Heat and mass transfer of fuel film on the piston top of internal combustion engines

Keyphrases

• Heat Mass Transfer 100%
• Internal Combustion Engine 100%
• Fuel Film 100%
• Piston Top 100%
• Nucleate Boiling 100%
• Boiling Regimes 66%
• Film Boiling 66%
• Boiling Model 66%
• Natural Convection Model 66%
• Operation Conditions 33%
• Heating Effect 33%
• Surface Roughness 33%
• Equation of State 33%
• Heat Transfer Model 33%
• Mass Transfer Model 33%
• Roughness Effect 33%
• Combined Model 33%
• Higher Hydrocarbons 33%
• Mass Transfer Process 33%
• Hydrocarbon Emissions 33%
• Wall Heat Flux 33%
• Fuel Droplet 33%
• Hydrocarbon Formation 33%
• Supercritical Regime 33%
• Curve Model 33%
• Heat Transfer Process 33%
• Injected Fuel 33%
• Boiling Curve 33%
• Wall Wetting 33%
• Direct Injection Engine 33%
• Heating Surface 33%
• Leidenfrost Effect 33%

Engineering

• Natural Convection 100%
• Internal Combustion Engine 100%
• Nucleate Boiling Regime 100%
• Mass Transfer 50%
• Experimental Result 50%
• Heat Flux 50%
• Heating Surface 50%
• Equation of State 50%
• Mass Transfer Model 50%
• Roughness Effect 50%
• Injected Fuel 50%
• Nucleate Boiling 50%
• Boiling Curve 50%
• Direct Injection Engine 50%
• Leidenfrost Effect 50%

Chemical Engineering

• Natural Convection 100%
• Heat Flux 50%
• Mass Transfer 50%