Evaluation of metal additive manufacturing for high-field modular-stellarator radial plates and conductors

Physics & Astronomy

• stellarators 75%
• manufacturing 50%
• conductors 49%
• evaluation 38%
• metals 30%
• coils 27%
• cross sections 15%
• Lorentz force 15%
• insulation 12%
• wire 10%
• copper 9%
• brazing 8%
• casing 8%
• printers 8%
• assembling 7%
• durability 7%
• integrity 7%
• thermal stresses 7%
• welding 7%
• stiffness 5%
• reactors 5%
• costs 5%
• steels 4%
• aluminum 4%
• mechanical properties 4%

Engineering & Materials Science

• Stellarators 100%
• 3D printers 59%
• Metals 38%
• Lorentz force 33%
• Insulation 20%
• Superconducting wire 20%
• Copper 19%
• Brazing 14%
• Thermal stress 12%
• Durability 9%
• Welding 9%
• Aluminum 9%
• Wire 9%
• Stiffness 8%
• Mechanical properties 7%
• Steel 7%
• Costs 4%

Chemical Compounds

• Conductor 61%
• Plate Like Crystal 47%
• Additive 40%
• Coil 32%
• Metal 27%
• Superconducting Wire 12%
• Brazing 9%
• Force 9%
• Shape 4%
• Strength 4%