Neurodivergent nerd, and adult (supposedly).
There's a bit more to it with serrations/imperfections on the edge, and the motion of the blade, but they're mostly reapplying those ideas in slightly different ways!
There's a bit more to it with serrations/imperfections on the edge, and the motion of the blade, but they're mostly reapplying those ideas in slightly different ways!
1) The much finer edge reduces the amount of area that force is spread across
2) The much greater hardness means less of that force is wasted on deforming the blade
1) The much finer edge reduces the amount of area that force is spread across
2) The much greater hardness means less of that force is wasted on deforming the blade
Breaking molecules themselves takes up a lot more energy than the force you're applying provide!
Breaking molecules themselves takes up a lot more energy than the force you're applying provide!
This will then cause the material to deform & bend if it can, but if it can't (it's taut, or reaches the limit of how much it can deform), it will shear there
This will then cause the material to deform & bend if it can, but if it can't (it's taut, or reaches the limit of how much it can deform), it will shear there