Powder bed fusion methods of additive manufacturing (AM) require consistent, reproducible,
and uniform layers of powder for the reliable production of high-quality parts, where …

The design of new technology for processing and manufacturing particulate products
requires understanding granular rheology over a broad range of conditions. Powders …

We present a simple method to prepare a granular material with a controlled cohesion
between particles. The granular material is made of spherical glass beads coated with a …

This work investigates the impact of changes in the moisture content of bulk materials. The
regularity of moisture change in bulk materials was evaluated for three different particle size …

Fine powders are the cornerstone of new energy storage solutions to assist concentrated
solar power plants. Though, their ability to behave like fluid can be seriously affected at high …

Calibration and validation represent crucial but often-overlooked ingredients in the
successful application of discrete element method (DEM) simulations. Without rigorous …

Increasing teff (Eragrostis tef) consumption has been recorded in recent years due to its
gluten‐free nature and exceptional nutritional composition. Studies on the particle level that …

Characterising powder flowability can be challenging when sample quantity is insufficient for
a conventional shear cell test, especially in the pharmaceutical industry, where the cost of …

Nanosilica coatings are considered a simple physical treatment to alleviate the effect of
cohesion on powder flowability. In limestone powders, these coatings buffer the rise in …

Calcium loo** (CaL) process offers a promising option to boost the energy efficiency and
dispatchability in concentrated solar power (CSP) plants. Backed by ample experience on …