SSC Magnet Cryostat Suspension System Design

SSC Collider Dipole Cryostat

“…Schedule requirements for the redesign work did not allow continued suspension R&D and, in fact, the thermal and structural performance of the 40 mm design did not indicate it to be necessary. [2,3,5,6,7] Using the thermal and structural parameters outlined in table 1 the suspension system for the new design was extrapolated from its 40 mm counterpart. The emphasis was on meeting the allowed suspension system conduction heat load, satisfying the structural requirements, and maximizing the lateral suspension stiffness.…”

High Intensity Neutrino Source Superconducting Solenoid Cryostat Design

“…The size and tolerance of the rings is critical to the performance of the shrink fit joint. This post was designed using a similar method as described in [6]. The ring materials chosen for this post are stainless steel for the top and bottom rings and aluminum for the center ring.…”

SSC 50 mm Collider Dipole Cryostat Single Tube Support Post Conceptual Design and Analysis

“…• Discs and rings .. . R,5,10.0,1000.0,1000.0,10.0,10.0 •Beams (arbitrarily stiff) ... 4 E,201,204,205,202,701,704,705,702 ECEN,4,3,2,1,251,254,255,252,751,754,755,752 ECEN,2,3 MAT,5 REAL,4 E,301,304,305,302,801,804,805,802 ECEN,4,3,2,1,351,354,355,352,851,854,855,852 ECEN,2,3,2,1, c ... 4 E,401,404,405,402,901,…”