The influence of overall particle shape, mean particle size, initial relative density and
effective normal stress on the global and local soil–geosynthetic interaction is investigated …

This paper presents a numerical study on the investigation of microscopic mechanism
governing the interaction of woven geotextile and angular sand employing the 3D discrete …

Volume change boundary conditions might dictate significant changes in normal stress and,
accordingly, dramatically affect the stress-displacement response of soil-structure interfaces …

The interface shear strength involving geosynthetics and other materials can be influenced
by various parameters, such as the material type and the normal stress on the interface …

The continuous evolution of digital imaging and sensing technologies helps in
understanding the multi-scale interactions between soils and geosynthetic inclusions in a …

The interaction between soil and geotextile is essential for the performance of reinforced
soil. This study reveals the microscopic mechanism of interface shear between sand and …

The investigation of cyclic shear interaction at the geosynthetic–soil interface is of great
importance because it is ubiquitous in reinforced soil structures under seismic loading …

The interface shear behavior is quite beneficial for explaining the stress–strain response of
geosynthetics. A series of interface direct shear tests are carried out between three distinct …

Soil-structure interaction under vibration becomes an important concern for the underground
structure below or adjacent to a railway line as train speed is continuously raised. Although …

Accurate measurement of particle shape is necessary to properly investigate the cyclic shear
behavior of a soil–geogrid interface. In this study, the particle shapes of crushed limestone …