Meet the 2023 @iom3 YPLC finalists!
'Programmable microstructures: Unleashing the potential of engineering alloys with metal additive manufacturing'
Henry Saunders (North East)
Register to attend: https://t.co/hMW9vqVLSv #YPLC2023@RoyceInstitute@SMEA1894@sheffielduni
In powder bed #additivemanufacturing, consistency is key. The Materials Processing Institute has developed some handy morphological classifications for powders that give anyone working with these materials a great framework. https://t.co/0I4gc9NhEM
#malvernpanalytical
Delighted to share "Predicting pharmaceutical powder flow from microscopy images using deep learning" has been published in the @RoySocChem's @digital_rsc journal.
Thank you to my fellow @EPSRC_CMAC co-authors!!!
https://t.co/xF9vKkirOC
#OpenAccess#deeplearning#pharmaceuticals
@taylordsparks Itโs exciting when a shaped part pops out of the moulds for sure. Iโm not formally involved with the equipment anymore (AM + informatics) but I can put you in touch with the right folks if you wanted a chat?
@taylordsparks Yes, but might not have seen the two machines in all their glory if you were only upstairs ๐ Both are from FCT. The smaller one can do 10-80mm diameter samples. The larger, 250mm samples. Research mainly sintering near-net shapes, recycling metal powders and bonding materials.
"Data for: Loss performance of an additively manufactured axial flux machine stator with an eddy-current limiting structure..." by Alexander Goodall et al just published on #SheffieldORDA https://t.co/NOs0JJ7Fu3
@samwake@BeechesWalkley@Veolia That looks like the top of Walkley Road. Blind corner, cars parked for 100m on on side of a narrow road, terrible to try and drive through at a busy time. I see people mounting the pavement all the time there as the corner is always snarled up. Lots of road rage too ๐ซค
Early Xmas presents from a friend who went to Japan recently. Motivation to fix my non-functioning SNES controller. Anyone recognise the top game? @nvmuk
Some snap-off, pre-mounted weld tracks (234) that just need a quick polish. Tried a few new laser strategies to hopefully make weld track analysis faster and more useful. @RoyceSheffield@mapphub#additivemanufacturing#3Dprinting
@FullControlXYZ@brendonbuilds@Duet3D@E3DOnline@FreddieHong1@BeAM_3DPrinting@fshbf2 Head/nozzle(s) move in XYZ, table rotates freely in C and the cradle swings +\- 90 degrees in B. Generally we let the Sinumeric NC unit do the heavy work of interpolating angles/displacements but we could also feed things in manually if required.