Investigation of the effects of flow swirl on heat transfer inside a cylindrical cavity

Keyphrases

• Heat Transfer 100%
• Blowing 100%
• Flow Direction 100%
• Reynolds number 100%
• Cylindrical Cavity 100%
• Flow Swirl 100%
• Flow Visualization 50%
• Flow Pattern 50%
• Temperature Sensitivity 50%
• Flow Field 50%
• Liquid Crystal 50%
• Low Dose Rate 50%
• Nusselt number 50%
• Heat Transfer Rate 50%
• Axial Flow 50%
• Local Heat Transfer Coefficient 50%
• Similar Shape 50%
• Temperature Sensor 50%
• Local Nusselt number 50%
• High-temperature Heat Transfer 50%
• Cavity Surface 50%
• Swirl number 50%
• Smoke Wire Technique 50%
• Cooling Mode 50%
• Inside Surface 50%
• Swirling Airflow 50%
• Static Pressure Measurement 50%
• No Swirl 50%

Engineering

• Reynolds' Number 100%
• Flow Direction 100%
• Flow Distribution 100%
• Smoke 50%
• Flow Visualization 50%
• Heat Transfer Rate 50%
• Thermal Sensor 50%
• Local Heat Transfer Coefficient 50%
• Local Nusselt Number 50%
• Cavity Surface 50%
• Axial Flow 50%
• Static Pressure Measurement 50%
• Inside Surface 50%
• Nusselt Number 50%
• Air Flow 50%
• Liquid Crystal 50%

Chemical Engineering

• Nusselt Number 100%
• Heat Transfer Coefficient 50%
• Pressure Measurement 50%
• Smoke 50%
• Axial Flow 50%