Brick Layers: Could printing STRONG parts be so simple?
www.youtube.com
Brilliant is the best way to learn math & science topics! Go to https://brilliant.org/CNCKitchen for a 30-day free trial & the first 200 people will get 20% ...

3D prints still suffer from bad layer adhesion due to their 2.5D slicing and printing approach. I investigated if a novel slicing method that interleaves the layer could improve the strength of 3D prints.

  • p1mrx@sh.itjust.worksEnglish
    2·
    8 months ago

    The thumbnail shows a hexagonal tiling, which is like a brick-laying pattern but rotated 90 degrees, so the “half bricks” are on the top and bottom, not the sides.

    Maybe it would still work to orient the hexagons so the zig-zag part is on the walls, and then fill in the gaps with half-height half-width walls. Although “half” isn’t exactly correct; the hexagons give you ugly trig numbers.

    • dual_sport_dork 🐧🗡️@lemmy.worldEnglish
      1·
      8 months ago

      You don’t need any ugly trig. You can just use a magic number. The magic number in question is 0.8660254, which is the ratio between the width of the longways (point-to-point) to shortways (flat-to-flat) dimensions of a regular hexagon. If you need half of that, divide it by 2 afterwards.