0000000000405550
AUTHOR
Heidi Piili
Taidetta 3D- ja laserteknologian avulla
Joitakin vuosia sitten toteutettiin taiteen ja teknologian osaamista yhdistänyt Lares-projekti yhteistyössä LUT-yliopiston, lasertyöstön laboratorion (LUT Laser), Saimaan ammattikorkeakoulun sekä kuuden yrityksen kesken. Seuraava katsaus kertoo tästä vuosina 2014-2016 toteutetusta hankkeesta “Lasertaideresidenssi tunnearvoa konkretisoivana työkaluna” ja siihen osallistuneiden tutkijoiden ja opettajien kokemuksista. nonPeerReviewed
Electrochemical properties of graphite/nylon electrodes additively manufactured by laser powder bed fusion
Nowadays, additive manufacturing, known as 3D printing, is vigorously employed at various enterprises due to the ability of industrial series production and customization in conjunction with geometry freedom. While, material design and fabrication of composite materials, meeting the desired architecture and properties, is another promising application of additive manufacturing. For instance, additive manufacturing of the material exhibiting electrochemical properties is beneficial for the development of freestanding electrodes that might be used in electrochemical energy storage systems. Herein, the graphite/nylon composite with a high carbon ratio of 30 wt% was produced by laser powder bed…