This article reviews the current state of knowledge on the mechanical behavior of geosynthetic interfaces in soils under repeated loading, with a focus on the effects of cyclic loading on interface shear strength and deformation.
This research study investigates the mechanical behavior of geosynthetic-soil interfaces under repeated loading using a combination of experimental and numerical methods, with a focus on the development of a predictive model for interface shear strength.
This journal article presents the results of an experimental study on the behavior of geosynthetic-reinforced soils under repeated loading, with a focus on the effects of geosynthetic type, soil density, and loading frequency on soil deformation and geosynthetic strain.
This official guideline document provides recommendations for the design of geosynthetic-reinforced soil structures under repeated loading, including guidance on material selection, soil-geosynthetic interaction, and structural analysis.
This book chapter presents a numerical modeling approach for simulating the mechanical behavior of geosynthetic-soil interfaces under repeated loading, with a focus on the development of a finite element model for predicting interface shear strength and deformation.
This research article presents the results of an experimental study on the behavior of geosynthetic-soil interfaces under repeated loading, with a focus on the effects of geosynthetic type, soil density, and loading frequency on interface shear strength and soil deformation.
This video lecture presents an overview of the mechanical behavior of geosynthetic interfaces in soils under repeated loading, with a focus on the key factors influencing interface shear strength and deformation, including geosynthetic type, soil properties, and loading conditions.
This online design tool provides a simplified approach for designing geosynthetic-reinforced soil structures under repeated loading, including calculations for geosynthetic strain, soil deformation, and structural stability.