Additive Manufacturing at NASA (Part 2): AM Radio #52
In this follow-up podcast episode on additive manufacturing at NASA, Dr. Tim Simpson joins us to discuss how the organization thinks about AM overall, and its role in advancing additive alongside and in service of commercial industry.
In this follow-up to episode #51 of AM Radio, Dr. Tim Simpson joins Stephanie Hendrixson and Pete Zelinski in the studio to talk more about how NASA is implementing and shaping additive manufacturing. As part of an intergovernmental personnel act (IPA) assignment, Dr. Simpson has spent the last two years deployed within NASA helping to advance additive use cases and connect AM users within the organization. In this episode, he shares insights from this work including NASA's collaborative relationship with commercial space; its role in studying AM fundamentals and providing testing resources; missions currently using the technology; and where additive will enable NASA to go next.
Listen to this podcast episode embedded above or, if you haven’t heard it yet, find Part 1 linked below:
This 3D printed heat exchanger (referenced in the episode) was made for the Mars Oxygen In-situ Resource Utilization Experiment (MOXIE), one of the instruments on the Perseverance Mars rover. Martian air is carried into channels within this part to be preheated before conversion into oxygen. Source: NASA/JPL-Caltech
Transcript
Coming soon
Related Content
-
“Mantis” AM System for Spacecraft Uses Induction for Deposition
The metal 3D printing system melts wire without lasers. 30-foot-diameter parts are built on a rotary-feed system that eliminates the need for a large machine frame or gantry.
-
Additive Manufacturing at NASA (Part 1): AM Radio #51
In this first episode of a two-part special on additive manufacturing at NASA, we discuss three specific 3D printed parts for upcoming missions and share observations about the organization’s approach to AM.
-
3 Points About 3D Printing Large Parts We Can Learn From the Lunar Habitat (Video)
Ingersoll Machine Tools describes the capabilities and promise of large-scale additive manufacturing as seen in the 3D printed sections of the Rosenberg Space Habitat.