A quick overview of compact air-cooled heat sinks applicable for electronic cooling—recent progress

Keyphrases

• Heat Sink 100%
• Air-cooled Heat Sink 100%
• Parallelogram 50%
• Metal Foam 50%
• Partial Bypass 50%
• Cross-cut Heat Sink 50%
• Fin Structure 25%
• Conventional Design 25%
• Thermal Resistance 25%
• Rectangular Shape 25%
• Novel Design 25%
• Louver 25%
• Fin Geometry 25%
• Rectangular Fin 25%
• Fin Surface 25%
• Fin Spacing 25%
• Air Cooling 25%
• Module Design 25%
• Low Thermal Resistance 25%
• Pressure Drop 25%
• Fin number 25%
• Trapezoid 25%
• Competitive Performance 25%
• Forced Convection 25%
• Cross-flow 25%
• Low Flow Rate 25%
• Electronics Cooling 25%
• High Velocity 25%
• Odd number 25%
• Applicable Range 25%
• Grooved Surface 25%
• Plate Fin 25%
• Pressure Drop Penalty 25%
• Fin Efficiency 25%
• Porous Surface 25%
• Fin Design 25%
• Additional Pressure Drop 25%
• Surface Productivity 25%
• Cooling Applications 25%
• Metal-carbon 25%
• Carbon Foam 25%
• Large Temperature Difference 25%
• Longitudinal Vortex Generator 25%
• Solid Fins 25%
• Choice Structure 25%
• Conventional Plate 25%
• Small Weight 25%
• Single Cross 25%

Engineering

• Pressure Drop 100%
• Metal Foam 100%
• Heat Resistance 100%
• Fin Surface 50%
• Cooling Air 50%
• Module Design 50%
• Flowrates 50%
• Forced Convection 50%
• Odd Number 50%
• Fin Efficiency 50%
• Solid Fin 50%
• Porosity 50%
• Vortex Generator 50%