National Science Foundation
Cooling Technologies Research Center
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Novel Air Cooling Approaches


Visualizing Near-Wall Two-Phase Flow Morphology during Confined and Submerged Jet Impingement Boiling to the Point Of Critical Heat Flux project figure
Visualizing Near-Wall Two-Phase Flow Morphology during Confined and Submerged Jet Impingement Boiling to the Point Of Critical Heat Flux
Heat Transfer Mechanisms During Confined Jet Impingement project figure
Heat Transfer Mechanisms During Confined Jet Impingement
Two-Phase Heat Transfer from Arrays of Impinging Jets project figure
Two-Phase Heat Transfer from Arrays of Impinging Jets
Low Noise Air Amplifiers project figure
Low Noise Air Amplifiers

Visualization of Two-Phase Jet Impingement using Time-Resolved Stereo-PIV project figure
Visualization of Two-Phase Jet Impingement using Time-Resolved Stereo-PIV
Local Two-Phase Heat Transfer from Confined and Submerged Impinging Jets project figure
Local Two-Phase Heat Transfer from Confined and Submerged Impinging Jets
Anti-Noise Synthetic Jet Enhanced Heat Sinks project figure
Anti-Noise Synthetic Jet Enhanced Heat Sinks
Reduction of Noise Emissions from Small Fans project figure
Reduction of Noise Emissions from Small Fans

Confined and Submerged Jet Impingement project figure
Confined and Submerged Jet Impingement Past project page
Thermal-Fluidic Performance of Piezoelectric Fans project figure
Thermal-Fluidic Performance of Piezoelectric Fans
Fluid-Structure Interaction in Vibrating Cantilevers project figure
Fluid-Structure Interaction in Vibrating Cantilevers

Flow modeling of a vibrating piezofan video Flow modeling of a vibrating piezofan video
Flow modeling of a vibrating piezofans

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