Investigation of a low-speed single-side HTS linear induction motor with different primary structures used for linear metro

Keyphrases

• Low Speed 100%
• Linear Metro 100%
• Iron Core 100%
• HTS Linear Induction Motor 100%
• Single-side 100%
• Performance Parameters 66%
• Transient Electromagnetic Field 33%
• Force Characteristics 33%
• Double Layer 33%
• Flux Density 33%
• Air Core 33%
• Power Factor 33%
• Factor Efficiency 33%
• Slotless 33%
• Time Stepping Finite Element Method (TSFEM) 33%
• High-temperature Superconductivity 33%
• Transverse Edge Effect 33%
• Linear Induction Motor 33%
• Longitudinal End Effect 33%
• Efficiency Etc 33%
• Bi-2223 Tape 33%
• Correction Factor 33%
• Metro System 33%
• 2D Mathematical Model 33%
• Specific Loss Power 33%

Engineering

• Induction Motor 100%
• Metro 100%
• Iron Core 100%
• Performance Parameter 66%
• Mathematical Model 33%
• Finite Element Method 33%
• Boundary Condition 33%
• Electromagnetic Transient 33%
• Edge Effect 33%
• Power Factor 33%
• Tape 33%
• Flux Density 33%
• End Effect 33%
• Double Layer 33%