The knowledge of simple and relatively accurate closure equations for the drag coefficients
of nonspherical particles is very important for Eulerian multiphase numerical codes that …

Since its first release in 2016, the Cambridge Structural Database Python application
programming interface (CSD Python API) has seen steady uptake within the community that …

Deconsolidation of carbon-fiber reinforced thermoplastic laminate occurs while (pre) heating
the materials during their forming processes. Pores nucleate, grow and lead to degradations …

In this study, we introduced a new method to address the limitations of the traditional
spherical harmonic (SH) analysis when reconstructing the morphology of …

This study aims to suggest a new method for predicting 3D sphericity through traditional 2D
image processing through a novel sieving analysis. The 3D sphericity indices of grains (over …

This paper investigates the effect of grain form on the mechanical behaviour of a railway
ballast aggregate using large-scale shear box tests. The speciality of the research is that …

The slurry filtration process at an excavation surface plays an important role in supporting
pressure transmission, which is crucial to the stability of a tunnel face during slurry shield …

A dynamic process model for the simulation of nanoparticle fractionation in tubular
centrifuges is presented. Established state-of-the-art methods are further developed to …

In mineral processing, ore materials exist in the form of particles of various sizes. Being able
to determine particle properties and population statistics is central to the efficient …

Serpentinites, widespread in Earth's lithosphere, exhibit inherent nanoporosity that may
significantly impact their geochemical behaviour. This study provides a comprehensive …