PrinTimber Team Member Dr. Teal Contributes Chapter in New Book
A newly published book, “Artificial Intelligent Architecture” features a chapter written by Dr. Randall Teal.
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3D Printing of Building Panels Wins $4M Research Grant
A University of Idaho College of Engineering professor will head research into developing technology to turn wood waste into prefabricated engineered panel for roofing, flooring, and walls.
PrinTimber featured on Idaho Today
Mallory Bermensolo (Master of Architecture student) was interviewed on Idaho Today regarding the PrinTimber project. The Boise-based show brings statewide recognition to PrinTimber and the team’s research into developing technology to produce sustainable building products made from wood waste. Congratulations to PI Michael Maughn and all the PrinTimber researchers for this well deserved recognition.
U of I Earns $4M to Build 3D-Printing Technology
Moscow — The University of Idaho announced in a press release it is developing technology to turn Idaho wood waste into one the most sustainable building construction materials on the market — by using it as a medium for 3D-printing building construction materials. An interdisciplinary research team led by College of Engineering Assistant Professor Michael…
PrinTimber’s recently published paper in Advances in Mechanical Engineering Journal
The aims of this work were to investigate the printability of high-fraction wood and sodium-silicate composites (WSSC) for additive manufacturing and to develop a screw extrusion-based process to demonstrate this approach for building construction applications. A custom additive manufacturing system was fabricated, and mixtures of 40%–60% wood fiber and 60%–40% sodium silicate were printed. The…
Auburn University Make Strides in Advancing Bio-based Polymers and Fibers for 3D-Printed Home Construction
An interdisciplinary project connecting several Auburn University faculty and fellow scientists seeks to make strides in future advanced manufacturing, including developing affordable homes constructed via 3D printing. The study, which spans the disciplines of engineering, chemistry, forest resources and architecture, also draws strongly upon the expertise of scientists at its partner institution, the University of Idaho, with Michael Maughan,…
3D Printed Composite Materials Developed from Forestry Waste Used in Affordable Rural Housing
Affordable housing is needed in rural communities, and a team of researchers from Auburn University, in partnership with researchers from the University of Idaho, are developing an innovative solution to the problem by using forestry waste to create composite materials able to be additively manufactured into strong, reliable building components. The bio-resin development as the…