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- Q18390836 subject Q7333136.
- Q18390836 subject Q8266666.
- Q18390836 subject Q8354157.
- Q18390836 abstract "Robocasting or Direct Ink Writing (DIW) is an additive manufacturing technique in which a filament of 'ink' is extruded from a nozzle, forming an object layer by layer. The technique was first developed in the United States in 1996 as a method to allow geometrically complex ceramic green bodies to be produced by additive manufacturing. In robocasting, a 3D CAD model is divided up into layers in a similar manner to other additive manufacturing techniques. A fluid (typically a ceramic slurry), referred to as an 'ink', is then extruded through a small nozzle as the nozzle's position is controlled, drawing out the shape of each layer of the CAD model. The ink exits the nozzle in a liquid-like state but retains its shape immediately, exploiting the rheological property of shear thinning. It is distinct from fused deposition modelling as it does not rely on the solidification or drying to retain its shape after extrusion.".
- Q18390836 thumbnail Alumina_Robocast_Parts.jpg?width=300.
- Q18390836 wikiPageExternalLink robocasting.
- Q18390836 wikiPageWikiLink Q1137255.
- Q18390836 wikiPageWikiLink Q1238229.
- Q18390836 wikiPageWikiLink Q139143.
- Q18390836 wikiPageWikiLink Q1413470.
- Q18390836 wikiPageWikiLink Q1475300.
- Q18390836 wikiPageWikiLink Q180253.
- Q18390836 wikiPageWikiLink Q229367.
- Q18390836 wikiPageWikiLink Q235790.
- Q18390836 wikiPageWikiLink Q30.
- Q18390836 wikiPageWikiLink Q413478.
- Q18390836 wikiPageWikiLink Q426664.
- Q18390836 wikiPageWikiLink Q660192.
- Q18390836 wikiPageWikiLink Q7333136.
- Q18390836 wikiPageWikiLink Q8266666.
- Q18390836 wikiPageWikiLink Q8354157.
- Q18390836 wikiPageWikiLink Q844613.
- Q18390836 wikiPageWikiLink Q900150.
- Q18390836 wikiPageWikiLink Q902458.
- Q18390836 comment "Robocasting or Direct Ink Writing (DIW) is an additive manufacturing technique in which a filament of 'ink' is extruded from a nozzle, forming an object layer by layer. The technique was first developed in the United States in 1996 as a method to allow geometrically complex ceramic green bodies to be produced by additive manufacturing. In robocasting, a 3D CAD model is divided up into layers in a similar manner to other additive manufacturing techniques.".
- Q18390836 label "Robocasting".
- Q18390836 depiction Alumina_Robocast_Parts.jpg.