A research team has developed an optimal artificial intelligence model to predict the yield strength of various metals, effectively addressing traditional cost and time limitations. A research team ...

What is Hall-Petch Strengthening? Hall-Petch strengthening is a phenomenon where decreasing the average grain size of a material leads to increased yield strength and hardness. This effect is ...

High yield steel embodies exceptional performance under extreme structural loads. Tension, compression, impacts, abrasion and vibration are usual loads applied upon heavy industry components when in ...

Researchers at the University of Toronto's Faculty of Applied Science & Engineering have used machine learning to design nano ...

When contemplating the use of perforated metal, the ability to offer a preferred level of strength can be very significant. If it is known that perforated metal is not as robust as non-perforated ...

Aug. 25 (UPI) --A team of mechanical engineers has developed a super steel called D & P Steel to improve the strength-ductility trade-off. Aerospace, automotive and defense applications need metallic ...

As fields ranging from health care to robotics increasingly use flexible materials for electronic devices, Northwestern Engineering researchers have developed a thickness-dependent metric that allows ...

Most engineers who deal with bolted joints are familiar with torque tables for SAE-grade bolts, but these are all too often used without regard for the yield strength of internal threads or the bolt’s ...