A staff at MIT has revealed a analysis paper detailing its work on printing bricks produced from recycled glass that may be interlocked like Lego items.
The usage of printing permits for better design flexibility and a discount in tooling prices compared with conventional glass manufacturing.
The tactic used can print bricks measuring 32.5cm x 32.5cm x 38cm, that are then in a position to face up to pressures just like concrete. The staff says the bricks, which have a figure-eight form, can be utilized for inside and exterior partitions.
On the finish of their life, the bricks can both be disassembled and reused or recycled into one thing else. Glass might be recycled nearly indefinitely so long as contamination is prevented.
Michael Stern, an MIT media lab researcher, mentioned: “We’ve got extra understanding of what the fabric’s limits are and methods to scale.
“We’re pondering of stepping stones to buildings and need to begin with one thing like a pavilion – a short lived construction that you may then reconfigure right into a second design. You might think about that these blocks may undergo a variety of lives.”
Kaitlyn Becker, an assistant professor of mechanical engineering, added: “I get enthusiastic about increasing design and manufacturing areas for difficult supplies with attention-grabbing traits, like glass and its optical properties and recyclability.”
The Additive Manufacturing of Interlocking Glass Masonry Models was revealed on the 16 September. Analysis was funded partly by the Bose Analysis Grant Programme and MIT’s Analysis Assist Committee.
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