The emergence of the discrete element method (DEM) provides a powerful tool to
investigate the macro–micro mechanism of soil-structure interface (SSI). Understanding the …

The mechanical behavior at soil–structure interface (SSI) has a crucial influence on the
safety and stability of geotechnical structures. However, the behavior of SSI under constant …

In an effort to investigate the effects of relative roughness R n and mean particle size D 50
on interface shear behavior between sand and steel, a series of monotonic interface were …

The prediction of shear strength between soil-structure interactions is of great significance to
the stability of geotechnical engineering. In this study, 480 morphological data with seven …

The vast majority of global gas hydrate resources exist in clay and silty fine-grained
reservoirs, so fully gras** the mechanical properties of fine-grained hydrate is the key to …

The mechanical characteristics of hydrate-bearing sediments (HBS) are not only dominated
by the cementing and filling effects of hydrate, which makes them show the characteristics of …

As a kind of new clean energy, natural gas hydrate has attracted the attention of the world. A
full understanding of the physical properties that determine the strength behaviors of hydrate …

We provide a comprehensive overview and summarizes the recent advances in the
mechanical properties of hydrate-bearing sediments (HBS) from three aspects: experimental …

In this study, the effects of particle sphericity and initial fabric on the shearing behavior of soil-
structural interface were analyzed by discrete element method (DEM). Three types of …

The interaction between the interface of soil and concrete is the mechanical basis of
engineering structures under loading. Many failures begin at the soil–concrete interface …