LISTEN UP. i will mtake no replies. Glass is an amorphous semi solid. Metal, and most all other materials has a crystalline molecular structure. there's a repeating pattern to how they are arranged. NOT SO with glass (and several others), within which lies a completely random lattice work of molecules. This allows for both transparency, as well as extreme enough surface tension to facilitate blowing.
Metal has a "soft" area as well, putting it in front of a 2000 degree torch makes it liquefy to quickly, take a metal rod, say one of the super small punties and try to bend it with a torch.. it doesnt just burn through, it glows and becomes malleable..
its SEEMS solid, but it is still moving ever so slightly. for example, if you take a pane of glass from a very old building, you might notice, using a micrometer, that the glass near the bottom is a bit thicker than the glass near the top. it moves even though it doesn't seem like it
That is a spurious argument. How do you know that the difference in thickness is not part of the manufacturing process? You must design an experiment to test if it really flows at such low temperatures.
Old techniques for making panes of glass are not as good as today's standards and glass from the old methods generally had thickness gradients along its thickness axis, more times than not the installer of the pane would install it so that the thickest edge was closest to the ground to make it more stable and less likely fall out before he could permanently fix it to the frame.
@HawtGlass That's a myth. It's because of the old manufacturing methods they used to make glass that it's like that. Glass is NOT a liquid at room temperature, that's a common misconception. It also does have a melting point.
@ActionMan153 I wasn't aware of this. That's very interesting. And I'm not saying you're wrong (i'm more just thinking out loud), but I bet in theory if you heated it up enough you could get it to flow. I could be wrong though, and thanks for correcting me.
LISTEN UP. i will mtake no replies. Glass is an amorphous semi solid. Metal, and most all other materials has a crystalline molecular structure. there's a repeating pattern to how they are arranged. NOT SO with glass (and several others), within which lies a completely random lattice work of molecules. This allows for both transparency, as well as extreme enough surface tension to facilitate blowing.
Dierwolf2000 1 year ago
Does salt have the same liquid properties?
LaserDarkDX 2 years ago
Metal has a "soft" area as well, putting it in front of a 2000 degree torch makes it liquefy to quickly, take a metal rod, say one of the super small punties and try to bend it with a torch.. it doesnt just burn through, it glows and becomes malleable..
Desopolis 2 years ago
total rubbish
PiezPiedPy 3 years ago
glass is not a true solid or liquid. it hardens and softens but never liquifies or solidifies
Ravenpulse 3 years ago
i don't get...how is glass still a liquid at room temperature?
i mean...the glass i'm drinking out of right now...surely it is solid
amarnamriju 3 years ago
its SEEMS solid, but it is still moving ever so slightly. for example, if you take a pane of glass from a very old building, you might notice, using a micrometer, that the glass near the bottom is a bit thicker than the glass near the top. it moves even though it doesn't seem like it
HawtGlass 2 years ago
That is a spurious argument. How do you know that the difference in thickness is not part of the manufacturing process? You must design an experiment to test if it really flows at such low temperatures.
infernobegins 2 years ago
Old techniques for making panes of glass are not as good as today's standards and glass from the old methods generally had thickness gradients along its thickness axis, more times than not the installer of the pane would install it so that the thickest edge was closest to the ground to make it more stable and less likely fall out before he could permanently fix it to the frame.
marmaladekamikaze 2 years ago
@HawtGlass That's a myth. It's because of the old manufacturing methods they used to make glass that it's like that. Glass is NOT a liquid at room temperature, that's a common misconception. It also does have a melting point.
SolomonJonesIsBack 1 year ago
@SolomonJonesIsBack Actually, have you ever seen liquid glass? Its like a gel when heated up. Never does it reach a full liquid state.
ActionMan153 1 year ago
@ActionMan153 I wasn't aware of this. That's very interesting. And I'm not saying you're wrong (i'm more just thinking out loud), but I bet in theory if you heated it up enough you could get it to flow. I could be wrong though, and thanks for correcting me.
SolomonJonesIsBack 1 year ago
@SolomonJonesIsBack Well, I guess it would be a liquid, but I'm sure it would have to be heated up like a motherfuck.
ActionMan153 1 year ago
Not even close to absolute zero? got ya!
marmaladekamikaze 2 years ago
does anyone know if a sheet of glass would crack with sand on top and hot lights underneath( for a light project)
binipot 3 years ago
If there is no significant load on top of the sand, then the glass should be fine.
Kingzoid 3 years ago