… nonspherical particles in nature and industrial applications, and accurately calculate the
contact force … Discrete particle simulation of particulate systems: A review of major applications …

… number of non-spherical particles with different morphologies exhibit complex mechanical
properties and are used in different … A review of correlative modeling for transport properties,…

… of contact forces were obtained in the model. Results show that the force-chain formed
from contact forces within particle pile has the characteristics of structure of irregular mesh. …

… , the experiment of 600μm steel ball and 600~800μm non-spherical quartz particles … particles
is more concentrated, while the restitution coefficient of non-spherical quartz particles in the …

… is revealed to be appropriate for better processability and has great impact on scale to
alter the performance and insensitivity towards a sudden mechanical stimuli than non‑spherical …

… , thus increasing the drag force. The drag coefficient for agglomerates with different structures
are calculated, which indicates that the drag coefficient of non-spherical agglomerates is …

… The DEM models are reviewed firstly, including the basic principles of … model, the particle
shape model, the contact force model, the non-contact force model, and the fluid force model. …

… a large number of discrete particles and their … properties as well as the deformation
characteristics of granular materials has been proved, the local free volume of nonspherical particles …

… Ballast is composed of non-spherical particles. The principle of particle movement and
contact force iteration is shown in Figure 4. When the surface distance gs …

… characteristics and quality of final part. The geometric shape of the lunar regolith simulant
particles was modeled by means of a non-spherical particle superposition model method. The …