Comment by JKCalhoun 2 days ago You need the surface of the ice rink to melt though in order to "skate". 3 comments JKCalhoun Reply soperj 2 days ago You're going to have to explain this we well. I've skated perfectly fine at -40, and there was no melting going on.When there's melting going on at the rink, we're not allowed on the ice. JKCalhoun 1 day ago The melting is just at the interface between the skate and the ice. (It re-freezes after.)https://en.wikipedia.org/wiki/Ice_skating#Physical_mechanics... soperj 39 minutes ago I don't see how this stronger ice would operate any different than regular ice.
soperj 2 days ago You're going to have to explain this we well. I've skated perfectly fine at -40, and there was no melting going on.When there's melting going on at the rink, we're not allowed on the ice. JKCalhoun 1 day ago The melting is just at the interface between the skate and the ice. (It re-freezes after.)https://en.wikipedia.org/wiki/Ice_skating#Physical_mechanics... soperj 39 minutes ago I don't see how this stronger ice would operate any different than regular ice.
JKCalhoun 1 day ago The melting is just at the interface between the skate and the ice. (It re-freezes after.)https://en.wikipedia.org/wiki/Ice_skating#Physical_mechanics... soperj 39 minutes ago I don't see how this stronger ice would operate any different than regular ice.
soperj 39 minutes ago I don't see how this stronger ice would operate any different than regular ice.
You're going to have to explain this we well. I've skated perfectly fine at -40, and there was no melting going on.
When there's melting going on at the rink, we're not allowed on the ice.
The melting is just at the interface between the skate and the ice. (It re-freezes after.)
https://en.wikipedia.org/wiki/Ice_skating#Physical_mechanics...
I don't see how this stronger ice would operate any different than regular ice.