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

Engineering & Materials Science

• Blow molding 100%
• Nusselt number 93%
• Reynolds number 77%
• Heat transfer 61%
• Liquid crystals 58%
• Axial flow 55%
• Flow visualization 51%
• Pressure measurement 50%
• Temperature sensors 49%
• Smoke 47%
• Flow patterns 45%
• Heat transfer coefficients 42%
• Flow fields 38%
• Wire 34%
• Cooling 31%
• Air 25%
• Temperature 18%
• Experiments 16%

Physics & Astronomy

• heat transfer 71%
• swirling 66%
• cavities 56%
• blowing 44%
• Nusselt number 39%
• flow distribution 31%
• Reynolds number 30%
• axial flow 23%
• smoke 23%
• static pressure 22%
• air flow 21%
• flow visualization 21%
• temperature sensors 20%
• heat transfer coefficients 20%
• pressure measurement 20%
• plots 14%
• liquid crystals 14%
• wire 13%
• cooling 12%
• curves 10%
• temperature 5%

Chemical Compounds

• Heat Transfer 99%
• Flow 59%
• Nusselt Number 54%
• Reynolds Number 42%
• Transfer Coefficient 18%
• Liquid Crystal 14%
• Cooling 13%
• Shape 10%
• Surface 9%
• Pressure 8%