Exergy-based ecological optimisation of a turbofan engine

Keyphrases

• Ecological Performance 100%
• Exergy 100%
• Turbofan Engine 100%
• Ecological Optimization 100%
• Compressor Pressure Ratio 66%
• Design Parameters 33%
• Heat Transfer 33%
• Thermal Reservoir 33%
• Overall Efficiency 33%
• Finite Rate 33%
• Exergy Destruction 33%
• Exergy Destruction Rate 33%
• Propulsive Power 33%
• Pressure Ratio 33%
• Commercial Aircraft 33%
• Specific Thrust 33%
• Energy Efficiency Performance 33%
• Exergetic Sustainability Index 33%
• Turbine Inlet Temperature 33%
• Bypass Ratio 33%
• High Pressure Ratio 33%
• Fan Pressure 33%
• Spool 33%

Engineering

• Objective Function 100%
• Turbofan Engines 100%
• Compressor Pressure Ratio 66%
• Flow Rate 33%
• Energy Efficiency 33%
• Constant Temperature 33%
• Heat Transfer Rate 33%
• Exergy Destruction 33%
• Exergy Destruction Rate 33%
• Pressure Ratio 33%
• Commercial Aircraft 33%
• High Pressure Ratio 33%
• Bypass Ratio 33%
• Sustainability Index 33%
• Turbine Inlet Temperature 33%
• Fan Pressure 33%
• Good Compromise 33%
• Design Parameter 33%
• Flow Velocity 33%