Experimental study of heat transfer characteristics of finned-tube and circular-pore heat exchangers in oscillatory flow

Keyphrases

• Heat Exchanger 100%
• Heat Transfer Characteristics 100%
• Oscillatory Flow 100%
• Finned Tube 100%
• Circular Pore 100%
• Heat Transfer Coefficient 75%
• Fin-and-tube Heat Exchanger 50%
• Pore Geometry 50%
• Gasses 25%
• Energy Balance 25%
• New Correlation 25%
• Balancing Techniques 25%
• Predictive Models 25%
• Nusselt number 25%
• Heat Transfer Rate 25%
• Rate Measurement 25%
• Boundary Layer 25%
• Standing Wave 25%
• Thermal Performance 25%
• Engine Performance 25%
• Conduction Model 25%
• Thermoacoustic Heat Exchanger 25%
• Balanced Dynamics 25%
• High Thermals 25%
• Standard Energy 25%
• Dynamic Pressure Measurement 25%
• Correlation Law 25%
• Tube Geometry 25%

Engineering

• Exchanger 100%
• Oscillatory Motion 100%
• Oscillating Flow 100%
• Finned Tube 100%
• Heat Transfer Coefficient 28%
• Pore Geometry 28%
• Test Rig 14%
• Experimental Investigation 14%
• Thermal Performance 14%
• Nusselt Number 14%
• Boundary Layer 14%
• Dynamic Pressure 14%
• Standing Wave 14%
• Engine Performance 14%
• Heat Transfer Rate 14%
• Side Heat Transfer Coefficient 14%
• Irreversibility 14%
• Energy Standard 14%

Chemical Engineering

• Heat Transfer Coefficient 100%
• Energy Balance 33%
• Nusselt Number 33%
• Pressure Measurement 33%