Design of high speed proprotors using multiobjective optimization techniques

Mathematics

• Multi-objective Optimization 100%
• High Speed 99%
• Rotor 98%
• Optimization Techniques 94%
• Blade 81%
• Design 50%
• Aerodynamic Design 34%
• Structural Design 30%
• Figure of Merit 29%
• Formulation 25%
• Natural Frequency 25%
• Aerodynamics 24%
• Trade-offs 20%
• Trends 20%
• Maximise 19%
• Objective function 16%
• Optimization 15%
• Performance 12%
• Model 6%

Business & Economics

• Optimization Techniques 98%
• Multi-objective Optimization 97%
• Aerodynamics 62%
• Cruise 51%
• Natural Frequency 36%
• Dynamic Stability 30%
• Performance Improvement 20%
• Objective Function 18%
• Trade-offs 14%

Engineering & Materials Science

• Multiobjective optimization 76%
• Rotors 59%
• Aerodynamics 32%
• Structural design 19%
• Natural frequencies 17%