The study of soil–structure interface behavior contributes to the fundamental understanding
of engineering performance and foundation design optimization. Previous research studies …

Determination of interface shear strength is crucial in the design of many geotechnical
structures. To study the effect of interface roughness, particle geometry (size and shape) …

The influence of particle shape on the mechanical behavior of sand-woven geotextile
interfaces over a wide domain of soil density and normal stress is studied. A uniformly …

To understand the process of mobilisation of shear strength in sand-geosynthetic interfaces
at a fundamental level, it is essential to precisely characterize the size and shape of the …

The accurate determination of the interface shear strength is essential in the design of
geosynthetic-reinforced soil structures. The particle geometries of three types of soil …

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 …

Previous studies show that extensive particle breakage occurs at the soil-structure interface,
which may influence the shear strength, but a corresponding comprehensive micro …

Though it is known that the geometric features of geogrids are crucial for deriving optimal
interface shear strength, not much work is done to optimize the size and shape of the …

The use of geosynthetic in soil and coastal engineering is increasing and improving due to
improvements in its engineering properties and fabrication techniques. While some …

The interface shear behavior of soil against geosynthetic is important in the design of
geosynthetic-reinforced soil structures. This study involves the use of a series of Monotonic …