Article ID | Journal | Published Year | Pages | File Type |
---|---|---|---|---|
7899476 | Journal of Materials Research and Technology | 2017 | 13 Pages |
Abstract
While commercial additive manufacturing processes involving direct metal wire or powder deposition along with powder bed fusion technologies using laser and electron beam melting have proliferated over the past decade, inkjet printing using molten metal droplets for direct, 3D printing has been elusive. In this paper we review the more than three decades of development of metal droplet generation for precision additive manufacturing applications utilizing advanced, high-temperature metals and alloys. Issues concerning process optimization, including product structure and properties affected by oxidation are discussed and some comparisons of related additive manufactured microstructures are presented.
Keywords
DMLSSLMEBMDEDDMDEbf3StereolithographyAdditive manufacturingmetal additive manufacturingSelective laser meltingElectron beam meltingDroplet depositionDirect energy depositionDirect metal depositionCADComputer-aided designLensLaser engineered net shapingDirect metal laser sinteringRapid prototypingHIP
Related Topics
Physical Sciences and Engineering
Materials Science
Ceramics and Composites
Authors
Lawrence E. Murr, Wayne L. Johnson,