Update on CAD modelling & engineering design:

• Model updated with new conductor geometry and new pole geometry.
• Nicolas showed the design of the pole slots and pins.
• As decided, the gaps in the pole (inner and outer) and tooling (pole vs tooling) are staggered (not aligned with the segmentation).
• Drawings (reacted coil, winding tool & reaction tool) will be ready before the end of the week for signature. It will be signed ASAP.
• ACTION ITEMS:
  • Add M8 threaded holes, at least one per pole segment, in case we need it later for lifting.
  • N. Lusa will take care of all ancillary components needed for the coil and winding (pins, etc).
  • Ariel will take care of all ancillary tooling components for winding (fiber layers, MICA, screws, etc).
  • P. Moyret will take care of all machined components.
  • Next steps for CAD (before switching to structure):
    • N. Peray:
      • Impregnation tooling 
      • Splicing tooling
    • M. Canale:
      • Integration of winding in winding machine (2 days work missing approx.)
      • Sarcophagus (2 days work missing approx.)

Update on ANSYS 2D results:

• Model updated with the new yoke geometry from Matthieu

• Yoke design goes beyond the limits during bladders and after room temperature assembly
  • ACTION ITEMS
    • Make thicker pad (yoke will be thinner)
    • Change bladder size for the large one in the Hpad. We need to make it smaller in order to allow more size for the key.
      • Check which bladder size we can use
    • Put the bladders in the pads
    • Keep the vertical bladder where it is (As SD from LBNL)

Update on mock-ups:

• Update on the mock-up status.
• The oven for DIC measurements is not available in short term. We will react the mock-up in our oven.
  • Nico L. to check if the finger is in Titanium or in SS.
• Tests on-going on for improving the cable support in the gap regions. "Accordeon type" shims. Laser cutting capabilities in main workshop
  • 8 mm SS
  • 4 mm Alu
  • 3 mm copper