This article presents the results of an experimental study on the behavior of geosynthetic interfaces under cyclic loading in sandy soil. The effects of normal stress, shear displacement, and cyclic loading frequency on the interface shear strength were investigated.
This study investigates the behavior of geosynthetic reinforced sandy soil under cyclic loading using a large-scale direct shear test apparatus. The results show that the geosynthetic reinforcement can significantly improve the shear strength and stiffness of the sandy soil.
This paper presents the results of a laboratory study on the behavior of geosynthetic interfaces in sandy soil under repeated loading. The effects of interface roughness, normal stress, and loading frequency on the interface shear behavior were examined.
This video presents a laboratory study on the behavior of geosynthetic interfaces under cyclic loading in sandy soil. The results show that the geosynthetic interface can exhibit significant shear displacement and strain accumulation under cyclic loading.
This review paper summarizes the current state of knowledge on the behavior of geosynthetic interfaces under cyclic loading in sandy soil. The review covers the effects of various factors, including normal stress, shear displacement, and loading frequency, on the interface shear behavior.
This numerical study investigates the behavior of geosynthetic reinforced soil under cyclic loading using a finite element model. The results show that the geosynthetic reinforcement can significantly improve the shear strength and stiffness of the soil under cyclic loading.
This article presents the results of a laboratory study on the interface shear behavior of geosynthetics in sandy soil under cyclic loading. The effects of geosynthetic type, normal stress, and loading frequency on the interface shear behavior were examined.
This report provides guidelines for the design of geosynthetic reinforced soil under cyclic loading. The guidelines cover the effects of various factors, including normal stress, shear displacement, and loading frequency, on the interface shear behavior and provide recommendations for design.