Recently, the use of graphics processing units (GPUs) has become popular in scientific
computations due to their low cost, impressive floating-point capabilities, high memory …

Beverloo's law describes the flow rate of grains discharging from hoppers, where the
assumption of a free-fall arch (FFA) is very useful in understanding the physical picture of …

As a novel kind of particle method for explicit dynamics, the finite particle method (FPM)
does not require the formation or solution of global matrices, and the evaluations of the …

Here the influence of wall frictions on the hopper flows was carefully studied. Up to 500,000
spheres discharged from two-dimensional and three-dimensional hoppers were simulated …

The coupling of CFD (computational fluid dynamics) and DEM (discrete element method) is
extensively used for simulating gas–solid reacting flows in various industrial processes …

The presence of natural ambient noise interferes with the system for locating and identifying
underwater targets. This paper suggests that a Dual-Path Transformation Network (DPTN) …

The complex fluid-particle-fine (FPf) reacting flows have been widely practised in many
energy-intensive engineering processes, yet numerical methods capable of …

The flow rate of grains discharging from hoppers can be quantified by Beverloo's law, where
the assumption of the free fall arch (FFA) it is very useful in understanding the physical …

Water plays a vital role in people's life, and individuals cannot survive without it. However,
water contamination has become a serious issue with the development of industry and …

A new target solution, the granular waterfall target, is proposed here for a muon collider or a
muon-decay neutrino beam facility, especially for the moment which adopts a 15 MW …