Envelope dynamics of resonant inverter driven electromagnetic levitation melting system with experimental verification

Keyphrases

• Experimental Verification 100%
• Envelope Model 100%
• Resonant Inverter 100%
• Electromagnetic Levitation Melting 100%
• Inverter Drive 100%
• Induction Heating System 66%
• Memory Requirements 33%
• Model Simulation 33%
• Levitation 33%
• Simulation Time 33%
• Modeling Approach 33%
• Body Movement 33%
• Kilohertz 33%
• Copper Coil 33%
• Electrical Signal 33%
• Time Requirement 33%
• Operation Frequency 33%
• Full Model 33%
• Hertz 33%
• Mechanical Motion 33%
• Inverter-based 33%
• Power Transfer 33%
• Typical Model 33%
• Resonant Converter 33%
• Low Frequency Oscillation 33%
• Levitation Melting 33%
• Electrical Model 33%
• Electrical Subsystem 33%
• Electromechanical Model 33%
• Aluminum Spheres 33%
• Low-frequency Dynamics 33%
• Simulation Platform 33%
• Electrical System 33%
• Capacitive Impedance 33%
• Dynamic Derivations 33%
• Floating Body 33%

Engineering

• Heating System 100%
• Induction Heating 100%
• Electromagnetic Levitation 100%
• Transferred Power 100%
• Simulation Result 50%
• Simulation Time 50%
• Coil Copper 50%
• Frequency Operation 50%
• Hertz 50%
• Mechanical Model 50%
• Power Converter 50%
• Memory Requirement 50%
• Capacitive 50%
• Frequency Electrical Signal 50%
• Simulation Platform 50%
• Electrical System 50%
• Floating Body 50%