Winning ideas for 3D printing on the Moon
by Staff Writers
Paris (ESA) Jan 24, 2019
While studying lunar base concepts ESA ran a competition, asking: what would you 3D print on the Moon, to make it feel like home? Responses came from all across the globe, and now two winners have been selected, both with ideas linked to nature.
The adult category was won by visual artist Helen Schell from the UK, proposing a 'magic Moon garden', printed from recycled coloured plastics.
"What's missing on the Moon?" wrote Helen. "Colour and living plants. This is an idea for a colourful carpet of interchangeable colour and design, which can be moved and the scale changed wherever you want to site it in your lunar habitat."
Like real flowers and plants, their 3D printed equivalents would be aromatic, to freshen the air, and perform the work of an air recycling unit changing carbon dioxide to oxygen. They would also 'grow' as each plant would be made up of smaller components that could be rearranged or added to over time, as if growing in nature.
The under 18 category was won by Judith de Santiago, a 17-year-old student from Madrid, Spain, who presented a dodecahedron (or 12-sided) plant pot - ideally for a real plant - that also incorporates symbols of distant Earth.
"The blue curves of the bottom represent the waves of the sea," wrote Judith, "and the green badge with a small plant located at the centre, inspired by Disney's movie WALL-E, represents the Earth in general."
Judith ensured her design was 3D printable by actually designing it in a 3D printing format.
The competition received more than a hundred entries from adults and children across the world with other ideas including a mobile lampshade to generate Earth-like colours, an hourglass filled with lunar dust, a glass model of Earth including realistic night lighting, proposals for statues and game boards - not to mention a few suggestions to print a 3D printer.
The idea for the competition came from an ESA-led project studying all the ways 3D printing could be used for the construction, operations and maintenance of a future lunar base: how could the various types of 3D printing meet those needs?
"This competition was a very good initiative to connect our study to the public, and gain insight into human factors involved in lunar settlement," comments Advenit Makaya, overseeing the lunar 3D printing study.
"These entries give us an idea of what people living on the Moon would want from their everyday surroundings. Common themes that recur, such as to print items that resemble objects from nature, items linked to terrestrial hobbies and musical instruments, as well as reminders of loved ones back home - to help connect back to Earth and diminish any sense of isolation."
Global space agencies are considering a lunar base as a possible next step in human space exploration, explains Advenit: "3D printing is one of the key building blocks for future space settlement, if we can find ways to make the stuff we need as we go along, rather than rely on costly resupply from Earth.
"And the Moon, at just a few days away from Earth, represents an ideal test case. Nobody else has run such a detailed system level study, looking at lunar 3D printing of everything from large infrastructure and building blocks down to tiny electronic components."
Supposed through ESA's Basic Activities, this 'Conceiving a Lunar Base Using 3D Printing Technologies' project was run by the URBAN consortium led by Germany's OHB System AG, with extreme environment specialist Comex in France, Austrian space design company Liquifer Systems Group and spacecraft structure manufacturer Sonaca Space in Germany.
Mechanical engineers develop process to 3D print piezoelectric materials
Blacksburg VA (SPX) Jan 22, 2019
The piezoelectric materials that inhabit everything from our cell phones to musical greeting cards may be getting an upgrade thanks to work discussed in the journal Nature Materials released online Jan 21. Xiaoyu 'Rayne' Zheng, assistant professor of mechanical engineering in the College of Engineering, and a member of the Macromolecules Innovation Institute, and his team have developed methods to 3D print piezoelectric materials that can be custom-designed to convert movement, impact and stress f ... read more
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