The influence of forging process on the microstructure and mechanical properties of TA11 titanium rod

TA11 Titanium Alloy (Ti-8Al-1Mo-1V) is a special type of titanium metal that's really good at handling high temperatures. It's used in airplane engines for parts that spin really fast, like compressor discs and rotor blades. These parts have to work in really tough conditions for a long time, so the metal needs to be strong at both regular temperatures and high temperatures. If the metal isn't good enough, it could make the engine unsafe.

This article talks about how the way Zuudee BYD make this metal can change how strong it is and how it behaves. They tried three different ways to make it and looked at the tiny structures inside the metal, how strong it is, and how well it can be checked with special machines. They did this to help make this metal better and safer for use in real airplanes.

What they found was that two of the ways to make the metal were pretty similar when it came to being strong at regular temperatures. But when it got really hot, one of the ways didn't do so well in terms of holding its shape. The other two ways did better and met the safety standards. In fact, one of them was even better at handling really high temperatures.

When they looked closely at the tiny structures in the metal, they realized that the amount of a certain type of stuff called "alpha" and how it's spread out in the metal makes a big difference in how well it can handle high temperatures. The less of this "alpha" stuff there is, and the more it looks like tiny needles inside the metal, the better it is at resisting changes when it gets really hot.

In the end, they figured out that making the metal at a higher temperature and changing the way they shape it can make it stronger and safer. They used special machines to check how good it is, and it passed the safety standards for airplane parts.

So, in simple terms, they found that making this special titanium metal in a certain way, with the right temperature and structure, makes it strong and safe for airplane engines, especially when they get really hot.