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Filtering by: Subject Jet nozzles Resource Type Masters Thesis

Characterization of the near-field flow structure of an acoustically self-excited jet in a large enclosure using particle image velocimetry (PIV)

Creator:

Tobias, Jason A.

Abstract:

An experimental study of the near-field flow structure produced by an incompressible turbulent Acoustically Self-Excited Jet (ASEJ) in a large enclosure using Particle Image Velocimetry (PIV) is presented. The salient feature of this jet is that it provides an increase in near-field mixing and turbulence without additional external power input....

Resource Type:

Masters Thesis

Full Text:

experiments, the jet exits into an enclosure whose nearest wall is 26 jet diameters from the nozzle center
Investigations into the effects of a vibrating meniscus on the characteristics of drop formation

Creator:

Lewis, Kevin T.

Abstract:

As drop-on-demand (DOD) applications continue to gain ground in desktop inkjet-printing, 3D printing, fluid mixing, and other areas the demand for higher frequency operations are beginning to push against the current physical boundaries in DOD technology. The current research is exploring the possibility of controlling drop volume and velocity at...

Resource Type:

Masters Thesis

Full Text:

applied to a piezoelectric disk in order to generate pressure fluctuations in a single nozzle droplet