Impact of leading edge delta-wing vortex generators on the thermal performance of a flat tube, louvered-fin compact heat exchanger

Keyphrases

• Automotive Systems 66%
• Average Heat Transfer Coefficient 33%
• Compact Heat Exchanger 100%
• Delta Wing 100%
• Dry Surface 33%
• Drying Conditions 33%
• Enhancement Mechanism 33%
• Fin Heat Exchanger 33%
• Flat Tube 100%
• Heat Pressure 33%
• Heat Transfer 33%
• Louvered Fin 100%
• Pressure Drop Penalty 33%
• Pressure Drop Performance 33%
• Surface Condition 33%
• Thermal Performance 100%
• Thermal-hydraulic Performance 33%
• Vortex 33%
• Vortex Enhancement 33%
• Vortex Generator 100%
• Wet Condition 33%
• Wet Surface 33%
• Wind Tunnel Test 33%
• Wing Design 33%
• Winglet Vortex Generator 33%

Engineering

• Automotives 66%
• Average Heat Transfer 33%
• Compact Heat Exchanger 100%
• Delta Wing 100%
• Dry Condition 33%
• Fin Heat Exchanger 33%
• Full Scale 66%
• Leading Edge 100%
• Pressure Drop 66%
• Surface Condition 33%
• Thermal Hydraulics 33%
• Thermal Performance 100%
• Vortex 100%
• Vortex Generator 100%

Physics

• Heat Exchanger 100%
• Hydraulics 25%
• Vortex Generator 100%
• Wind Tunnels 25%