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Design strategy for 16T dipole

Tuesday 26 Apr 2016, 09:30 → 12:00 Europe/Zurich

180/1-Y01 (CERN)

180/1-Y01

CERN

8

Show room on map

- 09:30 → 09:40
  
  Introduction 10m
  
  Speaker: Davide Tommasini (CERN)
  
  2016-04-13.pdf
  
  2016-04-13.pptx
- 09:40 → 10:10
  
  Potential for increasing the current in the FCC-hh dipoles – a case study for cos-theta coils 30m
  
  Speaker: Daniel Schoerling (CERN)
  
  Schoerling_IncreasedCurrent.pdf
  
  Schoerling_IncreasedCurrent.pptx
- 10:10 → 10:40
  
  Potential for increasing the current in the FCC-hh dipoles – a case study for block coils 30m
  
  Speaker: Susana Izquierdo Bermudez (CERN)
  
  160425_16Tblock_SIB_IncreasedCurrent_v3.pdf
  
  160425_16Tblock_SIB_IncreasedCurrent_v3.pptx
- 10:40 → 12:00
  
  Discussion 1h 20m
  
  We see the following lines of discussion:
  1) Conductor properties (lower Cu-nonCu to 0.8:1, larger strand to 1.2 mm): advantages/disadvantages/required R&D
  2) Cable size (more than 40 strands?): advantages/disadvantages/required R&D
  3) Design Margin: can we decrease from 18% to 15% and still be credible in case we propose to accompany this by a tailored R&D? Which type of R&D do we need to address this? Would an appropriate test strategy (for example performing a thermal cycle on each individual magnet and “re-assembly” the units not performing properly) be part of the game?
  4) AOB (other points you may have in mind)