The outbreak of the coronavirus disease has drawn public attention to the transmission of
infectious pathogens, and as major carriers of those pathogens, respiratory droplets play an …

An annular liquid sheet sheared by a coaxial supersonic gas stream with a swirling effect is
investigated using Large Eddy Simulation. Despite its wide applications in aerospace and …

The effect of nozzle surface features on the overall atomization behavior of a liquid jet is
analyzed in the present computational work by adopting three representative geometries …

The capture of liquid microdroplets on fibers, webs, and surfaces is important in a range of
natural and industrial processes. One such application is the fibrous filtration of aerosols …

The present article focuses on the quantification of the depth of a depression (ie a vortex)
formed when stirring liquids in an unbaffled stirred vessel. Based on several experiments …

In order to improve understanding of the primary atomization process for diesel-like sprays,
a collaborative experimental and computational study was focused on the near-nozzle spray …

We report direct numerical simulations of swirling liquid atomization to understand the
physical mechanism underlying the sheet breakup of a non-turbulent liquid swirling jet …

The initial spray formation process of commercial fire sprinklers was investigated with a
Large-eddy simulation and a Volume-of-Fluid model. The water-supply flow rate was set to …

The dynamic behavior and disintegration mechanisms of a fan liquid sheet in a quiescent
atmosphere are investigated over a broad range of differential injection pressures up to Δ …

Abstract Analysis and rendering of high-resolution computational fluid dynamics (CFD)
simulations often requires execution of multiple parallel data-processing pipelines. In this …