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Post by Pincho Paxton on Aug 17, 2015 19:58:55 GMT
Link... Dancing droplets launch themselves from thin fibersPincho says... Those quoted physics don't mean anything, it isn't likely that the surface area is calculated by any means. That means that the physics have to be worked out properly. So I shall probably add the real physics in the next post when I figure them out. Pincho Paxton
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Post by Pincho Paxton on Aug 17, 2015 22:53:48 GMT
There's a video on this site... Video Here...I still haven't figured it out yet.
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Post by Pincho Paxton on Aug 17, 2015 23:21:25 GMT
It's quite tricky. I'm going to start with this idea...
Chop Stick Physics
Chop Sticks grip spaghetti, but a cable can slide out like a scissor effect, so scissors slide off cable with propulsion. To the chop stick physics we need to zoom in, and add the grip for a spider web which is that the chop sticks have a flow force travelling along a Y axis as a flow force like magnetic repulsion but into holes, so instead of repulsion you get a locked connection. It is like a hose pipe, it will jet away from the ground, but if the hose pointed at a triangle in a horizontal pipe then the force would turn X/Z along the pipe. The triangulation of combined Y axis is the comparison to chop sticks. So the physics might be hard to imagine, but you have millions of strings flipping inside the droplets like pinball flippers, now they can flip in unison like a spiral around the cable, and the energy spins around, or two droplets can combine from both sides of the cable, and you get the scissor effect, opening the chop sticks, and closing the chop sticks around the cable. The chop sticks have forces like hose pipes combined with the scissor cut physics. When the droplet is wide, along the cable the chop stick effect is opening up, but the other end is closing together like a 'V' shape, and the 'V' shape of these particular physics means that the ends that are meeting together have to push apart again because of flow forces through the chop sticks.
So it is a flipping of millions of Y axis that causes the propulsion like chopsticks sliding of an object that they can't grip.
Pincho Paxton
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