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Originally posted by captaintyinknots
reply to post by salmonofknowledge
Show me the concrete that can withstand 200 mph winds. If you are above ground, and in the path of a tornado, you are at its mercy. It doesnt matter what the building is made of.
Originally posted by antar
Just checking back in. I am sorry to have not been here for everyone from Oklahoma.
I still have not heard from my Granddaughters and their Mom, I am sure they are fine as they live in Muskogee, but it is hard for me, for them not to call after something so bad. Tomorrow is my Granddaughters Birthday, the cute little Sooner!
My prayers are here for everyone.
Originally posted by captaintyinknots
reply to post by salmonofknowledge
Show me the concrete that can withstand 200 mph winds. If you are above ground, and in the path of a tornado, you are at its mercy. It doesnt matter what the building is made of.
Tornado Resistant Dome Buildings in Oklahoma
Originally posted by KaelemJames
Tornado heading for Pauls Valley..
Originally posted by captaintyinknots
reply to post by salmonofknowledge
Show me the concrete that can withstand 200 mph winds. If you are above ground, and in the path of a tornado, you are at its mercy. It doesnt matter what the building is made of.
Originally posted by Rocker2013
Originally posted by captaintyinknots
reply to post by salmonofknowledge
Show me the concrete that can withstand 200 mph winds. If you are above ground, and in the path of a tornado, you are at its mercy. It doesnt matter what the building is made of.
Yes, it does, it also matters what shape the structure is and whether there is an area where such a force can gain a hold. A flat wall is an obstacle which prevents the movement of force until it breaks, a smooth curved surface allows the force to flow over it.
Look at aerodynamics... building a traditional house in a tornado-prone area would be like trying to drive a truck sideways into the wind. You cannot expect anything good to happen with that kind of blunt surface facing such pressure.
Then compare that to driving a low and aerodynamic car forward into a wind, this is the optimum design to allow the force to flow OVER it.
Why are baseballs round and not cube? It's not because they look nicer, it's because they're aerodynamic and the force of air around them is not causing the level of friction it would on a flat surface.
I don't know why people are refuting this, it's very simple science and the kind of thing you should have all learned before you were 12.