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New software improves accuracy of factories' mass-produced 3D-printed parts


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IMAGE: The software can detect defects in the printed parts and determine where in the printer the defects occur.
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Credit: University of Illinois Urbana-Champaign
Researchers at University of Illinois Urbana-Champaign developed software to improve the accuracy of 3D-printed parts, seeking to reduce costs and waste for companies using additive manufacturing to mass produce parts in factories.
Additive manufacturing is incredibly exciting and offers tremendous benefits, but consistency and accuracy on mass-produced 3D-printed parts can be an issue. As with any production technology, parts built should be as close to identical as possible, whether it is 10 parts or 10 million, said Professor Bill King, Andersen Chair in the Department of Mechanical Science and Engineering and leader of the project. ....

University Of Illinois , United States , Daniel Baker , Chenhui Shao , William King , Charles Wood , Aaron Brenzel , Sameh Tawfick , Samuel Rylowicz , Davisj Mcgregor , Hallee Deutchman , Department Of Mechanical Science , Fast Radius Inc , Researchers At University Of Illinois Urbana Champaign , World Economic Forum , Illinois Urbana Champaign , Professor Bill King , Andersen Chair , Mechanical Science , Fast Radius , Additive Manufacturing , David Pick , Business Economics , Industrial Engineering Chemistry , Technology Engineering Computer Science , Research Development ,

Defects may help scientists understand the exotic physics of topology


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IMAGE: Photo of a metamaterial composed of a pattern of resonators. The defect appears as a pentagon in an otherwise regular array of circuit elements.
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Credit: Kitt Peterson
Real-world materials are usually messier than the idealized scenarios found in textbooks. Imperfections can add complications and even limit a material s usefulness. To get around this, scientists routinely strive to remove defects and dirt entirely, pushing materials closer to perfection. Now, researchers at the University of Illinois at Urbana-Champaign have turned this problem around and shown that for some materials defects could act as a probe for interesting physics, rather than a nuisance. ....

United States , University Of Illinois , Taylor Hughes , Gaurav Bahl , Kitt Peterson , Christopher Kitt Peterson , Tianhe Li , Nanotechnology Laboratory , Institute Of Condensed Matter Theory , Department Of Mechanical Science , Technology Center , Department Of Physics , University Of Illinois At Urbana Champaign , Georgia Tech Research Institute , Mechanical Science , Georgia Tech Research , Associate Professor , Affiliate Faculty , Computer Engineering , Nanoscale Science , Condensed Matter Theory , Illinois Quantum Information Science , ஒன்றுபட்டது மாநிலங்களில் , பல்கலைக்கழகம் ஆஃப் இல்லினாய்ஸ் , டெய்லர் ஹக்ஸ் , கௌராவ் பஹ்ல் ,