Subscribe Now
AEROSPACE

Cornell Modelling Software aids in 3D printing on Space Station

3 Mins read
3D Printing on International Space Station
Above: International Space Station/Image Source: European Space Agency

Cornell University researchers revealed that their modelling software will aid in successful 3D printing on space station. This software has been successfully tested aboard the international space station as part of a collaboration between Cornell, Hewlett Packard Enterprise (HPE), NASA and the ISS U.S. National Laboratory. The modelling software was created in the lab of Derek Warner, professor of civil and environmental engineering in the College of Engineering.

Stating the importance of the research, Derek Warner explained, “Let’s say you’re in space and you need a part. If you just were to draw the part or upload a CAD file to your 3D printer and press print, it probably won’t work, just because 3D printing isn’t at that level of maturity. You would need to adjust the printing process and the parameters, so it will come out successful and you won’t waste your material.”

3D Printing on Space Station

HPE Spaceborne Computer-2
Above: HPE Spaceborne Computer-2/Image Source: Hewlett Packard Enterprise

This experiment, which took place on January 1, was part of a larger effort to demonstrate the functionality of the HPE Spaceborne Computer-2, which will be launched into space in February 2021 and installed on the space station as the first commercial, cutting-edge edge computing system with artificial intelligence capabilities. The new edge computer allows for real-time processing of massive amounts of data in space, eliminating the long latency and waiting associated with relaying data back and forth to Earth.

For the past year, astronauts have been conducting a variety of data-intensive experiments on Spaceborne Computer-2, ranging from medical imaging processing to DNA sequencing. According to doctoral student Terrence Moran, who designed the Cornell software, additive manufacturing was a prime candidate for testing because it is “absolutely critical to the things NASA wants to do with deep space exploration and going to Mars.”

Even for experts with decades of experience with the technology, 3D printing can be a fickle process full of trial and error, even on solid terrestrial ground. These issues are exacerbated by the harsh environment of space. After all, powder bed fusion is the most common type of 3D printing, in which powder is layered on a substrate and bonded or melted, which requires gravity. However, there are frequent hiccups in the process itself and 3D printing on space station becomes difficult.

Cornell Fracture Group

The Cornell Fracture Group conducts scientific and engineering research to better understand and predict structural deformation and failure. The group’s primary scientific goal is to illuminate and model the underlying physical mechanisms that control structural material failure. This group is led by Derek Warner .

With support from this group and its expertise, Terrence Moran created modelling software that can simulate how the 3D printing process will unfold for a desired component and whether the outcome will be high or low quality.

Terrence Moran shared, “Previously, this was computationally infeasible due to discrepancies in time and spatial scales and high thermal gradients. So we developed the software with a physics-based model, made it portable, and uploaded it to the ISS. It was successfully run and the results were consistent with the results we’d done during our research. The timing and everything were the same.”

“One of the allures of 3D printing is that you can manufacture locally. So the neat thing about this is that, while space might be the most extreme environment, for the military or on oil rigs or other places, there’s also going to be a need for doing the same thing. This demonstrates that it’s possible.”

Derek Warner, Professor of civil and environmental engineering in the College of Engineering, Cornell University

In essence, the modelling is a type of virtual printing that promises to save time, material, and digital bandwidth when combined with Spaceborne Computer-2. Not only will the software be useful for deep space engineering, but it could also be useful much closer to home.


About Manufactur3D Magazine: Manufactur3D is an online magazine on 3D Printing. Visit our Global News page for more updates on Global 3D Printing News. To stay up-to-date about the latest happenings in the 3D printing world, like us on Facebook or follow us on LinkedIn and Twitter.

1650 posts

About author
Manufactur3D is an Indian Online 3D Printing Media Platform that reports on the latest news, insights and analysis from the Indian and the Global 3D Printing Industry.
Articles
Related posts
AEROSPACE

MIT Researchers reveal 3D Printed Sensors for Satellites that are affordable

3 Mins read
MIT scientists unveiled 3D printed sensors they developed for satellites. These are plasma sensors used for orbiting spacecraft have been
AEROSPACE

Impulse Space and Relativity Space to launch First Commercial Mission to Mars in 2024

3 Mins read
Impulse Space announces a partnership to launch the first commercial mission to Mars with Relativity Space sending payload to the red planet.
AEROSPACE

3D Systems and Fleet Space to now enable faster 3D Printed Metal Antenna production

3 Mins read
3D Systems partners with Fleet Space Technologies to architect a complete 3D printed metal antenna production solution to allow companies
×
AEROSPACE

Astronauts Test 3D Printed Bandages Made From Their Skin Cells in the ISS