For the first time in more than 200 years, a team of mathematicians from Rice, Stanford and Indiana universities has discovered a new shape of geometrical minimal shape. Their 'genus one helicoid' ...
The bio inspired Helicoid™ technology enables improved performance of advanced composites, leading to lighter structures, while achieving excellent cost efficiency and sustainability. The deployment ...
There are multiple ways to make composites using Helicoid Industries’ patented technology — including AFP, hand layup and filament winding — where the rotation of each ply in a composite laminate (top ...
HOUSTON, Oct. 31, 2005 – It has been almost 230 years since French general and mathematician Jean Meusnier's study of soap films – the same kind used by children today to blow bubbles -- led to one of ...
“The Helicoid™ technology offers excellent impact resistance under various loading conditions, including low velocity/large mass impacts, high velocity/small mass impacts, up to ballistic impacts. A ...
Helicoid Industries Inc. (Indio, Calif., U.S.) successfully released three use cases highlighting its Helicoid technology at this year’s CAMX. The bio-inspired solution enables improved performance of ...
If you think 3D printing is only good for benchies, key chains, and printer parts, you might enjoy the paper by two physicists from Wesleyan University and the University of Gothenburg. Lord Kelvin — ...
A strange shape described by mathematician Lord Kelvin in 1871 and predicted to behave unusually in a fluid has finally been fully studied in the real world thanks to 3D printing – and it seems Kelvin ...
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Scanning film with your camera just keeps getting easier with this latest accessory from Valoi
For anyone who thinks camera scanning is too fiddly, Valoi keeps making it easier and easier with a new easy Precision Framing Helicoid accessory that looks like it will solve the headache of trying ...
Soap films were a favorite tool of 18th century mathematicians, and Frenchman Jean Meusnier used them in 1776 to prove a fundamental example in geometric optimization: An ordinary two-dimensional ...
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