High performance bimodal composite metal foams (BCMFs) have been produced by low-
pressure infiltration of EN-AW Al99. 5 and EN-AC AlSi12 alloys into two sets of different …

The effect of particle cohesion, vibration parameters, and wall-particle friction conditions on
the mixing process of binary spherical particles in a vertical vibrating container were studied …

The uniform mixing of particles is crucial in many industrial applications. In industries, most
granular materials are nonspherical, with ellipsoids being a common deviation from the …

Vibro-fluidized dry coal beneficiation involves the unavoidable mixing of-1 mm coal dust into
a fluidized bed, which compromises the stability and homogeneity of the bed density and …

Discrete element method (DEM) simulations of binary mixing of particles with different
densities were conducted to study the influence of density ratio, blade speed, and filling …

We numerically examine binary-sized granular mixtures confined between two parallel walls
subjected to vertical vibration using the discrete element method. For a size ratio of 3 …

This paper presents the study of the dynamic characteristics of confined mixed pebble beds
with different friction under different vibration conditions using the discrete element method …

Granular heat transfer is encountered in many industries, including food production, solar
energy harvesting and nuclear engineering. The present study investigates influence of …

This study investigates the effects of wall friction coefficient (μ w), interparticle friction
coefficient (μ p) and vibrational amplitude on convection phenomena occurring in two …

This paper presents the study of the segregation characteristics of bi-disperse mixed pebble
beds under different confined conditions and vibration conditions by the Discrete Element …