Hrl laboratories llc reports a novel method used to additively manufacture 3d print components made from fracture resistant ceramic matrix composites cmcs.
Hrl laboratories ceramic.
Center will focus on breakthrough 3d printing technologies in ceramics and metallurgy.
Hrl laboratories llc continues its research push to advance the state of the art in additive manufacturing am of high performance alloys.
Published may 28 2020 in the journal of the american ceramic society this technique makes possible a new range of complex designs with these durable materials.
Hrl laboratories llc has established a center for additive materials to accelerate development of 3d printing of high performance materials.
In order to get around the inherent fragility of ceramics the hrl team developed a novel process that required the development of a ceramic fiber reinforced cmc.
La compañía cree que el proceso pronto podría ser utilizado en la industria aeroespacial.
The researchers formulated their.
Hrl laboratories ha desarrollado una nueva técnica de fabricación aditiva con cerámica un material extremadamente resistente al calor ya que puede llegar a soportar temperaturas superiores a 1 400 grados celsius.
La cerámica impresa en 3d existe desde hace un tiempo con empresas como vormvrij 3d.
Published may 28 2020 in the journal of the american ceramic society this technique makes possible a new range of complex designs with these durable materials.
The hrl am team s new paper elucidates the fundamental physics behind hrl s expertise which enables significantly improved control of how 3d printed metals melt and solidify.
Hrl laboratories llc reports a novel method used to additively manufacture 3d print components made from fracture resistant ceramic matrix composites cmcs.