Bubbly jets and particle-laden fountains in confined and unconfined spaces
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Turbulent two-phase flows are often found in industry and nature. Examples
include particle-laden plumes and jets of volcanic eruptions, bubble
fountains observed when filling a liquid reservoir, and the transport of
contaminants through buildings.
The objective of this study is to investigate the transport of bubbles and
particles in multiphase fountains (flows where the buoyancy flux at the
source is in a direction that opposes the momentum flux) with a particular
focus on the maximum height/depth reached by such flows. The investigation
includes experimental studies and simple models of multiphase fountains in
confined and unconfined spaces.
This talk is part of the Institute for Energy and Environmental Flows (IEEF) series.
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