Random Messages 16: This Thread Is A Cursed Mall Area with Tables

[Maniacal Engineer]

turns the volume up loud so we can hear the cats but 10x louder

No.
gives chibighost an F-

 

[toastghost]

No.
gives chibighost an F-

oh no! cries

 

[Snowy]

*heads out the door and leaves it open*

 

[FinnishPokéFan92]

*heads out the door and leaves it open*

the cats swarm in immediately

 

[Proxima Centauri B]

gay

 

[toastghost]

gay

i am

 

[Maniacal Engineer]

poke

 

[FinnishPokéFan92]

gay

Random

 

[Maniacal Engineer]

Random

Messages

 

[Proxima Centauri B]

*rolls around*

 

[Maniacal Engineer]

...that's not usually how people get from one place to another, SC.

 

[Snowy]

*walks back in, leaving the door open*

 

[Maniacal Engineer]

closes the door

 

[Crystal Onix]

*enters, leaving the screen door closed, but the regular door open*

 

[Maniacal Engineer]

closes and locks all of the doors

 

[Snowy]

*breaks the lock with an ice beam and goes out the door, leaving it open&

 

[Crystal Onix]

*breaks the lock with an ice beam and goes out the door, leaving it open&

Ummm, types.

 

[Maniacal Engineer]

closes and seals all of the doors, making them completely impervious to any and all elements

 

[Snowy]

Ummm, types.

The key is that the metal needs to go through a ductile-to-brittle transition, if they have one. Most metals fall into one of two primary crystal structures either face-centered cubic (FCC) or body-centered cubic (BCC), though there are more less common options than the main two. BCC metals (e.g. iron) will fracture if below the transition temperature. However FCC metals (e.g. gold, copper) do not have a ductile to brittle transition, regardless of how cold you get.

Sauce: PhD in Materials.

The door lock would become brittle when attacked by ice.

 

[Crystal Onix]

What do you think this is, some sort of weird non-Pokemon world?