Electromagnetic, Thermal, and Mechanical Modelling of Thin-Wall HTS Bulks During PFM

Key Points

• The main aim is to model the electromagnetic, thermal, and mechanical behaviors of thin-wall HTS (high-temperature superconducting) bulks during PFM (programmable fault management).
• Conducting a comprehensive literature review on HTS materials and modeling techniques.
• Using simulation software to create models that incorporate electromagnetic, thermal, and mechanical parameters.
• Analyzing the effects of varying parameter inputs on the performance of HTS bulks.
• Identified key relationships between electromagnetic fields and thermal behaviors in HTS materials.
• Demonstrated how mechanical constraints influence the overall performance during PFM.
• Suggested potential design improvements for enhanced operational efficiency.