They are engineered to take the heat load they're exposed to. Try tossing a barbecue into an accelerated inferno, then pile a few hundred pounds on top. See how that structural integrity works out.
Good grief. The only way to build a building economically is to engineer it to BARELY stand. If you exceed the structural tolerances, IT FALLS. It doesn't matter what it's made of.
"The only way to build a building economically is to engineer it to BARELY stand." Kek "Good grief". No: low-cost leader is definitely not the only marketing method. Also, no: not every building has been engineered to "barely stand". That particular building was definitely not engineered to barely stand. What nonsense. Quick! Grab your thesaurus and find a new slippery escape route.
That explains all those Bar-B-Ques spontaneously collapsing
They are engineered to take the heat load they're exposed to. Try tossing a barbecue into an accelerated inferno, then pile a few hundred pounds on top. See how that structural integrity works out.
"They are engineered to take the heat load..." Yes, by being constructed of steel and iron. 🙂
Good grief. The only way to build a building economically is to engineer it to BARELY stand. If you exceed the structural tolerances, IT FALLS. It doesn't matter what it's made of.
"The only way to build a building economically is to engineer it to BARELY stand." Kek "Good grief". No: low-cost leader is definitely not the only marketing method. Also, no: not every building has been engineered to "barely stand". That particular building was definitely not engineered to barely stand. What nonsense. Quick! Grab your thesaurus and find a new slippery escape route.