Since the early 2010s, after decades of premature excitement and disillusionment, the field
of artificial intelligence (AI) is experiencing exponential growth, with massive real-world …

Particle breakage occurs in comminution machines and, inadvertently, in other process
equipment during handling as well as in geotechnical applications. For nearly a century …

Production of iron ore pellets typically requires regrinding of the iron ore concentrates.
Although these concentrates are produced following close control of chemical composition …

The planetary mill is one of the most commonly used mills for ultrafine grinding in the
laboratory, given its ability to reach higher intensity of the collisions as the result of increase …

Abstract The Particle Shear and Impact tester has been developed to assess particle attrition
in response to typical mechanical stresses prevailing in manufacturing plants. The particles …

Slag products resulting from the pyrometallurgical recycling of lithium-ion batteries (LIBs)
exhibit considerable potential as a secondary source of raw materials, particularly regarding …

For the prediction of breakage in fine grinding processes (< 200 μm), simulation based on
population balance models and/or discrete element method is often applied. Both numerical …

This paper explores development of a novel ore characterisation method for the precise
measurement of practical minimum comminution energy. A monolayer of particles with a …

To investigate the impact-induced heterogeneous responses caused by particle rotation and
slip in the process of powder compaction, dynamic compression experiments of Boron …

Solid oxide fuel cell (SOFC) is a technology used to generate electricity with less emission.
Selection of a suitable, compatible cathode material that will be used with the ionic and …