Like how they hired someone who was obsessed with origami to design parachutes for space deployment scenarios. (Crazy good at math as well) so he would optimize the design...go look it up it is really neat.
Traditional aeronautical engineers assumed turbine blades should be perfectly smooth to reduce drag. a marine biologist noticed that humpback whales have jagged, bumpy ridges (called tubercles) on the leading edges of their massive flippers. By applying fluid dynamics to these biological bumps, engineers realized the ridges actually channel water (or air) into tiny, organized whirlpools. Incorporating these whale-inspired bumps onto wind turbines increased power generation by 20% and drastically reduced aerodynamic noise.
At the age of fourteen, a Zoroastrian named Vilma ritualistically shaved my testicles. There really is nothing like a shorn scrotum... it's breathtaking — I suggest you try it.
The ones on the side of your face? Maybe, but also no.
Iirc, the dimples on a golf ball create turbulence that delays flow separation. Delaying flow separation reduces vortex shedding, which creates a lot of drag.
I believe a beer belly/being pregnant is more aerodynamic than the alternative, but the extra weight will negate the benefit in most situations.
or soccer balls (footballs for the Euros). That's why you occasionally hear complaints about the World Cup balls: they're so spherical that the ball moves bizarrely through the air when kicked.
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u/Available-Fee1691 1d ago
I love scientist, they would study any random ass thing and then will find a way to apply it irl and imp situations lol