Hgons are the first ever 'hyper-structures'
Beyond lattices:
-Hgons are hyper-dimensional computed objects, combining both isotropic and guided (field-optimized) meta-structures.
A surprise discovery:
Hgons have strong vibration-damping and anti-resonance properties.
See our NATURE Sci-rep publication on this topic: https://www.nature.com/articles/s41598-020-78239-9
Now utility patented (US10585420B2, with new AI provisionals)
Brief technical demo videos:
Beyond lattices:
-Hgons are hyper-dimensional computed objects, combining both isotropic and guided (field-optimized) meta-structures.
A surprise discovery:
Hgons have strong vibration-damping and anti-resonance properties.
See our NATURE Sci-rep publication on this topic: https://www.nature.com/articles/s41598-020-78239-9
Now utility patented (US10585420B2, with new AI provisionals)
Brief technical demo videos:
1 min: Optimizing a test beam with added hole.
(NO audio version). |
10 min: CAD-to-Hgon process for a complex component
(Audio, narrated) |
Read more on hyperdimensional AI concepts and projects here: Hyperdimensional Computing , and FReps
Learn more: One-minute Introduction video, anti-vibration, and FEA optimization videos (youtube)
Read more on hyperdimensional AI concepts and projects here: Hyperdimensional Computing , and FReps
Learn more: One-minute Introduction video, anti-vibration, and FEA optimization videos (youtube)
1-min, the basic concept of Hgons, our first clip.
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"Tune-able" vibration isolation
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(New) Wishbone suspension component
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Stress meta-optimization overview
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