Project Category: Value Chain

3031 DoD-wide Cold Spray Technology Roadmap

March 18, 2023

To develop a DoD-integrated Cold Spray technology roadmap while identifying the current state, common needs and actions, technology investment gaps, and priorities. Army, Air Force, and Navy –...

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3002 AM Standardization Roadmap

March 15, 2023

The purpose of the effort was to develop a standardization roadmap for additive manufacturing that identified existing standards and specifications, as well as those in development, assessed gaps,...

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3000 Maturation of Advanced Manufacturing for Low-cost Sustainment (MAMLS)

March 15, 2023

The program enhanced and improved AF sustainment operations by:

  • Developing and demonstrating advanced manufacturing technologies related to AM that improve rapid part replacement and...

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5521.001 Advancing DRIVE AM – Keck Center at UTEP

February 20, 2023

The project seeks to drive research, innovation, and value through education in AM. The objectives of the effort are to 1) insert the DRIVE AM foundation program throughout DoD and expand virtual...

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3022 Joint Additive Manufacturing Model Exchange (JAMMEX) ​

January 18, 2023

The objective was to build a system that can be flexible and agile to meet the individual needs of the services. JAMMEX’s open platform simplifies the process of sharing information and...

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5528 AURA TrustedAM™ Mark I Endpoint Assessment Activity

December 02, 2022

The US Army and US Marines are working with Aura Technologies to execute interoperability and integration assessments of 4 TrustedAM Mark I endpoints in...

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5001.001.002.006 Development of Test Artifacts for the Characterization of AM In-Situ Process Monitoring System

February 28, 2022

The objective of this project was to develop test  artifacts and protocols for characterization of MPM system performance for laser powder bed fusion (LPBF). The developed approach was...

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5001.001.001.004 Open Analytics Platform for Multi-Sensor In-Situ Monitoring

February 28, 2022

The objective of this program was to apply a developed recoat algorithm for greater access to in-situ data and resulting analytics. Specifically the program sought to provide live and actionable...

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5001.001.001.006 Reducing “Time to First Good AM Part” Through In-Situ Sensor Driven NDE

February 16, 2022

The objective of this project was to reduce the time and associated costs of obtaining the first good metal AM part. By correlating in-situ data to ground truth NDE  data, the project identified...

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5507.001 Qualification Requirements for Additive Manufacturing Processes – Phase I, II, III

March 08, 2021

The overall goal of the project’s three-year effort is to develop additional procedure qualification schemes/components, support process requirements, and pertinent fabrication requirements to...

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5001.006 Reducing “Time to First Good AM Part” Through In-Situ Sensor Driven NDE

February 17, 2021

The objective of this project is to reduce the time and associated costs of obtaining the first good metal AM part. By correlating in-situ data to ground truth NDE data, the project aims to...

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3011 MAMLS Feature-Based Qualification Method for Directed Energy Deposition AM

January 22, 2019

The objective of this project was to improve the speed and confidence of directed energy deposition (DED) process qualification by identifying application space, process technology, and materials;...

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