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 …

Present work is an experimental investigation of primary atomization of a radially expanding
circular liquid sheet produced from a cylindrical vertical water jet issuing out from the …

The focus of this paper is on the spreading characteristics of the liquid sheet formed by jet
impinging on a circular plane. The liquid sheet is studied in two parts: the liquid film that …

The free liquid sheet formed by jet impingement often has a certain bending, and this paper
focuses on the influence of this bending on the rim dynamics and instability. The derivations …

The radially expanding twin (circular and vertical) liquid sheets produced by impingement of
a vertical cylindrical liquid jet onto a horizontally placed cone-disk deflector with a single slot …

This work presents an experimental study of various spatiotemporal events leading to the
primary atomization of a radially expanding circular liquid sheet. A cylindrical liquid (water) …

A new atomization method to destabilize an annular liquid sheet ejected from a gas turbine
engine injector, called the Rayleigh-Taylor instability induced atomization (RTA) is …

Spiral nozzles are widely used in wet scrubbers to form an appropriate spray pattern to
capture the polluting gas/particulate matterwith the highest possible efficiency. Despite this …

In this article, we study the division of a non-laminar Savart sheet into individual jets by
mean of local disturbances. We paint a precise portrait of a free non-laminar Savart sheet …

The most dominant events associated with expanding thin circular liquid sheet breakup
dynamics are extracted and quantified using proper orthogonal decomposition (POD). The …