h a l f b a k e r y
A riddle wrapped in a mystery inside a rich, flaky crust
add, search, annotate, link, view, overview, recent, by name, random
news, help, about, links, report a problem
or get an account
I was waiting in line for a craft show the other day, there was a lot of concrete around, so it was hot. Above our heads was a cool breeze, just out of reach.
I propose a wing, with motorized articulation, mounted on a high enough streetlight, be used to deflect down some of that cooling stuff. Power
would be readily available.
Taking this a step further, optic fiber connected wings right throughout the city could be collectively used to change the airflow dynamics of the city. A supercomputer and an array of sensors, correctly coded by some flow engineers, would be doing all of the tricky wing positioning.
Could the sum effect be made greater than all those tiny effects?
||opticfiber seems overkill, when normal wifi IoT
sensors/servos could do just as well. Not like you need
||Still if done right, could look quite pretty. And with the
right algorithms, can look quite organic.
||Maintenance cost will be quite annoying.
||I like this scheme for preventing leaves / trash from accumulating in front of my property.
||Powerful and programmable wind director foils could be used by members of the law enforcement community to control the flow of, say, tear gas into, say, a pro-democracy protest - the architecture being used against people, in an active rather than passive manner.
||Cycling around a grid-pattern US city brings occasional
problems with wind*. In European cities, the streets
meander in a much less direct and purposeful way,
meaning that instead of blasting down a miles-long arrow
straight concrete canyon into me, it ends up turning 90
degrees, 352 degrees or just stopping completely. Much
better for the chilly cyclist. I like how lamp-post aerofoils
could be used to manipulate wind... preferably in the
direction of traffic for fuel savings.