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Prandtl and capillary effects on heat transfer performance within laminar liquid-gas slug flows
James A. Howard
,
Patrick A. Walsh
, Edmond J. Walsh
Centre for Battery and Energy Materials Research
School of Engineering
University of Limerick
Research output
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peer-review
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Engineering
Liquid Gas
100%
Capillary Number
100%
Slug Flow
100%
Nusselt Number
66%
Fully Developed Flow
66%
Fluid Prandtl Number
66%
Liquid Film
66%
Diameter Ratio
33%
Heat Transfer Rate
33%
Liquid Flow
33%
Microchannel
33%
Flow Regime
33%
Gas Bubble
33%
Experimental Work
33%
Gas-Phase
33%
Infrared Thermography
33%
Prandtl Number
33%
Heat Exchange
33%
Graetz Solution
33%
Poiseuille Flow
33%
Graetz Number
33%
Compact Heat Exchanger
33%
Flow Region
33%
Porosity
33%
Chemical Engineering
Nusselt Number
100%
Prandtl Number
100%
Film
100%
Gas-liquid Flow
50%