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High magnetic field physics, construction
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Module 6
Mechanical Design and Reinforcement of Pulsed Coils
1
Designing Solenoids: From Field to Form
Apply analytical formulas to design a basic multi-turn solenoid geometry that meets a specified target central field and bore size.
2
Coil Magnetic Field Analysis
Calculate the axial and radial magnetic field profiles for a designed coil and assess the field homogeneity in the sample region.
3
Lorentz Force and Magnetic Pressure in Coil Windings
Calculate the Lorentz force distribution and resulting magnetic pressure within the coil windings.
4
Coil Windings: Hoop Stress Analysis
Apply thin-shell and thick-cylinder analysis to calculate the hoop stress distribution in coil windings.
Radial Reinforcement for Pulsed Magnets
Describe common radial reinforcement strategies for pulsed magnets, including the use of composite materials like Zylon or fiberglass.
6
Shrink-Fit Reinforced Coil Design and Analysis
Calculate the required interference fit and assembly stresses for a shrink-fit reinforced coil.
7
Axial Electromagnetic Forces in Multi-Turn Coils
Calculate the axial electromagnetic forces between different sections of a multi-turn coil.
Electromagnetic Force Mitigation in Structural Design
Design axial pre-compression systems and support structures to counteract electromagnetic forces and prevent mechanical failure.
Previous module
Pulsed Power Systems and Control
Next module
Thermal Management and Cooling