pullout tests, and permeability tests.
This book chapter presents a comprehensive review of experimental and numerical modeling methods for evaluating soil-geotextile interaction, with a focus on the application of these methods in geotechnical engineering practice.
This conference paper presents the results of experimental research on the use of geosynthetics in soil stabilization, highlighting the benefits and limitations of different geosynthetic types and applications.
This online tool allows users to calculate the soil-geotextile interaction parameters, such as friction coefficient and pullout resistance, based on experimental data and geotextile properties.