Fusion ignition research experiment (FIRE) magnet system structural analyses

Keyphrases

• Research Trials 100%
• Fusion Ignition 100%
• Magnet System 100%
• System Structural Analysis 100%
• Conductor Materials 66%
• Tie-rod 66%
• Design Decisions 33%
• Plate-like 33%
• Reactor 33%
• Pulse Length 33%
• Overturning Moment 33%
• Loading Path 33%
• Number of Alternatives 33%
• Field Temperature 33%
• Nuclear Temperature 33%
• Toroidal Field Coil 33%
• Primary Stress 33%
• Bitter 33%
• Coil System 33%
• Ductility 33%
• High Elongation 33%
• Tension Stress 33%
• Load Estimation 33%
• Structural Criteria 33%
• Copper Alloy 33%
• Structural Concepts 33%
• Elastic-plastic Behavior 33%
• Friction Simulation 33%
• Primary Load 33%
• Nonlinear Friction 33%
• Compression Ring 33%
• Beryllium Copper 33%
• Overload Conditions 33%
• Tokamak 33%
• Double null 33%
• Out-of-plane Loads 33%
• Wedging Pressure 33%
• Peak Field 33%
• High Strength-high Conductivity 33%
• Rod Assembly 33%

Engineering

• Ignition 100%
• Rod 66%
• Alloy 66%
• Tokamak Device 33%
• Overturning Moment 33%
• Pulse Length 33%
• Field Coil 33%
• Design Choice 33%
• Baseline Configuration 33%
• Plane Force 33%
• Plane Load 33%

Physics

• Copper Alloy 100%
• Tokamak Device 50%
• Conductance 50%
• Ductility 50%