Structural optimization of the superconducting outsert of a 45-T hybrid magnet

Keyphrases

• Hybrid Magnet 100%
• Von Mises Stress 100%
• Structural Optimization 100%
• Superconducting Outsert 100%
• Allowable Limit 100%
• Florida 50%
• High Magnetic Field 50%
• Stress Analysis 50%
• Field Strength 50%
• Stored Energy 50%
• Global-local 50%
• Optimum Performance 50%
• Global Analysis 50%
• Solenoid 50%
• Magnet System 50%
• Effective Material Properties 50%
• Local Structural Analysis 50%
• Finite Element Technique 50%
• Bitter 50%
• Cable-in-conduit Conductor 50%
• Coil Mass 50%
• Hoop Strain 50%
• Superconducting Coils 50%
• Field Laboratory 50%
• Superconducting Wire 50%
• Load Carriage 50%
• Mass-energy Balance 50%
• Optimized Design 50%
• Three-state 50%
• Upper Limit Value 50%

Engineering

• State Variable 100%
• Allowable Limit 100%
• Magnetic Field 50%
• Optimised Design 50%
• Stored Energy 50%
• Field Strength 50%
• Peak Value 50%
• Limiting Value 50%
• Upper Limit 50%
• Optimum Performance 50%
• Steel Conduit 50%
• Hoop Strain 50%
• Superconducting Coil 50%
• Finite Element Analysis 50%

Material Science

• Conductor 100%
• Finite Element Method 50%
• Stress Analysis 50%
• Materials Property 50%