Suppressing Density-Wave Oscillation during Dielectric-Fluid Flow Boiling Using Nanowires

Thermal management of high-heat-flux electronic devices via two-phase flow in microchannels holds significant potential; however, flow instabilities remain a major challenge. Pressure-drop and flow-rate oscillations can induce thermal and mechanical fatigue, adversely affecting the reliability of th...

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Glavni avtor:	Harsh Shah (3572309) (author)
Drugi avtorji:	Vijay Kumar (377076) (author), Yangying Zhu (1406566) (author)
Izdano:	2025
Teme:	Biophysics Molecular Biology Physiology Marine Biology Space Science Environmental Sciences not elsewhere classified Physical Sciences not elsewhere classified address thermofluid instabilities opteon sf33 fluid nanoscale surface morphologies flux conditions near relevant dielectric fluids flow instabilities remain thereby suppressing oscillations critical heat flux working fluid suppressing density surface structures nanowire surface wave oscillations rate oscillations wave oscillation transfer coefficient suppress density superior wettability still needed phase flow nanowire microchannel mechanical fatigue major challenge induce thermal flow boiling findings highlight extensive research explored micro detailed understanding adversely affecting
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Suppressing Density-Wave Oscillation during Dielectric-Fluid Flow Boiling Using Nanowires

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