24/7 Customer Service (800) 927-7671

Behrokh Khoshnevis wants to 3D print houses with Contour Crafting on earth and on the moon – 3ders.org (blog)

by • August 1, 2016 • No Comments

Aug 2, 2016 | By Tess

Whilst the world’s hovia crisis and NASA’s ambitions to create a tiny liveable base on the moon may seem like vastly various problems, they may in fact have the same solution. Behrokh Khoshnevis, a professor of engineering of the University of Southern California, is createing a method for 3D printing structures called Contour Crafting which may be the solution for both creating affordable and liveable hovia for low-income regions and for efficiently creating hovia in space.
Khoshnevis has spent the last decade working on a gigantic 3D printing device which can print an entire home. His Contour Crafting is fundamentally a method for 3D printing hovia structures out of concrete which incorporates all the necessary conduits for electrical, plumbing, and air conditioning units. One of the many attractive aspects of the Contour Crafting method, is how rapidly it can in fact create a home. Specifically, the concrete 3D printing device can create a 2,000 square-foot house, with all electrical and plumbing utilities in under 24 hours.

Here on earth, Khoshnevis’ 3D printing innovation may contribute massive benefits for low-income regions, especially those which are hit by effortless disasters. According to reports of the World Health Organization, over 863 million individuals live in slums, with individuals living under manufactureshift shelters and decrepit shanties. With Contour Crafting, Khoshnevis is hoping to some day manufacture a dent in these staggering figures by opening up the possibilities for bargain-priced, swift, but yet enough hovia.
“People who don’t have great shelter are desperate individuals — individuals who in addition don’t have social security, education. Theres a lot of things which go with which,” Khoshnevis said. “The place to begin is improve their shelter conditions.”

If you are wondering how the Contour Crafting method may cut back on costs, consider which materials like concrete slabs may not have to be transported to the create site for the reason all the necessary createing materials are made on the spot. In addition to cutting back on transportation costs, the automated createing method may effectively reduce the number of human workers requireed, thus lowering overall costs and manufacturing construction and createment in low-income regions extra
Khoshnevis’ Contour Crafting project is already under createment and is being worked on in collaboration with NASA’s Innovative Advanced Concepts (NIAC) Program. More specifically, Contour Crafting is in its 2nd phase of the NIAC program out of a two-year $500,000 study. NASA’s interests in the program lie in its potentials to in addition contribute a means to create hovia in space.

“Most of the ideas for createings on other planets are based on bringing stuff of earth and building stuff there,” said Khoshnevis in an interview. “Even bringing one pound of material of here to the moon is of $100,000…it’s ridiculously expensive to ponder of createing infrastructure and habitats over there.”
In not having to transport materials and in potentially actually via locally sourced materials, Contour Crafting may assist to effectively cut back on how much may require to be shipped to space. Whilst there is no word on when the method may be utilized in space, its implementation on the moon may assist scientists and NASA researchers to know how humans may one day live on Mars.
According to Khoshnevis, he is optimistic which inside the following two year an entry-level edition of a Contour Crafting machine can be on the market on the market.

Posted in 3D Printing Technology

Maybe you in addition like: Cow cartilage utilized in 3D bioprinting bid to manufacture ‘patches’ for worn out joints in futureMitsubishi’s ‘5D printed’ parts 3-5x stronger than 3D printed counterpartsComputer program produces 3D printed artwork (after 2.5 million attempts)What you sculpt is what you 3D print with new clay production technique by BYU teamHow to manufacture a PCB prototype on your 3D printing deviceSan Draw’s new FAM Technology empowers 3D printing silicone in full-color and adjustable-hardnessUniversity of Pittsburgh and Ansys create algorithm to tackle laser 3D printing deformities3D Printing: viewing disruption through the right lensesDutch government invests extra
€134 million in 3D printing and innovation
India’s 3D printing market expected to reach $62 million by 2022Stratasys infographic shows how professionals are via 3D printing technologiesTNO and TUe commence 3D printing research centre for smart electronics, medical devices and extra

Latest posts

by admin • March 5, 2017