A competence center with focus on material & process development for powder-based metal #additive#manufacturing#3Dprint @chalmersuniv. Funded by @vinnovase
We are glad to start the week with a new publication: "Effect of Surface Sandblasting and Turning on Compressive Strength of Thin 316L Stainless Steel Shells Produced by Laser Powder Bed Fusion”
#LPBF#AM#additivemanufacturing#metal
https://t.co/opuRfh6aam
En vecka kvar till webbinariet: Har ny kärnkraft tekniska och ekonomiska förutsättningar att möta klimatutmaningen? Intresset är stort. 200 anmälda. Häng med 7 dec. när vi diskuterar ny kärnkraft tillsammans med politiker, forskare och näringsliv. Anmälan:
https://t.co/MSAq5Tyx5b
Today! Inauguration lecture for Eduard Hryha (our director) for Professor in #PowderMetallurgy and #AdditiveManufacturing.
He will talk about powder surface chemistry, different powder metallurgy and additive manufacturing technologies. https://t.co/bqiDuWC5sD
Today! Inauguration lecture for Eduard Hryha (our director) for Professor in #PowderMetallurgy and #AdditiveManufacturing.
He will talk about powder surface chemistry, different powder metallurgy and additive manufacturing technologies. https://t.co/bqiDuWC5sD
Brist på standarder i additiv tillverkning rikserar att bli ett hinder i utvecklingen och för en fortsatt tillväxt. Det framkommer i en kartläggning som genomförts av metallforskningsinstitutet Swerim, SIS, Chalmers tekniska högskola och RISE. https://t.co/BFe2OsxSfq
Chalmers University retains its position as one of Sweden's most international universities. For the fourth year in a row, Chalmers is awarded the highest mark by The Swedish Foundation for International Cooperation in Research and Higher Education, STINT. https://t.co/RUWMwhXTQJ
Are you eager to update your skills on additive manufacturing (advanced prototyping in metal)? Here is an opportunity for you! #am#metal#education#sweden#chalmersftw#industry
https://t.co/OZEpWck7VV
New publication! On effect of process parameters on the #microstructure, tensile strength and productivity of 316L parts produced by laser powder bed fusion. #LPBF#AM#metal
Author Alexander Leicht et. al. https://t.co/FD8IYhpSDM