So, you've always wondered how a sliver of steel can twist itself into so much more than just a straight shape. Well, the answer is science 〞 or at least part of it. Read on for an easy-to-follow breakdown about the science behind twisty steel
The first thing to understand about how a sliver of steel can twist itself into so much more is that it requires energy and work to do this. The energy needed comes from heat and friction, which are two things that are present in everything we do in our daily lives. In order to make a sliver of steel twist itself, it needs to experience some kind of heat or friction 〞 something that's happening all around us all the time
The second thing you should know about how a sliver of steel can twist itself into so much more is that there are different types of forces at play here: torque, compression and tension. Torque is what allows us to turn objects like screws and nuts; compression keeps things together; tension holds everything up! Torque, compression and tension are three different types of forces that can be applied to something (like a piece of metal) in order to make it change its shape. Each one has its own purpose when
slivers of twisting forge metal
