Novel modeling technique for the stator of traveling wave ultrasonic motors

Engineering

• Piezoelectric 100%
• Ultrasonics 100%
• Traveling Wave 100%
• Shear Deformation 66%
• Propagating Wave 33%
• Computation Time 33%
• Modeling Strategy 33%
• Rotary Inertia 33%
• Super Element 33%
• Constant Electric Field 33%
• Transducer 33%
• Linear Function 33%
• Plate Theory 33%
• Q Factor 33%
• Subdomains 33%
• Electric Field 33%
• Finite Element Analysis 33%

Keyphrases

• Modeling Techniques 100%
• Stator 100%
• Traveling Wave Ultrasonic Motor 100%
• Piezoelectric Ceramics 40%
• Modal 20%
• Modeling Strategy 20%
• Electric Field (E-field) 20%
• Simplified Model 20%
• Finite Element Method 20%
• Piezoelectric Transducer 20%
• Computation Time 20%
• Linear Function 20%
• Shear Deformation 20%
• Propagating Waves 20%
• Approximate Solution 20%
• Constant Electric Field 20%
• Varying Thickness 20%
• Dynamic Equations 20%
• Superelement 20%
• Rotary Inertia 20%
• Modal Response 20%
• Friction Transmission 20%
• Ritz Method 20%
• Laminated Plate Theory 20%
• Stiffness Contribution 20%
• First-order Shear Deformation 20%

Material Science

• Piezoelectric Ceramics 100%
• Laminated Plate 50%
• Piezoelectricity 50%
• Finite Element Methods 50%