Advanced Manufacturing Research at NASA Langley
Materials Joining Automation in Low Earth Orbit
Additive Manufacturing for Propulsion Systems
Metal Additive Manufacturing for Propulsion Applications
Metal Additive Manufacturing for Rocket Engines: Successes and Failures
Using 3D Printing for SmallSats other Low(er) Cost Missions
NASA NDE Fracture Critical Detectable Flaw Sizes History and Methodology
Additive Manufacturing at NASA: Qualification and Certification
Metal Additive Manufacturing Developments for Propulsion Applications
Principles of Directed Energy Deposition for Aerospace Applications
Advancement of Novel Additively Manufactured Alloys for Space Applications
Metal Additive Manufacturing to Enable Spaceflight
Enabling Spaceflight using Metal Additive Manufacturing
Suitability of High-Temperature Martensitic Steels for Next Generation Diesel Engine Pistons