Electro-mechanical modeling of electromagnetic levitation melting system driven by a series resonant inverter with experimental validation

Keyphrases

• AC Source 50%
• Conducting Body 50%
• Conical Coils 50%
• Conversion Process 50%
• Derived Model 50%
• Eddy Current 50%
• Electromagnetic Levitation Melting 100%
• Electromechanical Modeling 100%
• Experimental Validation 100%
• Explicit Relationship 50%
• High Frequency AC 50%
• High Frequency Magnetics 50%
• Highly Nonlinear 50%
• Inverter 100%
• Inverter-fed 50%
• Loosely Coupled Transformer 50%
• Lorentz Force 50%
• Metal Sphere 50%
• Modeling Approach 50%
• Operation Frequency 50%
• Position Sensorless 50%
• Power Conversion 50%
• Prototype-based 50%
• Resonance Condition 50%
• Resonant Inverter 50%
• Series Resonant Circuit 50%
• Series Resonant Inverter 100%
• Switching Frequency 50%
• Time-varying Inductance 50%
• Time-varying Resistance 50%
• Transferred Power 50%
• Vertical Axis 50%
• Vertical Position 50%
• Wireless Power Transfer System 50%

Engineering

• Conductive 50%
• Conversion Process 50%
• Driven System 100%
• Electromagnetic Levitation 100%
• Experimental Result 50%
• Fed Inverter 100%
• Frequency Operation 50%
• Lorentz Force 50%
• Magnetic Field 50%
• Power Conversion 50%
• Resonant Circuit 50%
• Simulation Result 50%
• Switching Frequency 50%
• Transferred Power 50%
• Wireless Power Transfer 50%