Sentence examples for structures of particulate from inspiring English sources

The novel contribution in the predictive approach employed is the digitalisation of particles, container and packing space to generate complex life-like stochastic packing structures of particulate systems at relatively high speed (when compared to traditional vector-based approaches) which are comparable with experimentally packed beds without need for further conversion of numerical data.

The experimental observations for the nucleation and the growth of close-packed structures associated with appropriate mechanical vibrations were well realized in the DEM simulation, suggesting the useful information on the efficient engineering fabrication of close-packed structures of particulate aggregate.

Using a new mathematical model, researchers simulate how urban flows influence the creation of "inertial Lagrangian coherent structures"of particulate matter (PM essentially, sustained vortices that may expose people to high densities of particles.

We then discuss issues critical to successful application of EHDA technique, including control of composition, size, shape, morphology, structure of particulate materials and their assembly.

The results show that casting temperature had little effect on the polyhedron structure of particulate reinforced composite foams in the temperature range from 850 °C to 875 °C.

In the present work various types of polyhedron structure of particulate reinforced composite foams were developed by stir casting process at different temperatures.

In this paper, for the first time, a three dimensional (3D) observation of nano-structure of particulate silicas in natural rubber (NR) is reported by using a 3D transmission electron microscope (3D-TEM), which is a TEM combined with electron tomography to reconstruct 3D structural images.

In contrast, rigid or sturdy structures of stable particulate drugs such as Doxil®, a pegylated liposome-containing doxorubicin (DOX) are too stable and exhibit poor active-drug-release at the tumor tissue or reaching the tumor while resulting poor clinical outcomes [33, 110 112].

A numerical two-fluid solid gas Eulerian Eulerian flow model has been used to evaluate the effect of the porous structure on particulate flow through the receiver.

This approach is used to investigate the post-impact structure of charged particulate cluster-droplets.

Particular attention is paid to assess the role of nanofluids in altering the transport phenomena, through variations in the effective nanoparticle volume fractions, as well as the aggregate structure of the particulate phases.