Development of an axial flux MEMS BLDC micromotor with increased efficiency and power density

Keyphrases

• 3D Finite Element Model 33%
• Air Gap 33%
• Axial Flux 100%
• Back-EMF 33%
• Brushless DC 100%
• Computationally Efficient 33%
• Design Optimization 33%
• Dual Rotor 33%
• Efficiency Increase 100%
• Electromagnetic Torque 33%
• External Diameter 33%
• Fringe Effect 33%
• Leakage Flux 33%
• Magnetic Equivalent Circuit 33%
• Magnetic Equivalent Circuit Model 66%
• Micro-electro-mechanical Systems 100%
• Micro-electro-mechanical Systems Technology 33%
• Micromotors 100%
• Multi-objective Firefly Algorithm 66%
• Optimization Algorithm 33%
• Permanent Magnet 33%
• Power Density 100%
• Prediction Accuracy 33%
• Rigorous Design 33%
• Rigorous Optimization 33%
• Rotor 33%
• Rotor Yoke 33%
• Special Purpose Machines 33%
• Stator 33%
• Two-layer 33%

Engineering

• Accurate Prediction 25%
• Design Optimization 25%
• Electromotive Force 25%
• Equivalent Circuit 25%
• Equivalent Circuit Model 50%
• External Diameter 25%
• Finite Element Simulation 25%
• Firefly Algorithm 50%
• Microelectromechanical System 100%
• Micromotors 100%
• Optimal Design 25%
• Permanent Magnet 25%
• Power Density 100%
• Rotors 75%
• System Technology 25%