#Flexiglass app crack

Making cracks in the material and then filling them with polyurethane creates weak boundaries in the material similar to expansion joints in a building.

#Flexiglass app crack

Furthermore, if this is an issue, I would be interested to know if there were any mitigation strategies in place already this may have been something you were alluding to when you mentioned decreasing the crack size in the future.ĭoing a little more research, I was able to learn that flexible glass is over two hundred times as tough as normal glass.

For example, how does adding large cracks affect the strength of glass? Intuitively, it seems like creating cracks in a material, even though they are being filled with another material, would compromise the original material’s strength. I would be curious to know a little more about the properties of this material other than its flexibility. This material takes the normally rigid and fragile form of glass and takes it to a realm that many thought not possible.īendable glass is an exciting prospect and opens a lot of doors in terms of the scope of glass in architecture as well as other fields. Another application could be in interior design allowing things like glass railing fill to have the ability to flex instead of just outright break when a large force is unexpectedly place upon it.Īs it stands now the bendable glass uses comparatively large fissures to allow for the bending effect to be possible, but with time and further experiments it could be possible to take large fissures and make them small enough to be effectively invisible to all but the closest inspection of any given panel of it. This has the potential to make what could be called breathing glass facades in which the glass is able to ungulate throughout the day while not at any point blocking the natural light from entering the space in the first place. That method is to create what are essentially cracks in the glass and fill said cracks with polyurethane giving the glass a much greater amount of flex.

The bendable glass developed by McGill University’s Laboratory for Advanced Materials and Bioinspiration has created a bendable glass using a rather unusual method.