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High magnetic field physics, construction
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Module 2
Materials for High-Field Magnets
Conductor Properties & Temperature Dependence
Evaluate electrical and mechanical properties of conductors like Cu, CuAg, and CuNb, including their temperature dependence.
Evaluating Reinforcement Material Properties
Assess the mechanical properties of reinforcement materials such as stainless steel, Zylon, and fiberglass.
Cryogenic Effects on Conductors and Insulators
Describe the changes in properties of conductors and insulators at cryogenic temperatures.
Pulsed Coil Fatigue Analysis and Lifetime Estimation
Analyze material fatigue from cyclic loading to estimate the operational lifetime of a pulsed coil.
5
Plasticity and Creep: Failure Mechanisms Under Stress
Analyze plastic deformation and creep as failure mechanisms under sustained or repeated stress.
6
Thermal Runaway in Conductors and Magnet Design
Describe the mechanism of thermal runaway in conductors and its prevention in magnet design.
Fracture Mechanics in Magnet Design
Apply fracture criteria and appropriate safety factors to calculated stresses to ensure robust magnet design.
Conductor Cross-Section: Performance Trade-offs
Compare different conductor cross-section shapes based on their electrical, thermal, and mechanical performance trade-offs.
Previous module
Foundations of Electromagnetism and Solid Mechanics
Next module
Continuous Field Magnet Systems