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Título

Linear Instability Analysis of the Viscous Longitudinal Perturbation on an Air-Blasted Liquid Sheet

Autor Barreras Toledo, Félix; Lozano Fantoba, Antonio; Dopazo, C.
Fecha de publicación 2001
EditorBegell House
Citación Atomization and Sprays 11(2): 139-154 (2001)
ResumenThis article describes the evolution of sinusoidal waves propagating on a water sheet surrounded by two high-velocity co-flowing air streams. The analysis is based on linear instability theory and includes viscosity in both gas and liquid perturbations, while for the stationary velocity profiles the flows have been treated as inviscid. To discern the role of the gas dynamics, air and water velocities have been varied independently. Flow conditions have been selected to compare the numerical predictions with experimental measurements of oscillation frequencies, wavelengths, and growth rates. The dispersion diagrams show a broad viscosity-enhanced zone, a consequence of considering viscosity in the gas perturbation.
Versión del editorhttp://dl.begellhouse.com/journals/6a7c7e10642258cc,02b3b3196bd0e2a7,7d996f7326def2ec.html
URI http://hdl.handle.net/10261/35871
ISSN1044-5110
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