Summary
This paper presents the conceptual design of a subscale stress-managed common-coils platform developed within the High-Field Magnet Programme at CERN and the Swiss Accelerator Research and Technology Initiative. The platform serves as an R&D testbed for validating enabling technologies and advanced magnet concepts, including low-temperature and hybrid superconducting coil designs intended for the Future Circular Collider. The design integrates magnetic optimisation, coil-end engineering, and mechanical analysis to support the broader magnet development roadmap.
Key measures
Magnetic field design specifications, coil-end geometry optimisation, mechanical stress analysis and performance characteristics
Outcomes reported
The study describes the conceptual design of a subscale stress-managed common-coils platform for testing enabling technologies and innovative magnet design concepts. The design encompasses magnetic optimisation, coil-end optimisation, and mechanical analysis for both low-temperature and hybrid superconducting coil systems.
Topic tags
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