Multidisciplinary design optimization for performance improvement of an axial flow fan using free-form deformation

Keyphrases

• Approximation Function 33%
• Axial Flow Fan 100%
• Axial Velocity 33%
• Blade Lean 33%
• Blade Loading 33%
• Blade Twist 66%
• Chord Length 66%
• Data Mining Techniques 33%
• Electric Ducted Fan 33%
• Engineering Parameters 33%
• Fan Rotor 66%
• Flow Field 33%
• Free-form Deformation 100%
• Iterative Loop 33%
• Load Stress 33%
• Multidisciplinary Design Optimization 100%
• Near Stall Condition 33%
• Operating Point 66%
• Optimization Solution 33%
• Partitioning Strategy 33%
• Peak Efficiency 33%
• Percentage Improvement 33%
• Performance Improvement 100%
• Regression Analysis 33%
• Span-wise 33%
• Static Stress 100%
• Suction Side 33%
• Sweeping 66%
• Thickness Distribution 33%
• Trailing Edge 66%
• Variable Sensitivity 33%
• Wake Flow 33%
• Wide-chord Fan Blade 33%

Engineering

• Axial Flow Fan 100%
• Axial Velocity 33%
• Chord Length 66%
• Data-Mining Technique 33%
• Design Parameter 33%
• Ducted Fan 33%
• Engineering 33%
• Fan Blade 33%
• Flow Field 33%
• Flowrates 33%
• Freeform Deformation 100%
• Multidisciplinary Design Optimization 100%
• Operating Point 66%
• Peak Efficiency 33%
• Performance Improvement 100%
• Rotors 66%
• Suction Side 33%
• Thickness Distribution 33%
• Trailing Edge 66%
• Wake Flow 33%