Adhesion of ultrafine particles—A micromechanical approach

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Processing of advanced Al/SiC particulate metal matrix composites under intensive shearing – A novel Rheo-process (2009, background): “The agglomerative nature of ultrafine particles due to their high cohesive energy leads to an increase in the total surface area and increases their tendency to clump together forming agglomerates and clusters [22,23], inducing an unwanted brittle nature to MMCs.”
A Review on Micro-manufacturing, Micro-forming and Their Key Issues (2013, background): “The external forces involved in physical contact, such as the electrostatic, sticking or adhesion effect, and Van Der Waals force, have become key issues and numerous studies have been made to understand the situation and the strategy necessary to eliminate those forces mathematically and practicall”
Energy absorption during compression and impact of dry elastic-plastic spherical granules (2010, unknown): “(41), this deformation work results in: Additionally during granule stressing one has to consider friction between the primary particles sliding within their microscopic contacts, see Tomas [98,99].”