HEAT TRANSFER AND FILM COOLING FOLLOWING INJECTION THROUGH INCLINED CIRCULAR TUBES.

Physics & Astronomy

• film cooling 100%
• circular tubes 95%
• heat transfer 54%
• injection 51%
• blowing 42%
• free flow 20%
• heat transfer coefficients 19%
• turbulent boundary layer 18%
• unity 16%
• turbulence 13%
• intervals 13%
• air 10%
• interactions 6%

Chemical Compounds

• Heat Transfer 76%
• Cooling 62%
• Liquid Film 34%
• Turbulence 19%
• Transfer Coefficient 16%
• Jet 15%
• Mass Transfer 11%
• Flow 9%

Engineering & Materials Science

• Cooling 48%
• Heat transfer 47%
• Blow molding 38%
• Boundary layers 16%
• Heat transfer coefficients 16%
• Turbulence 15%
• Mass transfer 15%
• Air 9%