Performance enhancement of aircraft engine axial flow turbine using theoretical, experimental and numerical approaches – A review *

Mathematics

• Turbine 77%
• Engine 70%
• Aircraft 68%
• Enhancement 64%
• Review 40%
• Performance 32%
• Blade 24%
• Leakage 24%
• Gas Turbine 15%
• Secondary Flow 14%
• Heat Transfer Coefficient 13%
• Compressor 13%
• Erosion 12%
• Airfoil 11%
• High Speed 11%
• Aerodynamics 11%
• Combustion 11%
• Fan 10%
• Expand 9%
• Heat Transfer 9%
• Gas 8%
• Cover 6%

Physics & Astronomy

• axial flow turbines 100%
• aircraft engines 79%
• augmentation 33%
• performance 24%
• leakage 22%
• blade tips 20%
• secondary flow 17%
• high altitude 16%
• airfoils 16%
• gas turbines 16%
• high temperature gases 15%
• compressors 15%
• turbines 15%
• combustion chambers 15%
• heat transfer coefficients 15%
• aerodynamics 14%
• fans 14%
• blades 14%
• erosion 13%
• emerging 12%
• heat transfer 10%
• high speed 10%
• expansion 8%

Engineering & Materials Science

• Axial flow 66%
• Aircraft engines 65%
• Turbines 43%
• Secondary flow 13%
• Heat transfer performance 12%
• Combustion chambers 11%
• Thermal load 11%
• Erosion 10%
• Airfoils 10%
• Fans 10%
• Heat transfer coefficients 10%
• Gas turbines 9%
• Compressors 9%
• Aerodynamics 8%
• Gases 6%