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Aluminum-cerium alloys which can be surface treated are important for certain applications where wear resistance is important. Through novel surface refining techniques it is possible to create a very hard surface morphology while maintaining a ductile bulk system.
This invention comprises a range of Al-Ce alloys for use in laser additive manufacturing. Additive manufacturing processes produce fine alloy microstructures due to the characteristic high cooling rates.
This invention describes the developed novel binders and their processing methods for Binder Jet 3D printing. The novel binders and their processing methods in this invention enhances the mechanical strength of cured 3D parts and reducing its processing time and cost.
Methods of three-dimensional printing an object can include forming an object using a coreactive printing composition that is produced from a mixture of at least two coreactive components having coreactive functional groups wherein at least one of the coreactive components com
The invention relates to detection of neutron sources and more specifically to a hand-held neutron detector.
The invention relates to additive manufacturing and more specifically to a device and method for directly printing metals. We have developed a robust electromagnetically driven contactless direct-write manufacturing technology.
Here enclosed are proposed requirements for materials to be compatible with direct write metal manufacturing in ambient atmosphere. Materials exhibit the ability to be drawn into thin beads in free standing space.
A lubricant formulation containing one or more ionic liquids (ILs) as additives. The dispersant is high molecular weight (HMW), low molecular weight (LMW), or a combination among them.
This invention relates to a method for producing carbon containing fibers, in particular carbon fibers from a commercially available commodity fiber that has been developed for multipurpose use.
instead of structural reinforcement. Due the flow field within the nozzle during deposition, anisotropic particles preferentially align along the axis of the printed filament.