It is well known that most particle technology studies attempting to predict secondary
properties based on primary properties such as size and shape begin with particle …

Particle classification is essential for geotechnical engineering practice since particle
shapes correlate with the mechanical and hydraulic properties of sand layers. Traditional …

Instance segmentation algorithms play an increasingly crucial role in evaluating the
geometrical characteristics of granular particles in geotechnical engineering. However, the …

The deformation characteristics of granular materials in the field of geotechnical engineering
largely depends on particle breakage behavior, which remains unresolved to date due to …

The fragmentation behavior of particle materials is widely observed in natural environments,
engineering applications, and other fields. It is an important factor contributing to natural …

Particle morphology is a fundamental property of granular geomaterials such as rock and
soil. A reasonable characterization of irregular particle morphology is of great significance …

Despite the humongous volume of literature aiming to present the synthesis of innovative,
more selective, stable, and active solid catalysts, the catalysts that come to be used at the …

Because of the limitations on laboratory space and testing apparatus, such as the load
capacity, the mechanical properties of prototype rockfill materials are generally obtained …

The effect of the intermediate principal stress (relative magnitude quantified by b) on the
mechanical behaviour of breakable granular materials was studied using a DEM simulation …

The vibration-induced deformation of coarse-grained soil originates from the internal particle
motions, which are reflected in translational and rotational behaviors controlled by particle …