... anything can be used as "Filler" in concrete as long as the it doesn't inhibit the hydration process of the cement crystal and the crystal will bond to the "filler" Cement usually doesn't bond to plastic so it must be treated with a bonding agent. Quite frankly it's a waste of plastic ...
@Notsewfast: I swear to god I go all "Cask of Amontillado" on the elementary school friend who stole this from me... if I ever find out who it was. Brick them in one lego at a time! Muahahahaha!
Even though you can see weakening of concrete in extremely hot fires (due mainly to the dehydration), I'm guessing that softening of the aggregates at lower temperatures would be an interesting new engineering problem for civils to contend with. I wonder how its thermal conductivity would be be changed....
While it could have useful applications, they could be limited. Various plastics have toxins that leach out over a long period of time, especially if some bricks were exposed to environmental conditions, or in foundations.
Aside from how much pressure they can stand, weight plays a big factor in the construction of many building. Significant weight can counteract wind forces, and mitigate impact as well. If these are significantly lighter they could up requiring more materials or engineering to create equally rigid or impact-resistant structures. Still, I'm sure there could be many useful applications where this would make good use of otherwise completely wasted material.
@screemname:
I immediately thought the same thing.
However, I wonder how it would do on roads. Would the flexibility of plastic help with pot-holes, etc.?
@screemname:
Actually even if they didn't burn down completely... the toxic fumes they produce on burning (or even being heated by the burning wood frame of a house) would be lethal...
10/26/09
10/26/09
10/26/09
I havent seen Transformers 2 yet.
How bad is the damage?
09/23/09
09/23/09
lead pipe has nothing on this...
09/23/09
a) great - now concrete is no longer biodegradable
2) "structures"? Dude, those are stack of blocks. At the very least he could have made Legos large enough for building actual "structures".
09/23/09
09/22/09
09/22/09
09/22/09
The one downside is that during demolition the bricks have to be removed with a specialized tool:
09/23/09
09/22/09
Also, I bet hippies want plastic as far away from them as possible. Bamboo is the new hemp, dude.
09/22/09
09/22/09
09/22/09
09/22/09
09/22/09
Aside from how much pressure they can stand, weight plays a big factor in the construction of many building. Significant weight can counteract wind forces, and mitigate impact as well. If these are significantly lighter they could up requiring more materials or engineering to create equally rigid or impact-resistant structures. Still, I'm sure there could be many useful applications where this would make good use of otherwise completely wasted material.
09/22/09
09/22/09
09/22/09
09/22/09
09/22/09
09/22/09
09/22/09
09/22/09
09/22/09
I immediately thought the same thing.
However, I wonder how it would do on roads. Would the flexibility of plastic help with pot-holes, etc.?
09/22/09
Actually even if they didn't burn down completely... the toxic fumes they produce on burning (or even being heated by the burning wood frame of a house) would be lethal...
09/22/09
09/22/09