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High magnetic field physics, construction
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Module 1
Foundations of Electromagnetism and Solid Mechanics
Magnetic Fields of Finite Solenoids
Calculate the on-axis and off-axis magnetic field for a finite solenoid using the Biot-Savart law.
Magnetic Field of a Continuous Current Sheet
Model a Bitter disc as a continuous current sheet to calculate the resulting magnetic field distribution.
3
Inductance Calculation for Coils
Derive the self-inductance for various coil geometries and mutual inductance for coupled coil systems.
Eddy Current Distribution Analysis
Apply Faraday's law and the magnetic diffusion equation to compute eddy current distributions in conductors.
5
Skin Depth and Current Distribution in Pulsed Operation
Estimate the skin depth for various conductors and frequencies to understand its impact on current distribution in pulsed operation.
6
Maxwell Stress Tensor: Magnetic Pressure and Hoop Stress
Derive the Maxwell stress tensor and apply it to a cylindrical conductor to calculate magnetic pressure and hoop stress.
7
Stress, Strain, and Hooke's Law in Conductors
Define stress, strain, and elastic modulus, and apply Hooke's law to calculate deformations in conductors under load.
Understanding Stress-Strain Curves in Magnet Materials
Interpret a stress-strain curve to define yield strength, ultimate tensile strength, and plastic deformation for magnet materials.
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Materials for High-Field Magnets