Department of Energy (DOE), is offering the opportunity to enter into a collaboration partnership to further develop and commercialize its additive manufacturing processes for cellular fluidics.Background:Many biological and living systems have evolved to optimize fluidic transport.
IN-SITU DIMENSIONAL AND MACRO SURFACE DEFECT MITIGATIOIN IN WIRE-FED ADDITIVE MANUFACTURING PROCESSES Solicitation ID/Procurement Identifier: 80NSSC20C0663 Ultimate Completion Date: Mon Mar 01 18:00:00 GMT 2021
Specifically, DEVCOM-AC is seeking a commercial-off-the-shelf (COTS) product composed of graphene which can be mass-produced as a liquid ink capable of being utilized in standard additive manufacturing processes such as but not limited to inkjet and/or screen printing, direct write, aerosol jet, etc.
However, the challenge with these heat exchangers is the high fabrication cost and lack of durability.The invention describes advanced manufacturing techniques such as powder bed, LENS, and aerosol ink additive manufacturing processes to fabricate compact heat exchangers.
Additive manufacturing processes currently have limited monitoring capabilities, offering users little to no options in mitigating the high levels of product and process failures. This technology uses both infrared (IR) and visual cameras that allow users to monitor the build in real-time and correct the process as needed to reduce the time and material wasted in parts that will not meet quality specifications.
Experience in manufacturing, assembling, and delivering products based upon customer-provided specifications b. Experience in manufacturing unmanned aerial systems c. Experience in additive manufacturing processes d. Information on previous/current experience and projects that may be comparable, similar to, or closely approximated with the scope of work e.
Department of Energy (DOE), is offering the opportunity to enter into a collaboration partnership to further develop and commercialize its novel multimaterial powder bed patterning method for additive manufacturing.Background: Powder-based additive manufacturing processes have historically been limited to printing with a single material.
