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Intensification of Heat Transfer in an Impinging Jet Using Turbulent Superstructures

Summary by preprints.org
An experimental study of the effect of spatially localized super-large-scale motion structures, propagating in a laminar gas impinging jet, on the dynamics and heat transfer was carried out. A hot-wire anemometer, a high-speed 2D PIV with a frequency of 7 kHz and gradient heat flux sensors were used as equipment. Air and carbon dioxide used as working gases. Puff-type superstructures with a longitudinal size of up to 20-30 nozzle diameters forme…
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preprints.orgpreprints.org

Intensification of Heat Transfer in an Impinging Jet Using Turbulent Superstructures

An experimental study of the effect of spatially localized super-large-scale motion structures, propagating in a laminar gas impinging jet, on the dynamics and heat transfer was carried out. A hot-wire anemometer, a high-speed 2D PIV with a frequency of 7 kHz and gradient heat flux sensors were used as equipment. Air and carbon dioxide used as working gases. Puff-type superstructures with a longitudinal size of up to 20-30 nozzle diameters forme…

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preprints.org broke the news in on Wednesday, December 11, 2024.
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